Military reference books and manuals (2009-2023, Volume 4) - page 48
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1. Incinerate sharps and out
Includes, damaged
of date medicines
or out of date
Stored in containers at
2. Incinerate or sterilise and
medicines,
used
Biohazard. Must be incinerated or neutralised (i.e.
Serenja
Hazardous
Stored
in
landfill (non-hazardous) softs
Hazardo
Clinical Wastes
syringes
and
sterilised) for other disposal methods. May contain
Waste
Treatment
containers
IZAYDAS
us
- general
scalpels or other
infectious organisms and
medicines
which
can
be
Facility
pending
pending export
Re-use and recycle options
'sharps' and 'soft'
toxic.
treatment/disposal
to EU countries.
are not applicable
soiled absorbents
option.
or dressings.
Waste
Management
Instruction (WMI) 030, 031
See:
1. Protection of
Personnel in Securing
the Safe Disposal of
Incineration
Dead Birds at AzSPU
Not generated
Protection of Personnel in
Sites,
Offices
and
in Tu; would
Securing the Safe Disposal of
Dead birds and
Residences in
the
consult with
Dead Birds at AzSPU Sites,
contaminated PPE
Absheron Area AZSPU-
relevant
Hazardo
Clinical Wastes
Offices and Residences in
used for collection
Bio hazard, H5 N1 virus
HSSE-PMT-01290-2
Not Applicable
governmental
us
- dead birds
the Absheron Area, Offshore,
(potentially infected
2.
Protection
of
bodies
and
Onshore
AZSPU-HSSE-
with avian flu)
Personnel in Securing
disposed
DOC-00081-3;
AZSPU-
the Safe Disposal of
accordingly if
HSSE-DOC-00079-3;
Dead Birds on Remote
generated.
AZSPU-HSSE-DOC-00080-3
Onshore AzSPU Sites
AZSPU-HSSE-DOC-
00079-3
Re-use
as
If
contaminated
If
not
much
as
clothing
see
contaminated:
possible
contaminant
Recycling
Non
Storing at AA Services
stored at WTSA
(using
as
material
(e.g. 'oily
Incineration
hazardo
Polygon pending for
pending
BP
rags, etc.); re-
Clothing & PPE
rags'),
otherwise
Non-hazardous
Landfill
us/Hazar
treatment/disposal
landfill
cycle
hard
status
is
Waste
Management
dous
option.
completion.
hats
and
determined by type
Instruction (WMI) 32
Recycled plastic
dispose the
of
clothing
or
elements
rest clothing at
equipment.
IZAYDAS.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 13 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Used containers
The
new
which
CWAA
at
contain/contained
Cleaned
and
CMT has a
hazardous residues
reused
if
drum washing
.Such
materials
Re-use
reasonable.
facility.
All
have
to
be
Otherwise:
Containers/Can
Hazard nature depends on the material it previously
Clean
and
compress
1. Karvan L Reuse after
contaminated
removed
by
s / Drums / IBC
contained (see relevant definitions of empty) Where the
containers as NHW
cleaning
drums will be
physical
or
1. Exported to
Hazardo
containers
/
guidance quantity is exceeded, transport as per
2. AA Services Polygon
washed here;
mechanical means
EU countries
us
Sacks
/
Bags
requirements of the original product. See individual
Contaminated containers HW
Storage for final disposal
the
clean
(draining
and
(contaminated)
composition and refer to MSDS for ingredients of
WM Instruction reference to
(which includes oily rags
2.
stored
in
drums will be
scraping) to leave a
be included at next revision
1
concern.
specification as well)
containers
at
either re-used
residue
or
CWAA pending
or re-cycled.
contamination that
treatment/dispos
The
cannot be removed
al option
contaminated
by such means.
water will be
treated.
Used containers;
Cleaned
and
those for the supply
reused
if
Containers/Can
of
hazardous
1. Karvan L reuse
reasonable
s / Drums / IBC
chemicals
which
2.
Non Hazardous
Hazardo
Non-hazardous
(see relevant definitions of empty)2
1.
Reuse after cleaning
otherwise stored
Re-use/Re-
containers
/
now contain no
landfill after crashing or
us
when cleaned
2. Disposal
at
WTSA
cycle
Sacks
/
Bags
residues or those
compacting
pending
BP
(empty/clean)
used for
non
landfill
hazardous
completion
materials.
1. Exported to
EU countries
Karvan-L pre treating
Non
Oil, grease or fat
Non-hazardous. Flammable. Oil which has been over-
2.
stored
in
Reuse Waste Management
and
reusing
at
Re-cycle via
Hazardo
Cooking Oil
used in cooking
/
heated during cooking processes may be carcinogenic.
containers
at
Instruction (WMI) 035
paint/warmish
Kolza Biodizel
us
frying food
Trace food residues, especially if animal products.
CWAA pending
production
treatment/dispos
al options
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 14 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Reused as filling
inert material if
no
hazardous
components
Reuse
Non
Inert May contain hazardous materials: asbestos,
Sumqayit BP NHW
(e.g. asbestos)
Construction
Inert
building
Hazardo
PCBs, adhesives, treated wood etc. Subject to
Landfill cell
contained.
Re-use
Wastes
rubble
Waste
Management
us
definiotn, these may still be non-hazardous.
AA Services
Otherwise
Instruction (WMI) 034
treated/disposed
as the contained
hazardous
material
Desiccants
including activated
alumina
(Aluminium oxide),
silica gel
(Silica,
amorphous),
etc
used to remove
Stored in containers at
Not
moisture
from
Non-hazardous if unused or not contaminated with oil,
NOTE: TO BE COMPLETED
Serenja
Hazardous
generated.
Non-
gases and liquids.
Dessicants
-
or other dangerous material.
AT NEXT REVISION
Waste
Treatment
IZAYDAS
is
Hazardo
Applications
Not Applicable
Air Drying
If contaminated with a hazardous substance classify as
Facility
pending
authorized
us
include
filtering
Waste
Management
Hazardous.
treatment/disposal
company
to
moisture
from
Instruction (WMI) 006
option.
dispose
compressed air/gas
streams
(particularly natural
gas). May come in
a variety of colours
(and may change
colour when used).
May include paper,
Domestic waste
plastic, styrofoam,
with food waste
Domestic/Office
cardboard,
Sumqayit BP NHW
Maceration;
incineration,
removed:
Non
Waste
-
packaging and food
Landfill cell
compaction, landfill. Waste
Compacted and
Hazardo
unsegregated
wastes
where
Generally Inert
IZAYDAS
Management
Instruction
Stored at WTSA
us
or
non-
these cannot be
(WMI) 0057
pending
BP
recyclable
separated or are
landfill
otherwise
non-
completion
recyclable.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 15 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
CRI approved in Azeri
Particles generated
Down hole re-injection
Field
by drilling into the
ITD treatment for oil recovery
EA,CA,WA have CRI
subsurface
No CRI on Istagal, CDG,
Drill Cuttings ex
geological
Toxic.
Properties depend on specific chemical
SD
Hazardo
Wells
using
formations,
Waste
Management
composition of drilling fluids. Generally likely to be an
Not Applicable
Not Applicable
us
NWBM.
including
cured
Instruction (WMI) 037
When brought to shore
irritant to skin and eyes. Flammable.
Synthetic based
cement. returned
taken to AA Services at
to the surface with
BP Serenja for ITD then
Synthetic
Based
Non-Haz treated material
stored
at Serenja
Muds
use/disposal
pending
final
re-
use/disposal option.
CRI approved in Azeri
Particles generated
Down hole re-injection
Field
by drilling into the
ITD treatment for oil recovery
EA,CA,WA have CRI
subsurface
No CRI on Istagal, CDG,
geological
Drill
Cuttings
Toxic.
Properties depend on specific chemical
SD
Hazardo
formations,
Waste
Management
using
NWBM.
composition of drilling fluids. Generally likely to be an
Not Applicable
Not Applicable
us
including
cured
Instruction (WMI) 097
When brought to shore
Low Tox
irritant to skin and eyes. Flammable.
cement.returned to
taken to AA Services at
the surface with
BP Serenja for ITD then
Low Tox Based
Non-Haz treated material
stored
at Serenja
Muds
use/disposal
pending
final
re-
use/disposal option.
Chirag WBM discharge
Particles generated
offshore
Overside Offshore Discharge
by drilling into the
New Rigs WMB to shore
subsurface
ITD treatment for oil recovery.
Toxic.
Properties depends on specific chemical
for ITD
geological
Non-Haz treated material
Hazardo
Drill
Cuttings
composition of drilling fluids. May cause drying of skin
formations,
use/disposal.
Waste
When brought to shore
Not Applicable
Not Applicable
us
Water based
and some allergic responses. Prolonged exposure
including
cured
Management
Instruction
taken to AA Services at
may cause some respiratory system irritation.
cement.returned to
(WMI) 038
BP Serenja for ITD then
the surface with
stored
at Serenja
Water Based Muds
pending
final
re-
use/disposal option.
Residual
solids
Road-building,
cement
Hazardo
Drill Cuttings:
High leachate salinity prevents classification as non-
AA Services Serenja
after processing of
manufacture, haz waste,
Not Applicable
Not Applicable
us
ITD Processed
hazardous for landfill
storage
cuttings by ITD unit
landfill layering
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 16 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Contaminated
When brought to shore
Synthetic based
Ecotoxic. May be flammable. Depends on specific
ITD or bioremediation
Drilling
fluids
taken to AA Services at
mud (SBM) used in
chemical composition. Likely to be an irritant to eyes
Hazardo
ex
NWBM
Management
Instruction
BP Serenja for ITD then
the rotary drilling of
and skin. Prolonged exposure may cause respiratory
Not Applicable
Not Applicable
us
Contaminated
(WMI) 040
stored
at Serenja
wells.
irritation. See individual composition and refer to MSDS
Mud 1 (SBM)
pending
final
re-
Greater than
30%
for ingredients of concern.
use/disposal option.
mud.
Contaminated Low
Drilling
When brought to shore
Toxicity Oil Based
Ecotoxic. May be flammable. Depends on specific
ITD or bioremediation
fluids
ex
taken to AA Services at
mud
(Low-Tox)
chemical composition. Likely to be an irritant to eyes
Hazardo
NWMB
Management
Instruction
BP Serenja for ITD then
used in the rotary
and skin. Prolonged exposure may cause respiratory
Not Applicable
Not Applicable
us
Contaminate
(WMI) 041
stored
at Serenja
drilling of wells.
irritation. See individual composition and refer to MSDS
d Mud 2
pending
final
re-
Greater than
30%
for ingredients of concern.
(Low-Tox)
use/disposal option.
mud.
1. ITD or bioremediation
Chirag WBM discharge
offshore
2. Return to vendor if unused
3.
Overside Offshore
New Rigs WMB to shore
Water based mud
Treat as toxic, but depends on specific chemical
Discharge to the sea
for ITD
Drilling
(WBM) used in the
composition of drilling fluids. May cause drying of skin
fluids
Management
Instruction
When brought to shore
Hazardo
rotary drilling of
and some allergic responses. Prolonged exposure
Contaminate
(WMI) 042
taken to AA Services at
Not Applicable
Not Applicable
us
wells.
may cause some respiratory system irritation. See
d Mud
3
BP Serenja for ITD then
Greater than
30%
individual composition and refer to MSDS for
(WBM)
stored
at Serenja
mud.
ingredients of concern.
pending
final
re-
use/disposal
option.
(Cannot be mixed with
Low Tox)
Inert only if in cured state otherwise treat as hazardous
Recycling
1. Exported to
Dependent upon product. Check MSDS. Curing is a
Not
Incineration
EU countries
term in polymer chemistry and Process Engineering
generated.
Non
Low VOC sealant,
AA
Services/ADES
2.
Stored in
Epoxy
resin
that refers to the toughening or hardening of a
Landfill
IZAYDAS is
Hazardo
cured resins and
Sumqayit BP NHW
containers
at
(cured)
polymer material by cross-linking of polymer chains,
Management
Instruction
authorized
us
epoxy hardeners
Landfill cell
CWAA pending
brought about by chemical additives, ultraviolet
(WMI) 086
company to
treatment/dispos
radiation, Electron beam (EB) or heat.
dispose
al options
Should
be
Not
handled
by
Explosive. Should be handled only by experts. Do not
Management
Instruction
generated.
Principally includes
AA
Services
experts
and
Hazardo
incinerate or landfill if live. Various. Classification
(WMI) 047
IZAYDAS is
Explosives
pyrotechnics and
Governmental Agency
treated in the
us
depends on type of explosive. Listed codes do not
authorized
smoke bombs.
(GosTechNad-zor)
same manner as
cover all cases. Includes fireworks and flares.
company to
a
source
dispose
material
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 17 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Water
based
extinguishing
medium
using
Aqueous
Film
Forming
Foam
(AFFF) concentrate
to produce heavy
foams
for
controlling
and
extinguishing fires.
Contains
a
Not generated
Foam or AFFF alone is generally non-hazardous
NOTE: TO BE COMPLETED
surfactant mixture
stored
in
in Tu; all being
(confirm by MSDS) though oil or other contamination of
AT NEXT REVISION
Non-
typically diethylene
NOTE:
TO
BE
containers
at
used; would
Fire
Fighting
AFFF likely in contaminated fire-waters following fire-
HAzardo
glycol
monobutyl
Management
Instruction
COMPLETED AT NEXT
CWAA pending
be disposed at
Foam
fighting.
us
ether
and
(WMI) 051
REVISION
treatment/dispos
IZAYDAS if
Foam or AFFF concentrate generally non-hazardous
fluorosurfactant.
al option
waste product
(confirm with specific product MSDS).
The product is
generated.
supplied
in
concentrate form.
Fire-ready liquid is
~85% water ~15%
AFFF,
and
discharged foam.
Refer to specific
product MSDS for
details
of
composition.
Solid
Particles
Filter
Media
-
Store in containers at
recovered
from
Spent
LTPW
Spent Duplex Filters present low level environmental
High
Temperature
Serenja Haz Waste ( AA
Hazardo
sludge
tank
Centrate
and
and occupational health risk. May be skin irritant.
Incineration or ITD and
Services)
pending
Not Applicable
Not Applicable
us
downstream
of
Duplex
filter
0807 - currently no specifics available
disposal of residue
treatment/disposal
Centrate Recovery
media
option.
& Hydrocyclones
Filter cake composed of sand and suspended solids
No risk of H2S generation, No NORM radioactive
Pretreatment by Thermal
Oil
contaminated
Filter
Media
species. Potential explosive atmospheres could be
desorption and HW landfill or
Store in pit at Serenja
sand and other
LTPW Treatment
generated during storage in confined spaces. DGF
use of treated solids.
Haz Waste
(
AA
Hazardo
solids
with
an
Dissolved Gas
filter cake may contain potentially carcinogenic
Processed residual waste
Services)
pending
Not Applicable
Not Applicable
us
expected 3:1 solids
Flotation
DGF
chemicals such as Benzene & Toluene. Significant
from the thermal desorption
treatment/disposal
to liquids
ratio.
Filter Cake
inhalation risk exists due to the volatility of light
unit is unsuitable for inert
option.
Arises April 2009.
fractions.
Potential exposure to polyaromatic
landfill.
hydrocarbons (PAH’s) through direct skin contact.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 18 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Pretreatment by Thermal
Oil
contaminated
Spent filter material contains potentially carcinogenic
desorption and HW landfill or
Store in pit at Serenja
Filter
Media
starch
based
chemicals such as Benzene & Toluene. Significant
use of treated solids.
Haz Waste
(
AA
Hazardo
Spent
RM25
granular
media.
inhalation risk due to the volatility of light fractions.
Processed residual waste
Services)
pending
Not Applicable
Not Applicable
us
Guard Filter Z-
Arises Nov 2008.
Potential exposure to polyaromatic hydrocarbons
from the thermal desorption
treatment/disposal
51060 Media
(PAH’s) through direct skin contact.
unit is unsuitable for inert
option.
landfill.
Oil
contaminated
Uncontaminated ground nut media is chemically inert
The spent media will be
ground
black
and non toxic. Spent Granular Filter Media however
treated either by thermal
Store in containers at
Filter
Media
walnut
shells.
may contain potentially carcinogenic chemicals such as
desorption or incineration
Serenja Haz Waste ( AA
Hazardo
Spent
Walnut
LTPW first planned
Benzene & Toluene. Significant inhalation risk due to
depending upon the results of
Services)
pending
Not Applicable
Not Applicable
us
Shell media
cycle 2012/3
the volatility of light fractions.
the treatability trials to be
treatment/disposal
Potential exposure to polyaromatic hydrocarbons
conducted once the produced
option.
(PAH’s) through direct skin contact.
water plant is operational
Store in containers at
Non-activated
Also
High Temperature
After use will be contaminated with airborne chemicals
Serenja Haz Waste ( AA
Hazardo
Filter Media
-
carbon used for Air
incineration or HW landfill.
or waterborne solids.
Generally low level
Services)
pending
Not Applicable
Not Applicable
us
Charcoal Filters
Conditioning
&
Waste
Management
environmental and occupational health risk.
treatment/disposal
water treatment
Instruction (WMI) 027
option.
Material used for
the adsorption of
Filter
Media
Uncontaminated activated carbon is not hazardous but
Can be pre-treated at
800
Stored in containers at
aromatic
or
Activated
may react vigorously when mixed with strong oxidising
degC or by ITD for re-use.
Serenja
Hazardous
unsaturated
Hazardo
carbon
-
agents . After use will be contaminated with aromatic or
Also
High Temperature
Waste
Treatment
aliphatic
Not Applicable
Not Applicable
us
including
ex
unsaturated aliphatic compounds. Generally low level
incineration or HW landfill.
Facility
pending
compounds
(i.e.
LTPW nitrogen
environmental and a mild irritant. Prolonged exposure
Waste
Management
treatment/disposal
odour control), gas
Unit
to dust may be associated with pulmonary disease.
Instruction (WMI) 003
option.
adsorption and oil-
water separation.
Macerated,
dewatered and
Local
Non
AA
Services/ADES
Food
/ Galley
Non-hazardous but restrictions apply if animal products
Maceration
& Non
-
stored pending
communities
Hazardo
Organic food waste
Sumqayit BP NHW
waste
are present. Food, especially animal products.
hazardous landfill disposal
composting
(re-used
as
us
Landfill cell
facility
animal food)
installation.
Stored
in
Non
AA
Services/ADES
containers
at
Hazardo
Glass - Flat
Window panes
Inert
Landfill/ Recycle
Sumqayit BP NHW
CWAA pending
Re-cycle
us
Landfill cell
local
recycling
option
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 19 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Any form / colour of
Stored
in
Non
Glass bottles,
glass
container
AA
Services/ADES
containers
at
Hazardo
jars & other
other
than
Inert
Landfill/ Recycle
Sumqayit BP NHW
CWAA pending
Re-cycle
us
containers
cookware
(e.g.
Landfill cell
local
recycling
Pyrex).
option
1. Re-use (limited to a
few cycles until grain
size breaks down)
2. Recycle (e.g. for
Residuals
from
sandblasting
units
asphalt production)
Recycling through local
Narlik
Inert
Non
Grit blast
and painted objects
Non-hazardous - may need to support this with lab
3. Land reclamation
asphalt factory ITT
Reused
as
Material
Hazardo
(uncontaminated
combined
with
analysis and classify as Inert Material unser EU dir
(e.g. for drainage
Landfill
at
ADES
filling/constructio
Disposal Site
us
)
blasting sand/ grit
1999/31/EEC
Sumgayit BP NHW
n material.
material or trench
2007
usually
garnet
Landfill cell
capping)
based.
4. Cement manufacture
(as raw material)
Waste
Management
Instruction 018
5. Re-use (limited to a
few cycles until grain
size breaks down)
6. Recycle (e.g. for
Residuals
from
asphalt production)
Stored in containers at
sandblasting
units
Hazardous, but status may vary depending on the
7. Land reclamation
Treated/dispose
Serenja
Hazardous
Grit blast C/W
and painted objects
presence of contaminating materials (see NH section).
d considering the
Hazardo
(e.g. for drainage
Waste
Treatment
combined
with
May be garnet or metal based. Ingredients of concern
nature
the
IZAYDAS
us
material or trench
Facility
pending
(contaminated)
blasting sand/ grit
will derive from contaminants - see relevant MSDS,
contamination
capping)
treatment/disposal
usually
garnet
assessments and analyses
source
option.
based.
8. Cement manufacture
(as raw material)
Waste
Management
Instruction 018
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 20 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1. Re-use (if nor fit for
original purpose, use
Irritant. May cause local irritation of skin or eyes.
as fenders etc.
Stored in containers at
Not
Ships'
ropes.
Prolonged contact may cause dermatitis. Grease. May
2. Use in secondary fuels
Serenja
Hazardous
generated.
Hazardo
Impregnated with
contain a variety of paraffinic hydrocarbons.
if made of combustible
Waste
Treatment
IZAYDAS is
Hawsers
Not Applicable
us
preservatives such
Assessment based on treatment with multi-purpose
man-made fibre.
Facility
pending
authorized
as grease.
grease. Lithium, molybdenum and other materials may
3. Recycle if hawser
treatment/disposal
company to
be present.
made of steel wire.
option.
dispose
Waste
Management
Instruction 061
Sampled at the
generation site
and, depending
Store (to allow decomposition
Small quantities
( no
on results of the
Discharged to
of biocides) and discharge to
dose, some iron) from
analysis:
pre-assessed
Water mixed with
seabed.
STEP discharged into
1)
discharged
location
if
chemicals used to
Hazardo
Hydrotest
See MSDSs of contaminants for
individual
closed drain system and
into
drain
complies with
test integrity
of
Treat & use as
irrigation
us
Water
components.
thence to PW; Large
system;
Project’s
piping
systems,
water or for cement slurry).
quantities from STEP
2)discharged
hydrotest
tanks etc
discharged to drainage
into BP STP or
discharge
Land drainage or treat as
channel under consent
3)
stored at
standards.
produced/contaminated water
CWAA pending
treatment/dispos
al options
Depends
on
materials
Stored in containers at
Not
burned. Heavy metals are
Serenja
Hazardous
generated.
Ash residue from
Hazardo
frequent contaminants.
In
Waste
Treatment
IZAYDAS is
Incinerator Ash
incineration
Treat as hazardous waste. Toxic, ecotoxic.
Not Applicable
us
Azerbaijan all incinerator ash
Facility
pending
authorized
processes
is classed as hazardous,
treatment/disposal
company to
regardless of composition.
option.
dispose
Stored in containers at
Filament bulbs, not
Serenja
Hazardous
Stored at WTSA
Light bulbs
-
Hazardo
including
Waste
Treatment
pending
BP
standard
Non-hazarous (WEEE exempt)
Non-Hazardous Waste
IZAYDAS
us
fluorescent tubes
Facility
pending
landfill
office.domestic
or sodium lamps.
treatment/disposal
completion
option.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 21 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Stored in containers at
Stored
in
Recycling
Serenja
Hazardous
Light Fittings
-
containers
at
Hazardo
Burned out
(used)
Ecotoxic. Mercury, glass. Classification based on Hg
Waste
Treatment
Fluorescent
CWAA pending
IZAYDAS
us
fluoro tubes.
as metal. Other codes may apply also.
Waste
Management
Facility
pending
Tubes
treatment/dispos
Instruction 052
treatment/disposal
al options
option.
High
intensity
discharge
lamps
(HID)
contain
Stored in containers at
compact arc tubes,
Hazards relate to broken bulbs. High pressure sodium
Stored
in
Serenja
Hazardous
which
enclose
lamps contain mercury. Toxic. Reactive.
May be
containers
at
Hazardo
Light Fittings
-
Recycling
Waste
Treatment
various gases and
highly flammable. Low pressure lamps are reactive ,
CWAA pending
IZAYDAS
us
Sodium lamps
Facility
pending
metal
salts,
contain sodium but do not contain mercury. Sodium,
treatment/dispos
treatment/disposal
operating
at
mercury, glass, lead
al options
option.
relatively
high
pressures
and
temperatures.
Includes all scrap
process equipment,
1. Recycle. The majority
junk
piping,
of waste metal,
production
tubing,
whether scrap sheet
air
conditioners,
metal, empty paint tins,
refrigerators,
Bulk scrap metal (e.g. aluminium, iron and steel) is
drink tins, electrical
Stored
in
platforms, welding
generally non-hazardous. Exceptions apply, notably
cable etc is recyclable.
Non
containers
at
rods,
electrical
for mercury, cadmium and other heavy metals. Metal
2. Export (e.g. for
Recycling through Peyk
Hazardo
Metals
CWAA pending
Re-cycle
cable,
drinks tins
dusts and fumes may be irritant and prolonged
specialist metals).
Tel (Sofaz)
us
local
recycling
etc.
Includes all
exposure (leading to high concentrations in blood) may
Directive
2004/12/EC
options
uncontaminated
be harmful. See individual metal properties.
requires Member States to
metal containers
ensure that
50% metal is
(drums,
empty
recycled
paint
tins
etc.)
Waste
Management
which are not re-
Instruction 068
usable.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 22 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
3. Recycle. The majority
All ferrous i.e. Iron
of waste metal,
containing metals
whether scrap sheet
principally
steel.
metal, empty paint tins,
These
metals
drink tins, electrical
include
all
cable etc is recyclable.
Non
uncontaminated
4. Export (e.g. for
Recycling through Peyk
Hazardo
Metal -Ferrous
metal containers
Non-hazardous provided no contamination present..
Not Applicable
Not Applicable
specialist metals).
Tel (Sofaz)
us
(drums, empty tins
Directive
2004/12/EC
etc.), scrap piping,
requires Member States to
off-cuts,
swarf,
ensure that
50% metal is
production
tubing
recycled
and
process
Waste
Management
equipment.
Instruction 065
Metal cuttings are
the fine particles
that are produced
Stored
in
from milling out
Non-
Serenja & Separation for
containers
at
metal
items
Flammable. Different Metals, sand, oil
Waste
Management
hazardo
Metal - Swarf
recycling
/ disposal of
CWAA pending
Not Applicable
downhole
Instruction 089
us
metal
local
recycling
incidental to the
options
process of drilling
or working over a
well.
Pre treat and dispose to
Hazardous waste landfill.
1. Exported to
Oil/Fuel/oiled
Oil Additives, Fibre. Flammable. Crude oils consist of
In principle, absorbents could
Stored in containers at
EU countries
Materials:
Absorbents used
a mixture of hydrocarbons. These are generally irritant
be used in secondary fuel but
AA Services Polygon
2.
stored
in
Hazardo
Absorbents (c/w)
for oil spill clean up
to eye, skin and respiratory systems. Refined oils may
the waste stream is not well
pending
containers
at
IZAYDAS
us
(also see
‘Oily
other than rags.
contain additives
(such as benzene) which present
characterised and is very
treatment/disposal
CWAA pending
Rags’)
additional hazards.
modest.
option.
treatment/dispos
Waste
Management
al options
Instruction
001
Flammable. Crude oils consist of a mixture of
hydrocarbons. These are generally irritant to eye, skin
1)
Re-injected
Oil/Fuel/oiled
Crude oil or natural
and respiratory
systems.
Chiefly
paraffins,
into the pipeline
Hazardo
Materials Crude
gas
condensate
cycloparaffins and cyclic aromatic hydrocarbons, but
at Pump Stations
Re-introduce into process
Reinjection
IZAYDAS
us
oil
/
gas
collected from spills
also with lighter fractions. Small quantities of benzene,
2)
Stored at
Condensate
or filter drainage.
sulphur and oxygenated compounds may be present.
CWAA prior to
Benzene is a carcinogen. 'Sour oil" may contain in
re-injection
excess of 1% sulphur.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 23 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Injected into
Flammable. Possible irritation of eyes, nose, lungs and
1)
Re-injected
p/l if complies
skin. May cause central nervous system depression
Re-introduce into process or
into the pipeline
with AzSPU
Oil/Fuel/oiled
Hazardo
with prolonged exposure to vapours. . Will contain
Recycle as fuel
at Pump Stations
Chemical
Materials Fuel
Includes diesel
Karvan L. Re-use as fuel
us
sulphur. Dyes and other fuel additives may be present.
Waste
Management
2)
Stored at
Management
oil/diesel
Additives may vary according to prevailing climate. If
Instruction 055
CWAA prior to
Procedure or
present, benzene is a carcinogen.
re-injection
disposed at
IZAYDAS.
Aviation Fuel, a
specialised type of
petroleum-based
fuel used to power
aircraft and other
turbines.
Waste
Re-introduce into process or
Oil/Fuel/oiled
arises from leaks,
NOTE:
TO
BE
Hazardo
Recycle as fuel
Materials
spills and samples
Highly flammable petroleum product.
COMPLETED AT NEXT
Not Applicable
Not Applicable
us
Waste
Management
Aviation Fuel
taken from fuel
REVISION
Instruction 054
tanks and lines. If
fuel
becomes
contaminated with
water or sediment
then it will become
waste.
Triethylene glycol
Injected into
removed
from
1. Exported to
Re-use clean material.
p/l if complies
natural
gas
EU countries
Recycle material that
with AzSPU
Oil/oiled
dehydration
Corrosive
/ Flammable. May cause eye and skin
Karvan-L, recycled in
2.
stored at
Hazardo
cannot be reused (e.g. in
Chemical
Materials Glycol
systems
or
irritation on contact.
May be toxic to aquatic
paint
and warmish
CWAA pending
us
paint manufacture).
Management
c/w oil
collected
form
organisms, although glycol biodegrades rapidly.
production
recycling
or
Waste
Management
Procedure or
drainage filters
-
treatment/dispos
Instruction 058
disposed at
spent heat transfer
al options
IZAYDAS.
mediums c/w oil
Injected into
1. Exported to
p/l if complies
Irritant. May cause local irritation of skin or eyes.
EU countries
A thick fatty oil,
Re injection into pipeline
Re
injection
at
with AzSPU
Oil/oiled
Prolonged contact may cause dermatitis. Expected to
2.
Stored in
Hazardo
especially
one
Use as fuel
Sangachal
Chemical
Materials
be relatively non-toxic if ingested in small quantities but
containers
at
us
used to lubricate
Waste
Management
Re use as fuel at
Management
Grease
may cause diarrhoea. Lithium, molybdenum and other
CWAA pending
machinery.
Instruction 060
Karvan-L
Procedure or
materials may be present.
treatment/dispos
disposed at
al options
IZAYDAS.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 24 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1)
Re-injected
Injected into
Used
refined
into the pipeline
p/l if complies
petroleum
Flammable. Possible irritation of eyes, nose, lungs and
Re-introduce into process or
at Pump Stations
with AzSPU
Oil/oiled
distillates including
Re injection at platforms
Hazardo
skin. May cause central nervous system depression
Recycle as fuel
2)
stored in
Chemical
Materials
Oil
engine lube
oil,
and at Sangachal
us
with prolonged exposure to vapours. Additives may be
Waste
Management
containers
at
Management
(used)
motor
oil,
Karvan L. Re-use as fuel
carcinogenic.
Instruction 069
CWAA prior to
Procedure or
transmission oil &
re-injection into
disposed at
hydraulic fluid
pipeline
IZAYDAS.
1. Exported to
Rubber and cloth liners and metal delivery fittings are
EU countries
of little concern. Flammable. If oil is present may be
NOTE: TO BE COMPLETED
Oil/oiled
NOTE:
TO
BE
2.
stored
in
Hazardo
Hoses used to
irritant to eyes, nose, lungs and skin. May cause
AT NEXT REVISION
Materials
Oil
COMPLETED AT NEXT
containers
at
IZAYDAS
us
transfer oil
central nervous system depression with prolonged
Waste
Management
Delivery Hose
REVISION
CWAA pending
exposure to vapours.
Oil additives may be
Instruction 070
treatment/dispos
carcinogenic.
al options
1. Exported to
Metal and filter components are generally of little
Any material used
EU countries
concern Flammable. If oil is present, contact may lead
NOTE: TO BE COMPLETED
Oil/oiled
in a process unit or
2.
stored
in
Hazardo
to irritation of eyes, nose, lungs and skin. Vapours
AT NEXT REVISION
Storage at Serenja
AA
Materials
Oil
engine
that
containers
at
Not Applicable
us
may cause central nervous system depression and
Waste
Management
Polygon for disposal
filter parts
removes oily solids
CWAA pending
additives may be carcinogenic
- but amounts
Instruction 049
from fluids
treatment/dispos
encountered are likely to be very low.
al options
1. Exported to
Any material used
Oil/oiled
If oil is present, contact may lead to irritation of eyes,
EU countries
in a process unit or
NOTE: TO BE COMPLETED
Materials
Air
nose, lungs and skin. Vapours may cause central
2.
stored
in
Hazardo
engine
that
AT NEXT REVISION
Storage at Serenja
AA
filter
parts
nervous system depression and additives may be
containers
at
IZAYDAS
us
removes
liquid
Waste
Management
Polygon for disposal
contaminated
carcinogenic - but amounts encountered are likely to
CWAA pending
hydrocarbons from
Instruction 048
with oil droplets
be very low.
treatment/dispos
air
al options
1. Exported to
HDPE
Plastic
EU countries
Oil/oiled
cylinders
within
2.
Stored in
Hazardo
Materials
NOTE: TO BE COMPLETED
internal
fiberous
NOTE: TO BE COMPLETED AT NEXT REVISION
Storage at Serenja
containers
at
Not Applicable
us
Interim PW UF
AT NEXT REVISION
memrances (2 m x
CWAA pending
filters
0.30 m)
treatment/dispos
al options
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 25 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Oil would be
separated
through
OWSs and
injected into
Will contain a high ratio of oil to solids, and high levels
p/l if complies
of polyaromatic hydrocarbons (PAH’s). Risk of H2S
with AzSPU
generation from fluids or bacteria needs to be
Chemical
Processing
through
checked., No NORM radioactive species expected
Management
separation
and
water
1. Exported to
currently but check/confirm. Potential explosive
Procedure.
treatment to
separate oil,
EU countries
Soils, sands and
atmospheres could be generated during storage in
The
water
Oil/oiled
water and residual solids. Oil
2.
Stored in
Hazardo
sludges
confined spaces. May contain potentially carcinogenic
AA Services Polygon
would
be
Materials Tank
for re-use; Water treated to
containers
at
us
contaminated with
chemicals such as Benzene & Toluene. Significant
discharged if
Bottom Sludge
discharge standards or re-
CWAA pending
oil
inhalation risk exists due to the volatility of light
complies with
use in cooling systems.
treatment/dispos
fractions.
Potential exposure to polyaromatic
Project
Waste
Management
al options
hydrocarbons
(PAH’s) through direct skin contact.
discharge
Instruction 073
Flammable. Contact may lead to irritation of eyes,
standards; if
nose, lungs and skin. Vapours may cause central
not both would
nervous system depression.
be disposed at
IZAYDAS.
Any
solids
would
be
disposed at
IZAYDAS.
1. ITD treatment
Soils and sands
2. Bioremediate
contaminated with
3. Re-use (e.g. in cement,
Oil/oiled
oil
(e.g.
tank
or asphalt manufacture,
SOCAL Soil Washing
Stored at WTSA
Oil containing wastes should be treated as
Hazardo
Materials
bottoms from Oil-
subject to acceptance
Unit
pending
BP
carcinogenic, as well as flammable and any other
IZAYDAS.
us
Contaminated
Water separators)
criteria being
Bioremediation
at
landfill
associated hazard.
soil
Note: Does not
established).
Serenja
completion
include
‘produced
4. Soil washing
sand’
Waste
Management
Instruction 072
Water produced in
Reuse in clinker production;
RTS; Garadagh Cement
Oil/oiled
Potentially carcinogenic, corrosive, odorous. Potential
Hazardo
association with oil
Process for Re-injection
Plant; Karasu Onshore
Materials
for inorganic salts, heavy metals, solids, production
Not Applicable
Not Applicable
us
and
gas
Waste
Management
Injection; Offshore Re-
Produced water
chemicals, hydrocarbons, benzene, PAHs.
production.
Instruction 085
injection
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 26 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Oil/oiled
Neutralise & further treatment
Treated in oily
Materials
to remove HCs and TSS then
Concentrated PW
Potentially carcinogenic, corrosive, odorous. Potential
water separator,
Hazardo
Interim Produced
liquid output to cement
RTS; Sangachal Ponds;
process
liquid
for inorganic salts, heavy metals, solids, production
remaining oil re-
Not Applicable
us
water processing
manufacture or storage
GCP
waste
chemicals, hydrocarbons, benzene, PAHs.
injected into the
liquid waste ex
Waste
Management
pipeline
Watermans
Instruction 085
Consists of oil corrosion inhibitor; coated solid & scale
particles, sand, silt and clay fines. High ratio of oil to
Oil/oiled
Stored in pits at Serenja
Wet
Sludge
solids. No H2S or NORM expected. Sulphide may be
Materials
High
Temperature
Haz Waste
(
AA
Hazardo
removed
from
pyrophoric when dry. Potential explosive atmospheres
Produced Water
Incineration or ITD and
Services)
pending
Not Applicable
Not Applicable
us
offshore PW pig
in confined spaces. May contain carcinogens
-
pigging
disposal of residue
treatment/disposal
trap
benzene. Toluene. Significant irritation risk due to
Schmoo/Sludge
option.
volatility of light fractions/ PAHs. Occ Health Monitoring
when handling. 0808 - currently no specifics available
Oil would be
separated
through
OWSs and
injected into
p/l if complies
with AzSPU
Fresh
and/or
Chemical
Treated in oily
seawater greater
Flammable. Contact may lead to irritation of eyes,
Management
Oil/oiled
Recover Oil; Discharge water
water separator,
Hazardo
than
90%,
nose, lungs and skin. Vapours may cause central
AAS Serenja Polygon -
Procedure.
Materials Oily
Waste
Management
remaining oil re-
us
maximum
nervous system depression. Likely to be toxic if
treat and discharge.
The
water
Water Type 1
Instruction 074
injected into the
contamination
ingested. See MSDS for individual components
would
be
pipeline
10%.
discharged if
complies with
Project
discharge
standards; if
not both would
be disposed at
IZAYDAS.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 27 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Oil would be
separated
through
OWSs and
injected into
p/l if complies
with AzSPU
Chemical
Fresh and
/
or
Treated in oily
Recover Oil; Discharge water
Management
Oil/oiled
seawater greater
Hazard may be increased in this stream with increasing
water separator,
Hazardo
Waste
Management
AAS Serenja Polygon -
Procedure.
Materials Oily
than
70%,
concentration of contamination. See MSDS for
remaining oil re-
us
Instruction 075
treat and discharge.
The
water
Water Type 2
contamination
individual components
injected into the
would
be
between 10 - 30%.
pipeline
discharged if
complies with
Project
discharge
standards; if
not both would
be disposed at
IZAYDAS.
1. Exported to
EU countries
Oil/oiled
Cotton &
man
Flammable. Contact with oil may lead to irritation of
Incineration; cleaning & reuse
2.
Stored in
Hazardo
AA Services Polygon
Materials Oily
made fibre
rags
eyes, nose, lungs and skin. Oil, and potentially some
Waste
Management
containers
at
IZAYDAS
us
Storage
rags
used to absorb oils
chemicals
Instruction 071
CWAA pending
treatment/dispos
al options
1. Exported to
Waste liquid paint,
EU countries
varnishes,
paint
Solvents and solvent based paint are flammable and
Recycle
2.
Stored in
Hazardo
Paints, solvents
contaminated items
may be toxic. A large number of individual types are
Waste
Management
Karvan-L recycling
containers
at
IZAYDAS
us
and thinners
(e.g.
tins
or
available. Reference should be made to specific
Instruction 077
CWAA pending
brushes)
and
MSDS information.
treatment/dispos
solvents or thinners
al options
1. Re-use surplus paint,
NOTE:
either on-site or
1. Exported to
TO BE
Non-Hazardous (depending on content of restricted
through a community
EU countries
COMPL
metal and metal compounds). May be mildly irritant on
release programme
2.
Stored in
ETED
Paints
Water
contact with skin. Inhalation of vapours may cause
2. Dry and dispose to
Waste liquid paint
Karvan-L recycling
containers
at
IZAYDAS
AT
based paints
some headaches and nausea. Older water based
non-hazardous landfill
CWAA pending
NEXT
paints
(i.e. pre-1992) may contain mercury. Check
remaining surplus paint
treatment/dispos
REVISIO
before disposal
(dry latex paint is non-
al options
N
hazardous)
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 28 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1. Re-use surplus paint,
either on-site or
through a community
Flammable (vapours may be explosive). Irritant on
1. Exported to
release programme
contact with eye and skin. Prolonged contact may lead
EU countries
2. Dry and dispose to
to dermatitis.
Inhalation of vapours may cause
2.
Stored in
Hazardo
Paints Oil based
Waste liquid paint
non-hazardous landfill
dizziness and nausea. Prolonged exposure to vapour
Karvan-L recycling
containers
at
IZAYDAS
us
paints
and varnishes
remaining wastes
may cause central nervous system damage. Aliphatic
CWAA pending
(subject to leach tests,
hydrocarbons and petroleum distillates, solvents, paint
treatment/dispos
dry solvent based paint
pigments
al options
may be non-hazardous)
Waste
Management
Instruction 077
1. Recycle metal
containers (subject to
Content to Karvan L Re-
Flammable (vapours may be explosive). Irritant on
1. Exported to
characterisation as
Use
contact with eye and skin. Prolonged contact may lead
empty)
EU countries
Paint cans still
Dried cans through AA
to dermatitis.
Inhalation of vapours may cause
2.
Stored in
Hazardo
Paint cans c/w
containing
wet
2. Dispose to non-
Services polygont to
dizziness and nausea. Prolonged exposure to vapour
containers
at
IZAYDAS
us
oil based paint
paint or solidified
hazardous landfill
ADES Non-hazardous
may cause central nervous system damage. Aliphatic
CWAA pending
oil based paint
plastic containers
landfill
hydrocarbons and petroleum distillates, solvents, paint
treatment/dispos
Waste Management
pigments
al options
Instruction 076
Content to Karvan L Re-
1. Exported to
Use
EU countries
Non-
Paint cans c/w
Paint
cans
Dried cans through AA
2.
Stored in
Non-Haz Waste
- metal
hazardo
water
based
containing solidified
Non-Haz if cleaned/cured & dry
Services polygont to
containers
at
IZAYDAS
recycling
us
paint
paint
ADES Non-hazardous
CWAA pending
landfill
treatment/dispos
al options
1. Exported to
Dried materials through
EU countries
Paint
Soils,
plastic
Flammable. Typically these will be dried paint residues
Non-hazardous landfill
AA Services polygont to
2.
Stored in
Hazardo
contaminated
drums,
paint
and should be relatively non-toxic. Solvents, paint
(subject to leach test)
ADES Non-hazardous
containers
at
IZAYDAS
us
material
brushes etc.
pigments
landfill
CWAA pending
treatment/dispos
al options
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 29 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
A
substance
capable
of
1. Re-use
dissolving another
2. Recycle
substance to form
3. Use as fuel
1. Exported to
a solution. The
4. Export for treatment
Flammable (vapours may be explosive). Irritant on
EU countries
chief
uses of
and disposal to
contact with eye and skin. Prolonged contact may lead
2.
Stored in
Hazardo
Paint Solvents
solvents
are as
permitted facility in
to dermatitis.
Inhalation of vapours may cause
Recycling at Karvan L
containers
at
IZAYDAS
us
& Thinners
industrial cleaners,
developed country.
dizziness and nausea. Prolonged exposure to vapour
CWAA pending
in paints and in
may cause central nervous system damage.
Note: there may be a residue
treatment/dispos
pharmaceuticals.
of
solvents
for
which
al options
Many solvents are
incineration is required
flammable and, to
Waste
Management
varying
degrees,
Instruction 088
toxic as well.
Clear or pigmented
coatings formulated
with various resins
and designed to
1. Exported to
Flammable (vapours may be explosive). Irritant on
dry by chemical
EU countries
contact with eye and skin. Prolonged contact may lead
reaction
on
2.
Stored in
Hazardo
to dermatitis.
Inhalation of vapours may cause
Paint Varnish
exposure
to air.
Reuse
in
varnish
Recycling at Karvan L
containers
at
IZAYDAS
us
dizziness and nausea. Prolonged exposure to vapour
These coatings are
manufacture
CWAA pending
may cause central nervous system damage. Acetone,
intended to provide
treatment/dispos
Aliphatic Hydrocarbon, May have residual lead
a
durable
al options
transparent
or
translucent
solid
protective film.
1.
Recycle
Non
Azersun:
Hirdalan
Stored at CWAA
Paper & card
2. NHW Landfill
Hazardo
Paper & card
Inert
paper recycling plant
pending
local
Re-cycle
(uncontaminated)
Waste
Management
us
recycling options
Instruction 078
Typically includes
Carcinogenic.
Environmental toxin. PCB
(oil).
Stored in containers at
metal housings for
Polychlorinated Biphenyls make up a group of 209
Serenja
Hazardous
PCB
Stored at CWAA
Hazardo
transformers, and
individual chlorinated biphenyl rings known as
Note: Note: To be completed
Waste
Treatment
contaminated
pending
local
IZAYDAS
us
transformer
oil,
congeners. They were typically manufactured as
at next revision
Facility
pending
materials
recycling options
contaminated with
mixtures of 60 to 90 different congeners. They are
treatment/disposal
PCB.
generally resistant to breaking down in the environment
option.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 30 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1. Exported
to
Stored in containers at
EU countries
Photographic
Toxic. May be flammable. Exposure to vapours may
NOTE: TO BE COMPLETED
Serenja
Hazardous
Fluids used
to
2.
Stored in
Hazardo
developing
cause dizziness and nausea. Do not discharge to
AT NEXT REVISION
Waste
Treatment
develop X-rays &
containers
at
Not Applicable
us
liquids/ Sodium
sewers. Silver (occasionally chromium). Classification
Waste
Management
Facility
pending
photos
CWAA pending
Thiosulphite
based on silver nitrate / chromium nitrate
Instruction 079
treatment/disposal
treatment/dispos
option.
al options
Not generated
Stored
in
in Tu; would
Cleaned NHW landfill
containers
at
Hazardo
Sealing disc from
ADES Non-hazardous
be re-cycled
Pig discs
Flammable Oil & pigging wax
Waste
Management
CWAA pending
us
pipeline pigs
waste landfill
or disposed at
Instruction 086
treatment/dispos
IZAYDAS if
al options
generated.
1. Exported to
Not
much
Wax cleaned from
EU countries
generated in
the pipelines
on
Flammable. Prolonged contact may lead to skin
Recycle
2.
Stored in
Hazardo
Pigging
Tu; disposed
and
offshore.
irritation.
Chronic ingestion may affect liver and
Waste
Management
Ecol Engineering MMC
containers
at
us
Wax/Paraffin
at IZAYDAS
Paraffin is refined
spleen, with non-specific immune responses.
Instruction 080
CWAA pending
when
pigging wax.
treatment/dispos
generated.
al options
Pipe connections
Toxic. Eye and skin irritant. Moderately flammable.
Stored in containers at
Not
Stored
in
require the use of
Grease (lead); isopropyl alcohol, ethylene glycol N-
NOTE: TO BE COMPLETED
Serenja
Hazardous
generated.
containers
at
Hazardo
pipe dope, which
butyl ether. However, lead-free, biodegradable pipe
AT NEXT REVISION
Waste
Treatment
IZAYDAS is
Pipe Dope
CWAA pending
us
may contain up to
dopes are now available and, where feasible, should
Waste
Management
Facility
pending
authorized
treatment/dispos
30%
lead
by
be used. In particular, lead-free pipe dope should be
Instruction 081
treatment/disposal
company to
al options
weight.
used on thread protectors, allowing easier recycling.
option.
dispose
Stored
in
Pipe Dope
-
Treat as toxic. Thread protectors themselves are
Caps or covers
Cleaned NHW landfill
containers
at
Hazardo
contaminated
made of inert plastic or metal, but the presence of lead
ADES Non-hazardous
used to protect
Waste
Management
CWAA pending
Not Applicable
us
Thread
based pipe dope requires that they be treated as
waste landfill
thread of well pipe
Instruction 090
treatment/dispos
Protectors
hazardous waste. Oil, pipe dope, plastic, metal
al options
Any clean plastic
Non
Plastics
&
eg bottles, sheeting
.Recycle?
ADES Non-hazardous
Recycled
at
Mainly non-hazardous. Fumes from incineration may
Hazardo
plastic
or other products
Waste
Management
waste
landfill
Caucasian PET
Re-cycle
be toxic.
us
products
which cannot be re-
Instruction 083
Company
used.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 31 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
HDPE
(High
1. ADES Non-hazardous
Density
waste landfill
Polyethylene)
2. Stored in containers
Non
NHW landfill
Stored at CWAA
plastic
material.
Not hazardous unless contaminated with hazardous
at Serenja Hazardous
Re-use or re-
Hazardo
Plastic - HDPE
Waste
Management
pending
Products
made
substance.
Waste
Treatment
cycle
us
Instruction 082
recycling options
from HDPE include
Facility
pending
drums, crates and
treatment/disposal
pipes.
option.
1. Recycle
(financial drivers
promote export although
environmental
drivers
promote
in-country
Inert low density
development of facilities)
Non
poly
ethylene
Non-hazardous waste provided no oil or other
2. Use in derived fuel (RDF
Stored at CWAA
ADES Non-hazardous
Hazardo
Plastic - LDPE
plastic.
If
contamination. Any contaminated waste must be
has proved to be
capital
pending
IZAYDAS
waste landfill
us
uncontaminated it
treated as per instructions for contaminant type.
intensive but direct burn in
recycling options
is nonhazardous.
cement kilns may be more
economic)
3. Direct re-use (foam
Waste
Management
Instruction 082
1. Recycle
(financial drivers
promote export although
environmental
drivers
promote
in-country
development of facilities)
Polyvinyl chloride
Non
Non-hazardous waste provided no oil or other
2. Use in derived fuel (RDF
ADES Non-hazardous
Stored at CWAA
Plastic
PVC/
(including
those
Hazardo
contamination. Any contaminated waste must be
has proved to be capital
waste
landfill
cell
pending
IZAYDAS
Epoxy coated
with epoxy resin
us
treated as per instructions for contaminant type.
intensive but direct burn in
recycling options
cover)
cement kilns may be more
economic)
3. Direct re-use (foam
Waste
Management
Instruction 082
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 32 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
1. Recycle
(financial drivers
promote export although
environmental
drivers
promote
in-country
Plastic used in the
development of facilities)
Plastic
manufacture
of
Non-hazardous waste provided no oil or other
2. Use in derived fuel (RDF
ADES
Non-hazardous
Stored at CWAA
Hazardo
Polyethylene
lightweight
contamination. Any contaminated waste must be
has proved to be
capital
waste
landfill
cell
pending
IZAYDAS
us
terephthalate
beverage container
treated as per instructions for contaminant type.
intensive but direct burn in
recycling options
(PET)
bottles.
cement kilns may be more
economic)
3. Direct re-use (foam
Waste
Management
Instruction 082
Combustible,
transparent plastic
1. Recycle
(financial drivers
with high strength
promote export although
and
impact
environmental
drivers
resistance.
promote
in-country
Excellent electrical
development of facilities)
Plastic
and
thermal
Non-hazardous waste provided no oil or other
2. Use in derived fuel (RDF
ADES
Non-hazardous
Stored at CWAA
Hazardo
Polystyrene
(PS
insulator.
contamination. Any contaminated waste must be
has proved to be
capital
waste
landfill
cell
pending
IZAYDAS
us
& EPS
-
Applications
treated as per instructions for contaminant type.
intensive but direct burn in
recycling options
expanded)
include protective
cement kilns may be more
packaging,
economic)
containers,
lids,
3. Direct re-use (foam
cups, bottles, trays,
Waste
Management
tumblers, injection
Instruction 082
molding, insulation
and lamination.
1. Recycle
(financial drivers
promote export although
environmental
drivers
promote
in-country
Foam is a general
development of facilities)
term,
typically
Stored at CWAA
Non-
2. Use in derived fuel (RDF
embracing
Polyurethane is classed as hazardous. Styrofoam is
ADES
Non-hazardous
pending
hazardo
Plastic - Foam
has proved to be capital
IZAYDAS
polyurethane and
non hazardous.
waste landfill cell
treatment/dispos
us
intensive but direct burn in
styrofoam
al options
cement kilns may be more
products.
economic)
3. Direct re-use (foam
Waste
Management
Instruction 082
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 33 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Reused
if
appropriate
Includes
gas
Empty aerosol tins are non-hazardous. Gas cylinders
Reuse
otherwise stored
Hazardo
Pressurised
bottles
(full
or
and non-empty aerosol tins should be rated according
Waste
Management
Real Gas
at
CWAA
IZAYDAS
us
containers
empty) and aerosol
to contents. See individual MSDS information.
Instruction 056
pending
cans.
treatment/dispos
al options
Any product made
Manufactured rubber may
from
rubber
contain zinc oxide, carbon
Stored at WTSA
Non
Rubber
( also
including pig discs
black and phenolic resins.
ADES Non-hazardous
pending
BP
Hazardo
see
Pigging
(used for dewaxing
Non-hazardous. May produce toxic fumes if burnt
IZAYDAS
Waste
Management
waste landfill cell
landfill
us
Discs)
of the pipeline),
Instruction 086
completion
gaskets/seals, floor
mats
Usually low level of contamination. Bagged in
Washing with effluent to
Sand - Produced
Sand
extracted
Bioremediation
at
polypropylene then into drums or cuttings boxes
closed
drains
or
Hazardo
Sand and LTPW
during cleaning of
Serenja
Irritant. Possible low level contaminants: Oil, NORM.
Bioremediation.
Not Applicable
Not Applicable
us
Hydrocyclone
separators offshore
Sand
washing at
Salts of sodium, potassium, magnesium, chloride and
Waste
Management
Sand Wash
or at the terminal.
SOCAR facility
sulphate; some heavy metals.
Instruction 084
Stored in containers at
Not
From desalination
Material may be recycled or
Non-hazardous. May be an irritant to throat, nose and
Serenja
Hazardous
Stored at CWAA
generated.
Non
of produced water.
disposed of to non-hazardous
respiratory tract. Salt
(sodium chloride) may form a
Waste
Treatment
pending
IZAYDAS is
Hazardo
Salt
Chemical
landfill, unless contaminated
nuisance dust at elevated concentrations. Any hazard
Facility
pending
treatment/dispos
authorized
us
composition may
with NORM
will be associated with contaminants. Saline pollution
treatment/disposal
al options
company to
vary.
option.
dispose
Collection to dispose at
Municipal
WwTW or
discharge as permit allows
after STP Municipal WTW
Treated effluent i.e.
Potentially non-hazardous.
Discharge post treatment. IIn
Project
Non
Sewage effluent
liquid phase only.
Subject to case by case assessment. Untreated liquid
Monitoring and
az, sewage water after
Sahil Sewage Treatment
approved
Hazardo
(post
STP
(i.e.
excludes
sanitary waste may contain infectious bacteria. This
treatment at BP
treatment can be used for
Facility
Municipal
us
treatment)
sludges
from
concern is removed from effluent after treatment via
STPs reedbeds
irrigation
and
dust
WWTPs
STP/RBC units)
compliant STPs.
suppression provided that
they
are
neutralised
(chlorinated) and there is no
crop consumption.
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 34 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Water from toilets
Liquid/wastes may be infectious
(biohazardous).
1.
Treatment at site
('black
water'),
Project
Sewage wastes although hazardous are not required
2.
Collection to dispose
Hazardo
Sewage
domestic
waste
Treated at
BP
approved
to be accompanied by a Hazardous Waste Passport as
Municipal WTW
at M WTW
us
(untreated / raw)
water from sinks,
STPs
Municipal
per National Azerbaijani legislation Solid residues
3.
Sahil
Sewage
showers etc ('grey
WWTPs
following treatment are non-hazardous.
Treatment Facility
water'),
Includes redundant
units from sanitary
treatment systems
eg book cells which
May be Biohazardous if not cleaned appropriately even
have
been
after rinsing and chlorination process. Other chemicals
Sewage
subjected to rinsing
NOTE:
TO
BE
Hazardo
eg chlorine may remain from the washing or operation
Treated at
BP
contaminated
at
point
of
COMPLETED AT NEXT
IZAYDAS
us
of the equipment. Sewage wastes although hazardous
STPs
wastes
generation and will
REVISION
are not required to be accompanied by a Hazardous
be required to
Waste Passport as per National Azerbaijani legislation
undergo
further
disinfection.
State the object in
the WTN.
solid
residues
Sludge may be infectious (biohazardous). There is a
Not
Direct fertilisation of
soil;
Disposal at
the
following treatment
(low) potential for sewage sludge to contain live,
generated.
Following stabilisation can be
Gardabani
Hazardo
Sewage Sludge
or filtration.
biohazardous, bacteria and other contaminating
Sahil Sewage Treatment
IZAYDAS
is
dewatered and disposed of in
Municipal
us
ex Bio STPs
Also
includes
substances.Solid residues following treatment are non-
Facility
authorized
landfill or by incineration.
Sewage
sludge phase from
hazardous. Needs to be managed on a case by case
company
to
treatment Plant
RBC/STP units
basis (IFC EHS guidelines)
dispose
Not
Sludge
&
Stored at CWAA
generated.
Scrubber
Hazardo
wastewaters
NOTE: TO BE COMPLETED
Sahil Sewage Treatment
pending
IZAYDAS
is
wastewater &
Ecotoxic Heavy Metal residues
us
derived
from
AT NEXT REVISION
Facility
treatment/dispos
authorized
sludge
scrubber units
al options
company
to
dispose
Ionisation chamber smoke detectors (ICSDs) should be
disposed as low level radioactive waste
(although
NOTE: TO BE COMPLETED
Stored at CWAA
Hazardo
Smoke
Used
/
depleted
single domestic ICDS units may be disposed of in
AT NEXT REVISION
AA
Services
pending
Not Applicable
us
detectors
smoke alarms
domestic waste). Photovoltaic smoke detectors are
Waste
Management
Gosgortech-nadzor
treatment/dispos
non-hazardous.
ICDS units contain radioactive
Instruction 087
al options
material (e.g. Am-241), plastic, metal
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 35 of 38
Waste Stream Register
Categ
Waste Details
AzSPU Routes
Waste
ory
Options
Stream
Description
Hazard
Az
Ge
Tur
Carbon black, lead. Colour
Stored at CWAA
Used ink cartridges
Non
toners may contain a variety
pending reusing
Re-cycled
Toner or Printer
from
computer
Depending on ingredients may be a slight irritant to
AA Services
Storage
Hazardo
of heavy metals.
or
through
the
Cartridges
printers,
throat, nose and respiratory tract.
Serenja
us
Waste
Management
treatment/dispos
supplier
photocopiers etc
Instruction 023
al option
Tyres
are
complex
manufactured
articles
Stored at CWAA
From boats and
Non-hazardous. May produce toxic fumes if burnt.
containing metal and nylon or
pending reusing
platforms
&
Restrictions apply on landfill. Tyres are complex
polyester components, oils,
(e.g. use in the
Non
Re-cycled
vehicles which are
manufactured articles containing metal and nylon or
carbon sulphur and other
AA Services
Serenja
landfill
Hazardo
Tyres
through
the
in
too bad a
polyester components, oils, carbon sulphur and other
agents
(some of which are
Storage
construction
us
supplier
condition to be
agents (some of which are regarded as commercially
regarded as
commercially
process)
or
reused
confidential
confidential).
treatment/dispos
Waste
Management
al option
Instruction 094
Non
Clean wood waste
Flammable. Preservatives may contain toxic
Recycle
ADES
Local
Local
Hazardo
Wood
and timber
(e.g.
substances, especially cadmium chromium, arsenic
Waste
Management
Local communities
communities
communities
us
crates, vegetation)
(CCA) based treatments.
Instruction 096
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 36 of 38
Waste Stream Register
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS DOCUMENT CAN BE FOUND AT
Created on 01/02/2011
Page 37 of 38
Waste Stream Register
6.0 Key Documents/Tools/References
See the Central Waste Management Website.
This document should be read in conjunction with Approved Waste Management Contractors: Azerbaijan AzSPU-
HSSE-DOC-00069-2 which over rides this document in terms of determining current routes/contractors for
management of wastes.
Revision/Review Log
Revision Date
Authority
Custodian
Revision Details
2005
REC Manager
WM Assurance
Issue
Advisor
29 September
Alan Jones
Vusal Mammadov
Content Revision
2008
22 April 2009
Ahsan Jafarov
Vusal Mammadov
Content Revision
11 October
Regulatory,
Waste Management
The document review deadline has
2010
Compliance
Specialist
been extended to allow detailed
and
review and organizational changes.
Environmental
Manager
Control Tier:
2
Revision Date:
11 Oct 2010
Document Number: AZSPU-HSSE-DOC-00084-2
Print Date:
2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED VERSION OF THIS
DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
Created on 01/02/2011
Page 38 of 38
AzSPU Water Quality Management Program
Page 1 0f 18
Water Quality Management Program
AZSPU-HSE-DOC-00125-2
Authority:
AzSPU Health Manager
Custodian:
AzSPU Environmental Health
Almaz Agazade
Specialist - Eldar Yarmamedov
Scope:
AzSPU
Document
Administrator:
Document Asset Technician Name
Issue Date:
01/04/2005
Issuing Dept:
HSE&TD
Revision Date:
20/06/2010
Control Tier:
2
Next Review
20/06/2012
Date:
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 2 0f 18
1.0 INTRODUCTION
This document outlines the standards for potable water quality, the actions required on non-
conformance with regulatory compliance and a summary of recommendations to minimize risk
of potable water contamination and referred to
“OMS Group Element 3.4 - Health and
Industrial Hygiene”.
In BP Az SPU facilities, potable water can either be provided
-
In bottles from an approved bottled water supplier
-
As above but via bottled water-dispensers
-
Via a desalination and purification plant (e.g. on an offshore drilling platform)
-
Water treatment system (e.g. site facilities along pipelines, offices, etc.)
-
Through a reliable mains water supply
BP Az SPU has adopted the World Health Organization (WHO) and European Union (EU)
Recommended Drinking Water Guidelines values as the basis for the drinking water
standards. The drinking water standards are meant to ensure the safety of drinking water
supplies through the elimination, or reduction to a minimum concentration, of those
constituents of water that are known to be hazardous to health. It also sets standards for the
aesthetic acceptability of drinking water by reducing or eliminating those water constituents
which, although of no direct consequence to health at the concentrations at which they
normally occur in water, may nevertheless be objectionable to consumers for various reasons.
This standard is designed to help you meet your responsibilities and understand the purpose
of monitoring and control methods.
Advice can also be sought through the Az SPU Health Team / Environmental Health
Specialist.
You can request water sampling any time you are in doubt as to the quality of drinking
water - for advice contact Az SPU Health Team / Environmental Health Specialist.
It is likely that there will be a water quality testing program in place, but if in doubt asks
the Health Team / Environmental Health Specialist.
Help with other aspects of water safety such as design of filtration or specific issues
can also be sought from Health Team / Environmental Health Specialist.
More detailed information about drinking water can be found in the Guidelines for Drinking
Water Quality published by the World Health Organisation (2004)
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 3 0f 18
2.0
DEFINITIONS
Potable Water
Potable water or drinking water refers to water which is safe to consume. Potable water must
meet the minimum standards in this document. Potable water must also be used in the
preparation of food, teeth cleaning, hand-washing, dishwashing and showering. (Non-potable
water may not be used for any of the above activities)
Non-Potable Water
This is water which is not fit for human consumption but can be used for industrial
applications, irrigation or toilet flushing. Non-potable water is any water which does not meet
drinking water standards due to pollution, lack of proper treatment, or exposure to
environmental contamination or is simply not intended for drinking purposes.
Bacteria
These are one-celled living microorganisms, some of which can have adverse health effects.
The presence of these can be identified in water. Control of microorganisms in potable water
is the most important water quality protection that a water supplier can perform.
Microbiological quality in drinking water distribution systems is measured by the presence or
absence of various bacteria measured in terms of Total Viable Count (TVC) of general
bacteria, Coliforms and Escherichia coli present in a sample. See Appendix B for more
information on water testing.
Biofilm
A slime layer of bacteria and other microorganisms, which naturally develop when bacteria
attach and grow on an internal surface of water mains. Once they are established they can be
difficult to remove. Preventative measures to reduce the risk of growth are necessary to
ensure that biofilms do not develop to the extent that this can have an adverse impact on
health.
Coliform Bacteria
Coliforms are a type of bacteria, which occur widely in the environment including surface
water, soil, and decaying organic matter. This group of bacteria includes the faecal coliform
group, which grows in the intestines of warm-blooded animals. While this group of coliform
bacteria are generally not harmful in themselves, they have long been used as an indication of
water quality and should not be present in potable water. One of the members of the coliform
group is Escherichia coli, the presence of which is used to indicate faecal contamination of the
water.
Chemical Oxygen Demand (COD)
Chemical Oxygen Demand or COD is a measure of the oxygen required to oxidize all
compositions, both organic and inorganic, in water and commonly used to indirectly measure
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 4 0f 18
the amount of compounds. Most applications of COD determine the amount of organic
pollutants found in water, making COD a useful measure of water quality. It is expressed in
mg/l, which indicates the mass of oxygen consumed per litre of solution.
Chlorine
Chlorine is the most widely used drinking water disinfectant in the world. Adding a small
amount of chlorine to drinking water destroys bacteria and other microorganisms. Chlorine is
added to drinking water as either a gas or after having already been dissolved in water.
Chlorine could be measured in the field using portable analytical instrumentation and should
be at a minimum level of 0.2 parts per million (ppm or mg/l) at the point of use. When the level
of chlorine at the point of consumption exceeds 0.5 parts per million, many people can smell
or taste chlorine in the water.
Chloramine
Chloramine is a combination of chlorine and ammonia, is widely used as a drinking water
disinfectant as an alternative to chlorine because it is longer lasting and has less of an odour
than chlorine. Adding a small amount of chloramine to drinking water protects the water from
bacteria and other microorganisms. In order to meet microbiological drinking water
regulations, it is recommended to add at least 0.2 parts per million of chloramine where water
enters the distribution system and be able to detect chloramine in 95 percent of the samples
taken from the water distribution system.
Conductivity
Conductivity is a measure of the ability of water to conduct electric current and is directly
related to the Total Dissolved Solids (ions) in water.
Corrosion
Corrosion occurs when metal is exposed to conditions, which cause the breakdown of the
metal through an exchange of ions. In water systems, this term generally refers to the rusting
of metallic pipelines. Over time, corrosion will weaken the structure of the metallic pipes,
resulting in leaks or breaks. Corrosion also can build up on the inside surface of the pipes,
reducing water flow and contributing to water taste, odour, colour problems and biofilm
growth.
Distribution Systems
There are various methods of transporting water including groundwater from wells to homes
and businesses through an interconnected grid of water mains, valves, storage reservoirs,
and pressure boosting or reducing facilities. This is generally referred to as the water
distribution system.
Hardness
Hardness measures the ease with which soap can be lathered. It is easier to produce a lather
using soft water. Water hardness is generally divided into the following categories.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 5 0f 18
Soft
0 to 75 parts per million
Moderately Hard
75 to 150 parts per million
Hard
150 to 300 parts per million
Very Hard
more than 300 parts per million
The level of hardness can be in direct proportion to naturally occurring minerals such as
calcium and over time is visible as a scale build e.g. on heating elements
Nitrates and Nitrites
Nitrates are compounds that can occur in both groundwater and surface water. Nitrates are
used mainly in inorganic fertilizers or can originate from animal waste. Over time, rainfall can
cause nitrates to percolate down through the ground and eventually reach the groundwater.
The formation of nitrites is a consequence of microbiological activity on nitrates.
Parts per million (ppm)
Parts per million or ppm are the quantity of one substance contained in one million units of
another substance and equivalent to milligram per litre (mg/l). This unit of measurement
commonly used to express a contamination ratio, as in establishing the maximum permissible
amount of a contaminant in water, land, air or other substances.
pH
pH is a measure of the activity of hydrogen ions (H+) in a solution and, therefore, it is an
indicator of acidity or alkalinity and is measured on a scale of 0 to 14. When the pH is below
7, the solution is acidic, and when it is above 7, the solution is alkaline and a pH of 7 is
neutral. PH values are calculated in powers of 10. The acidity of a solution with a pH of 1.0 is
10 times greater than a solution with a pH of 2.0.
Total Dissolved Solids (TDS)
The Total Dissolved Solids or TDS is a measure of all the solids dissolved in the water. TDS is
an indicator of the mineral content of the water and can include calcium, magnesium,
potassium, sodium, chlorides, sulphates, carbonates and bicarbonates. The higher the TDS
the harder it is for the chlorine to carry out its work.
Trihalomethanes (THMs)
Trihalomethanes or THMs are several synthetic organic compounds formed when chlorine or
bromine combine with organic materials in water. Trihalomethanes are produced when water
is disinfected with chlorine and the chlorine reacts with naturally occurring organic matter
found in all waters. Dependant on geography, various levels of natural organic matter will
emanate into a water distribution system.
Turbidity
Turbidity is a measure of the cloudiness of water, including clay, silt, organic and inorganic
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 6 0f 18
matter, algae, and microorganisms. High turbidity can cause disinfectants
to
become
ineffective.
3.0 SCOPE
This standard is aimed at both onshore and offshore installations including:
-
Offshore drilling platforms and supply vessels
-
Terminals and pump stations
-
Catering facilities
-
Offices
-
Camps and guesthouses
-
BP provided accommodations
This standard related to water used for the following purposes:
-
Potable water used for cooking and food preparation
-
Potable drinking water
-
Water used for cleaning and dishwashing in food preparation areas
-
Water used for personal washing and showering
The standards provided in this document are based on information available from sources
such as the World Health Organisation and EU Drinking Water Guidelines (see references)
and are not intended to replace or duplicate such guidelines rather to summarise and present
an example of best practice.
4.0
RESPONSIBILITIES
4.1
Health Manager or Designee
It is the responsibility of Az SPU to ensure that potable water supplies do not pose any health
hazard to employees by:
Ensuring policies and procedures are in place to prevent contamination of drinking-
water supplies.
Ensuring procedures are in place for the proper treatment and distribution of drinking
water.
Regularly monitoring drinking-water qualities of health and aesthetic significance
following prescribed monitoring methods and schedule as stipulated in this standard.
Investigating and taking remedial actions when any of the parameters are exceeded.
Reviewing the parameters for testing water and the frequency of testing to ensure it is
relevant to the needs of the business in controlling the risk and providing suitable
surveillance.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 7 0f 18
4.2
Site Management
Site / Unit Management shall be responsible for:
Ensuring that adequate provisions are made for the supply of potable and non-potable
water.
Ensuring that a suitable and sufficient water quality risk assessment has been carried
out with regard to the hazard from contamination
(including risk from E. coli,
Legionella, chemical factors, etc.).
Appoint a person from within their organisation to be responsible for maintenance of
water treatment plant, non-potable water distribution and potable water supply systems
and logs.
Ensuring that water testing program has been carried out in line with this Program and
complied with the results of water quality risk assessment.
Notify central HSE of potable and non-potable water sources and storage facilities
(capacity, material etc.), extraction and treatment methods.
Ensuring that non-potable water supplies are clearly labeled as not suitable for
drinking.
Ensuring that workers are educated on water disinfection as appropriate (boiling,
chemicals, etc.)
Ensuring an adequate supply of bottled / potable water is available at sites where the
site fixed supply is of non-potable quality only.
Notifying any changes in water supply such as in-line filters being installed.
4.3
Supply Chain Management
Ensuring that all contracts clearly state areas of responsibility for the supply of
bunkered, tankered or bottled water and that all such provisions comply with this guide
and any legislative requirements.
Arrangement of audits of potable and non-potable water production and management
arrangements.
4.4
Supply Service Providers
Supply Service Providers shall be responsible for:
Compliance with contractual conditions.
Ensuring that suitable procedures are in place for the provision potable water delivery
to BP Az SPU installations whenever this service is provided.
4.5
Environmental Health Specialist, AzSPU
Environmental Health Specialist shall be responsible for:
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 8 0f 18
Carry out or where it is appropriate support Operations Health Advisor in suitable and
sufficient water quality risk assessment with regard to the risk from contamination
(including risk from E. coli, Legionella, chemical factors, etc.).
Identify, assess and select water-testing laboratories. Ensuring that water-testing
laboratories‟ quality control and quality assurance systems are complied with
international and company requirements.
Ensuring routine monitoring of water quality in the facilities under responsibility of
Health Team is undertaken in line with legislative and company requirements.
Collating and reviewing all potable and non-potable water examination results.
Providing advice and assistance as and when water fails to meet required standard.
Providing information and advice on new / forthcoming legislation or measures to
improve water quality.
Review and maintain this Program.
Ensuring lessons learned and best practices are communicated between operational
sites.
Review and audit potable water supplies to ensure acceptable standards are being
applied.
4.6
Health Advisors, Operations
Operations Health Advisors shall be responsible for:
Carry out suitable and sufficient water quality risk assessment with regard to the risk
from contamination (including risk from E. coli, Legionella, chemical factors, etc.).
Ensuring Operations routine monitoring of water quality is undertaken in line with
legislative and company requirements through determination of sampling points and
frequency for different water tests.
Review water testing results and communicate recommendations as appropriate.
Track water quality improvement actions.
Report imminent risk associated with water quality to site management and
recommend solutions.
Ensuring lessons learned and best practices are communicated to operational sites.
Co-ordinate Operations water quality management with Environmental Health
Specialist.
5.0
QUALITY CRITERIA
Water can transmit infectious diseases as well as chemical contamination. The major
infectious diseases in this category include: Hepatitis A, Polio, Cholera, Typhoid, Amoebiasis,
Giardiasis, Cryptosporidiosis and Legionellosis. Water borne infectious diseases are mostly
due to the fecal contamination of drinking water due to the following factors: poor sanitation
and lack of sewage systems; lack of running water and water distribution system malfunction;
improper or inadequate water treatment systems; poor hygiene practices. This contamination
can be indicated by the presence of Coliforms or such bacteria as Escherichia coli.
Sometimes chemical
(e.g. heavy metals, pesticides, fertilizers, hydrocarbons, etc.) or
radioactive contamination of water can be responsible for adverse health effects. This may be
more likely if there are current or past industrial processes near the water source.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 9 0f 18
Therefore, the objective of any water quality monitoring and management program is to
ensure that water is potable i.e. water is safe for human consumption, contact with the skin or
to prevent any possible adverse health effects as a result of the inhalation of associated
aerosols.
The standards adopted for potable water (Drinking Water Standards) are laid down by the
World Health Organisation and EU Council Directive 98/83/EC (see section 7).
Water supplies shall be tested for potability only by a competent / trained person at intervals
outlined further below in this document. All results from potable water tests are notified in
accordance with the procedures laid down in this standard.
As an additional means of confirming the efficacy of precautionary measures taken against
contamination of water systems with the Legionella bacterium, hot water systems shall be
sampled on an annual basis.
Procedures for the collection of water samples are set out in Appendix A.
5.1
Bacteriological Quality
Analysis should be carried out by an independent and preferably externally certificated
laboratory.
Bacteriological samples shall initially be taken monthly from drinking water supplies. This may
be changed to quarterly for drinking water supplies if six successive samples are satisfactory
unless otherwise agreed (e.g. frequency of bacteriological tests can be modified as per risk
assessment outcomes).
If bottled water is used for drinking or food preparation it is important to ensure that the
supplier produces all relevant and valid national / international quality certificates and licenses
before signing the contract. It is further recommended to subject this water to bacteriological
testing by an independent laboratory for quality assurance at least twice a year. Note, that all
such samples shall bear no labels; shall be assigned special codes and properly registered
before they are sent to the testing laboratories (see Appendix A).
Unsatisfactory laboratory results shall be notified as soon as reasonable possible to the
Environmental Health Specialist immediately. The Environmental Health Specialist will then
advise on suitable remedial action to ensure potable water is available.
For more information on bacteriological parameters please see Appendix B.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 10 0f 18
Table 1
The following is given as general guidance only and more detailed advice will be given by the
Environmental Health Specialist on receipt of any unsatisfactory results.
Standard
Maximum
Action on Criteria Exceeded
1. Repeat sample(s)
Total Viable
2. Check residual Cl / ClO2 at point of use (min 0.2
Count
ppm)
(Bacterial)
3. Further failure - increase Cl / ClO2 to 0.5 ppm and
maintain until satisfactory results are obtained.
TVC at 22ºC
100 counts per ml
4. If improvements are not evident, seek advice from
TVC at 37ºC
10 counts per ml
Environmental Health Specialist.
1. Do not drink or use with ready-to-eat foods (i.e.
use boiled / bottled water. Water can be used for
cooking providing the temperature of the water
exceeds 75°C during the cooking process).
2. Super-chlorination of whole system including
E. coli / Total
0 per 100 ml
hoses ASAP as per UKOOA EH Guidelines (see
Coliforms
Appendix C).
3. Repeat sampling until satisfactory results are
obtained.
4. If improvements are not evident, seek advice from
Environmental Health Specialist.
Action levels following Legionella monitoring
Aerobic Count
Legionella bacteria
Action Required
cfu/ml at 30oC
cfu/l
(minimum 48 hours
incubation)
10 000 or less
100 or less
System under control
Review programme operation - A review
More than 10 000 and
More than 100 and
of the control measures and risk
up to 100 000
up to 1000
assessment should be carried out to identify
any remedial actions and the count should
be confirmed by immediate re-sampling.
More than 100 000
More than 1000
Implement corrective action - The
system should immediately be re-sampled.
It should then be „shot dosed‟ with an
appropriate biocide, as a precaution. The
risk assessment and control measures
should be reviewed to identify remedial
actions.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 11 0f 18
(Source: Legionnaires disease: The control of legionella bacteria in water systems. Approved
Code of Practice and Guidance. Health and Safety Executive, L8, 2000. HSE Books, ISBN 0
7176 1772 6)
5.2
Chemical Quality
Routine chemical examination shall be carried out by an independent and preferably externally
certificated laboratory. Chemical and physical parameters shall be determined and compared
to the water quality standards defined within this document.
Where any of the maximum acceptable levels are exceeded then advice will be given to the
user of this document by the designated member of the Health Team (Environmental Health
Specialist) on the suitability of the water for use or consumption and any remedial action
required. All water sources shall be subjected to a chemical analysis before use and annually
thereafter.
The full analysis below (see Table 2) shall be carried out for the first test on a new water
source. Thereafter the list of parameters shall be carried out on all samples at the frequencies
outlined further below in this document.
Chemical samples shall initially be taken quarterly from drinking water supplies. This may be
changed to 2 samples per year for drinking waters if six successive samples are satisfactory.
However, at times of high rainfall or other exceptional circumstances this policy may change
by notification from the Environmental Health Specialist. Frequency and scope of chemical
tests can be modified as per risk assessment outcomes.
It is advised that if bottled water is used for drinking / food preparation, ensure that the
supplier produces all relevant and valid national / international quality certificates and licences
before signing any contract. It is also recommended to subject this water to chemical analysis
once before use and thereafter.
Table 2
Standard
Provisional/Current
Significant Medical Risk
(Quarterly Test)
Guidance Value
(Limit of Acceptability**)
pH
5.5
- 9.5
-
Colour
< 20 mg/l (Pt/Co Scale)
-
Odour
3 dilution no at 25ºC
Conductivity
< 1500 S/cm
N/A
Turbidity
< 5.0 FTU
-
Total Alkalinity*
-
-
Total Hardness*
-
-
Chlorine (residual)
< 0.5 mg/l
Chloride (Cl-)
< 250.0 mg/l
500.0 mg/l
Nitrate (NO3)
< 50.0 mg/l
100.0 mg/l
Nitrite (NO2)
< 0.5 mg/l
3.0 mg/l
Sulphate (SO4) and
< 250.0 mg/l
400 mg/l
Ammonium (NH3 and NH4)
< 0.5 mg/l
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 12 0f 18
Chemical Oxygen Demand (COD)
< 5.0 mg/l
N/A
Copper (Cu)
< 2.0 mg/l
Magnesium (Mg)
< 50 mg/l
700 mg/l
Iron (Fe)
< 0.2 mg/l
4.0 g/l
Manganese (Mn)
< 0.05 mg/l
2.0 mg/l
Calcium (Ca)
< 100 mg/l
500 mg/l
Lead (Pb)
< 0.01 mg/l
Sodium or Natrium (Na)
< 200 mg/l
Zinc (Zn)
< 3.0 mg/l
Organo-chlorine pesticides
< 0.5 g/l total
< 0.1 g/l individual
Organo-phosphorus pesticides
<0.5 g/l total
< 0.1 g/l individual
Hydrocarbons; mineral oil
< 0.3 mg/l
Triazine herbicides
< 0.1 g/l individual and
total
Total Dissolved Solids
< 1000.0 mg/l
Cyanide (CN)
< 0.05 mg/l
Fluorides (F)
< 1.5 mg/l
Aluminium (Al)
< 0.2 mg/l
Arsenic (As)
< 0.01 mg/l
Barium (Ba)
< 0.3 mg/l
Cadmium (Cd)
< 0.003 mg/l
Chromium (Cr)
< 0.05 mg/l
Mercury (Hg)
< 0.001 mg/l
Potassium (K)
< 12.0 mg/l
Selenium (Se)
< 0.01 mg/l
Silver (Ag)
< 0.01 mg/l
Nickel (Ni)
< 0.02 mg/l
Boron (B)
< 0.3 mg/l
Bromate (Br)
< 0.01 mg/l
Trihalomethanes
< 0.1 mg/l
Trichloroethene
< 0.01 mg/l
Tetrachloroethene
< 0.01 mg/l
Acrylamide
< 0.0001 mg/l
* For water that has been softened or desalinated
** The upper notification value should be regarded as an intervention value.
Where no WHO Guideline exists the European Union maximum admissible concentration has
been used.
Incidents resulting from accidental contamination of potable water (e.g. hydrocarbon tainting)
should be immediately reported to Health Team / Environmental Health Specialist so that a
coordinated response can be initiated. This will include arranging for appropriate water
analysis and treatment advice to remove contaminant.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 13 0f 18
5.3
Legionella Prevention
Legionella pneumophila is the bacteria that can cause the condition Legionellosis or
Legionnaires‟ Disease, a severe form of pneumonia. Infection is attributed to inhaling aerosols
of Legionella contaminated water. Infection by drinking or person-to-person spread has not
been documented. Risks of developing the disease are believed to be low due to the many
vagaries of the organism, its need for aerosols, suitable infective doses and susceptible
individuals (smokers, the old and those in poor health).
Legionella organisms can colonise non-potable hot and cold water systems, particularly
humidifiers, calorifiers and shower heads where they can multiply under certain conditions
(e.g. temperatures between 20 - 40C, stagnant water and presence of biofilm / scale).
A risk assessment should be carried out by a suitably trained persons and appropriate
controls implemented to prevent any harm to health. Legionella tests should be carried out by
an independent and preferably externally certificated laboratory. For detailed guidance, on
how to assess the risks and on control options which are available, see references 7.0.
Briefly, to reduce the risk of Legionellosis, the main objective is to design, maintain and
operate water services under controlled conditions, which prevent or minimise the proliferation
of Legionella:
Design
Protect systems against external contamination
Avoid water stagnation by careful sizing of system capacity
Eliminate „dead legs‟ (static sections of a water distribution system)
Provide efficient heating for hot water systems & adequate insulation for all
pipes/fittings
Tanks, calorifiers etc. should be readily accessible for cleaning and disinfection
Operation
Establish effective control levels for temperature, biocide etc.
Ensure delivery of effective control levels by measurement
Maintain records of the procedures / precautions
Maintenance
Potable water system components require regular and routine cleaning, disinfection
and maintenance
Examples of a suitable proactive cleaning, disinfection and maintenance programs
strategy are outlined in Table 3.
Annual screening for Legionella to confirm efficiency of controls
See also:
“Az SPU Legionella Control Management Program”
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 14 0f 18
6.0
WATER QUALITY MANAGEMENT
Although the quality of generated (i.e. from reverse osmosis or distillation plant) or bunkered
water may generally be considered high it is unlikely to be entirely free of suspended solids
and micro-organisms and, as a result, storage and distribution systems are ultimately affected
by the accumulation of sediments and deleterious biofilms. When conditions are favourable,
harmful organisms that have colonised the system will multiply and seriously contaminated
water may be released to the workplace.
6.1
Maintenance and Monitoring
An appropriate planned preventive maintenance (PPM) regime is essential in preventing any
deterioration in water quality. Table 3 summarises the main contamination areas and the basic
steps to be taken to avoid or minimise bacteriological proliferation.
To ensure that a suitable system of preventative maintenance is put in place, management
shall identify a person from within their organisation to be responsible for producing and co-
ordinating a Potable Water System Maintenance Log. In addition to the information given in
Table 3 more detailed information may be required in the log depending on the type and
complexity of the system.
For most of our systems a relatively simple record should suffice which should include:
Identification of those responsible
System operating procedures and schematic/plan
Legionella risk assessment
Preventative maintenance & monitoring procedure (Including testing schedule and
record keeping)
Log of monitoring data (see Table 3 - Planned Preventative Maintenance Program).
Such a log should be regularly reviewed and updated as necessary to reflect changes and a
means of verification put in place that all planned preventative measures are being fully and
effectively implemented.
Table 3 - Planned Preventative Maintenance Programme
Contamination Source
Action
Frequency
Monitor / Log
Flush loading line
Each bunkering
Visual сheck
Test water every 6 months
Bunkered / tankered supply
for: appearance, taste, pH,
(supply route source)
odour, conductivity and
residual chlorine.
As per
As per
Compliance with
manufacturer‟s
manufacturer‟s
manufacturer‟s
Desalination / water
advice
maintenance
maintenance schedule.
purification systems (low
schedule
temp / filters etc.)
Test water every 6 months
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 15 0f 18
for: appearance, taste, pH
odour, conductivity, residual
chlorine.
Ensure only
designated food
Visual checks to ensure
Continuous
grade hoses are
correct hoses are used.
used
Bunkering hose (lining /
Cap and stow empty
Visual checks to ensure
stagnant water)
hose in designated
After every use
hoses are capped and
area.
stowed in designated area.
Super-chlorination of
hoses as per UKOOA
Every 3 months
Review maintenance log.
EH Guidelines (see
Appendix).
Sampling (high bacteria
counts - if surface water
has entered the well).
Keep area around
Daily
Visual check
well clean.
Cut back vegetation.
Weekly
Visual check
Supplies from Wells
Exclude animals and
non essential
At all times
Visual check
personnel
Check water run off
Monthly
Visual check
is away from well
At all time, except
Keep well cover shut
when maintaining
Visual check
equipment.
Public supplies:
Contamination of water in
See below
See below
See below
storage tanks
Treat incoming water
with Sodium
Check chlorine or
Hypochlorite or
Continuously
equivalent residual at least
Chlorine dioxide
weekly.
(min. 0.2 ppm)
Until water meets
Sampling (high bacteria
Use bottled water for
minimum
counts - if the public
drinking and food
microbiological
treatment system has failed
preparation
standards
or from contamination
during distribution).
Treat incoming water
with Sodium
Check chlorine or
Public supplies:
Hypochlorite or
Continuously
equivalent residual at least
Contaminated at point of
Chlorine dioxide
weekly
supply, storage tanks,
(min. 0.2 ppm)
vessels (coatings / bio-
Visual inspection of coating
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 16 0f 18
fouling)
condition, sediment and
Visual inspection
Annual
presence of biofilm build-up
Maintain records of checks
and any action taken. Entry
permission is required.
Entry inspection:
Visual inspection of
repair, recoat, clean,
structure, corrosion and
disinfect as required
5 yearly
condition of coating.
and then follow
Maintain a record of checks
super-chlorination.
and any action taken.
Calorifiers / Hot Water
Heaters / Storage Tanks
TºC check (> 60ºC)
Monthly
Temperature log.
(stratification / sludge)
Blow down where
As per manufacturer
specified by
instruction
Review maintenance log.
manufacturer
Auto-chlorination
Weekly
Residual chlorine (0.2 ppm)
On-line treatment
(reduced efficiency)
UV-units checks and
As per manufacturer
Trip / alarm device.
maintenance
instructions
Filters / Ion Exchange
Inspect, clean,
Resins / Humidifiers /
change, back-flush,
As advised by
Maintain a record of checks
Boilers (scale build up / bio-
etc.
manufacturer
and any action taken.
fouling)
Water quality
Quarterly sampling
Review lab results
monitoring
De-scale and
Maintain a record of checks
disinfect shower
Monthly
and any action taken.
Pipe work / Dead legs /
heads
Outlets (scale / bio-fouling)
Maintain a record of checks
and any action taken. Hot
(furthest from calorifier)
Temperature check
Monthly
minimum temperature of
>60ºC after 1 min that taps
has been running. Cold
(furthest from tanks) <20ºC.
7.0
REFERENCES
World Health Organisation International Standards Guidelines for Drinking Water 3rd
Edition 2004
EU Legislation - Council Directive 98/83/EC on the quality of water intended for human
consumption.
OMS Group Element 3.4 - Health and Industrial Hygiene.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 17 0f 18
Occupational Safety and Health Administration
(OSHA)
- Sanitation Standard
1910.141 (a), (b).
Guidelines for Environmental Health for Offshore Installations (UKOOA), January 1996
(under revision).
The Control of Legionella Bacteria in Water Systems - Approved Code of Practice and
Guidance, HSE 2000.
The Control of Legionella in hot and cold water systems, HSE MISC150, 1998.
“BP Az SPU Legionella Control Management Program”
Guidance on the design, supply, storage, treatment, distribution and BP Group
Engineering Recommended Practice RP 60 - 5 „Potable Water Systems‟.
Revision/Review Log
Revision Date
Approval Authority
Custodian
Revision Details
01/04/2005
AzSPU HSSE VP
AzSPU Health
Initial issue
Manager
01/11/2007
AzSPU Health
Occupational Health
Periodic review
Manager
and Food Safety
Almaz Agazade
Advisor
Eldar Yarmamedov
20/05/2009
AzSPU Health
Food Safety and
Changed Action levels
Manager
Hygiene Advisor
following Legionella
Almaz Agazade
Eldar Yarmamedov
monitoring in section
5.1. Added new Table
1 B.
20/06/2010
AzSPU Health
AzSPU Environmental
See below
Manager
Health Specialist Eldar
Almaz Agazade
Yarmamedov
Front Page: Custodian title; Revision date and Next revision date are changed.
1.0 Introduction: Added reference to OMS Group Element 3.4 - Health and Industrial Hygiene.
PU Health Advisors changed to Operations Health Advisoers
4.5 Responsibilities: Central Health Department changed to Health Team.
PU Health Advisors changed to Operations Health Advisors.
4.6 Responsibilities: PU Health Advisors changed to Operations Health Advisors.
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms
AzSPU Water Quality Management Program
Page 18 0f 18
PU changed to Operations.
7.0 References: Added reference to OMS Group Element 3.4 - Health and Industrial Hygiene
Control Tier:
<<2>>
Revision Date: <<20/06/2010>>
Document Number: << AZSPU-HSSE-DOC-00125-2>>
Print Date: 2/1/2011
PAPER COPIES ARE UNCONTROLLED. THIS COPY VALID ONLY AT THE TIME OF PRINTING. THE CONTROLLED
VERSION OF THIS DOCUMENT CAN BE FOUND AT http://docs.bpweb.bp.com/dkazspu/component/hssesms