1

KING SALMAN INTERNATIONAL COMPLEX FOR

MARITIME INDUSTRIES AND SERVICES (MYP)
PACKAGE # 4, 5 & 6

CONSORTIUM of BRANCH OF
SINOHYDRO CORPORATION COMPANY LTD
and
SEPCO ARABIA COMPANY

Contract No. : 6600042823 (IK) Document No.: SAC-MYP-HSE-PLN-0012

WASTE MANAGEMENT PLAN (WMP)

Arif Hussain Musawar Rasool Zhou Gang

Information
1 June-1-2024
/Records
Env.Coord HSE Manager PM/CR

Rev. Date Status Prepared by Checked by Approved by

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Table of Contents

1.0 INTRODUCTION & OBJECTIVE.................................................................................................3

2.0 PURPOSE & SCOPE. ............................................................................................................. 2
3.0 ABBREVIATIONS ................................................................................................................. 2
4.0 DEFINITIONS .......................................................................................................................3
5.0 TYPES OF WASTE GENERATED
5.0 HSE & THIRD-PARTIES ORGANIZATIONAL ROLES AND RESPONSIBILITIES .............................. 4
4.1 PROJECT MANAGER ...................................................................................................................4
4.2 ENVIRONMENTAL COORDINATOR .......................................................................................4
4.3 SITE HSE SENIOR SUPERVISOR .............................................................................................. 5
4.4 CONSTRUCTION HSE SAFETY OFFICER(RESPONSIBLE FOR ONSITE WASTE
MANAGEMENT) ........................................................................................................................................5
4.5 ALL PROJECT SITE
EMPLOYEES.........................................................................................................
4.6 EMPLOYEES WORKING DURING EXTENDED HOURS ...................................................6
4.6 ALL WASTE TRANSPORTER THIRD-PARTIES(REQUEST LIVE LOCATIONS/RETAJ &
EXERA)...........................
5.0 WASTE MANAGEMENT(6 STEPS - 5.2-5.7) ............................................................................8
5.1 WASTE MANAGEMENT POLICY(CP-51)
5.2 WASTE COLLECTION(70%)
5.3 SITE WASTE CLASSIFICATION(WASTE CLASSIFICATION-MAY 2014/PME) & WASTE
SEGREGATION ................................................................................................................................................ 9
5.4 STORAGE (TEMPORARY) ............................................................................................................12
5.5 WASTE RECYCLING & REUSING OPPORTUNITIES(3R'S-HIERARCHY OF
WASTE/OBJECTIVES & TARGETS)PRCHS ............................................................................................ 13
5.6 TRANSPORTATION(VEHICLE REQUIREMENTS) ................................................................... 13
5.7 DISPOSAL ............................................................................................................................................ 14
5.8 CONTROL MEASURES FOR WASTE REDUCTION AND ASSESSMENT(SAEP 1661) ....... 15
5.10 WASTE TRACKING(WASTE MANIFESTATION)& MONTHLY KPI'S REPORT.................13
6.0 TRAINING MATRIX & WASTE MANAGEMENT AWARENESS TBT............................................19
7.0 WASTE MONITORING WITH SITE LOG ................................................................................20
8.0 WASTE AUDITING ............................................................................................................. 21
9.0 COMPLIANCE REVIEWS(WMP TO BE READILY AVAILABLE AND FOLLOWED) ........................22
10.0 APPENDICES: .................................................................................................................... 22
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1.0. INTRODUCTION AND OBJECTIVES:

A waste management plan is the written record of what must be done to achieve the goals
organization has set for managing construction waste.
SEPCO ARABIA, a Power Construction Corporation, will manage all the waste generated
from its scope of work inside its physical boundaries for one of the IMI’s projects of King
Salman International Complex for Maritime Industries and Services Projects, Ras Al-Khair.
‘Reducing the waste by 3R’s, it’s best management and reducing its environmental and
health hazards’ continuously in the best possible way to a minimum is the main objective
of this waste management plan.
Ensuring mitigation of the environmental and health risks associated with indiscriminate
waste generation, storage and disposal etc. and the pollution of natural resources such as
land, sea, and air. Effective waste reduction by reduce, reuse and recycle methods as
compared to the previously calculated values, every month and every year to preserve the
natural resources is also a key objective of this waste management plan.

2.0. PURPOSE AND SCOPE:

This “Waste Management Plan " (WMP ) is designed to meet the minimum Environmental
Provision and requirements and to provide effective methods for handling, collecting,
storage, recycling and reusing, transport, treatment and disposal of different types of
waste by the approved sub-contractors at the approved facilities generating during the
project construction for prevention of potential pollution or contamination during the
SEPCO activities.
The main purpose of this plan is to be consistent with using the totally latest techniques
and strategies to deliver the awareness and training regarding the proper waste
management and reduce the amount of waste going into the landfill to achieve the "ZERO
ENVIRONMENTAL RELEASE” Goal presented in the loss prevention program. It will also
consider to increase the waste recycling and reusing opportunities.
This document applies to all the SEPCO activities, products and services inside the
sepco’s scope of work boundaries for King Salman International Complex for Maritime
Industries and Services Project, Ras Al-Khair including all sepco departments, sepco
parties and individuals, internal and external sub-contractors and suppliers or any third-
party service providers.
This document covers Sources and Disposal methods for all liquid and solid wastes, fully
in accordance with the provision of the following:

 Total Energies HSE Requirement 5.9 Environment Protection

 SEPCO HSE Management

3.0. ABBREVIATIONS:

The abbreviations listed, when used in this WMP, shall have the meanings as described
here below:

EC: Environmental coordinator

BBS: Behavior Based Safety
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WMP: Construction Waste Management Plan

ESIA: Environmental and Social Impact Assessment
HSE: Health Safety and Environment

MSDS: Material Safety Data Sheet

MEWA: Ministry of Environment, Water and Agriculture
Sub-Contractor: Authorized Enterprise to carry out construction activities on behalf of the
CONTRACTOR.
TCF: Temporary Construction Facility
EED: Environmental engineering department

4.0. DEFINITIONS

Waste: A waste is any residue of a production, transformation or utilization process, any

substance" material, product, or more generally, any mobile goods abandoned or which
the Owner or Holder intends to abandon. This definition excludes atmospheric emissions
and produced waters.

Waste Management:

COMPOSTING: Anaerobic, biological Process in which organic wastes. Such as kitchen or

agriculture waste are converted into stable granular material which can be applied to land
to improve soil structure and enrich nutrient content.

Hazardous Waste: Wastes may be defined as hazardous on the basis of waste

characteristics (e.g. Flammable, Ignitable, Toxic, Mutagenic, Reactive, Corrosive, etc.) or
waste may be defined as hazardous on the basis of 'Listing' (i.e. are any components of
the waste stream listed as hazardous; in US EPA. or other Valid classification system.

Incineration: The controlled combustion of waste to reduce its volume or Toxicity.

Inert Waste: Inert wastes are those wastes which are not biologically or
chemically active in the natural environment, such as glass, concrete, brick
materials, and broken clay and manufactured rubber products.
Landfill: Area of land, typically a void from previous mining or quarrying, or
specifically engineered, in which waste is systematically deposited. In areas
where there is no available void, the process is referred to as land rising and
waste is deposited on the land surface.
MEDICAL WASTE: Any wastes made in whole or part of human tissue, animal
tissue, blood or other body liquids! Secretions, drugs or other pharmaceutical
products, bandages" syringes, needles or other medical sharp objects, or any
other wastes whether contagious chemical or radioactive produced by medical
activities, nursing. Treatment, medical care, dental, veterinary or
pharmaceutical or processed activities or others, tests, research works or study
materials or sampling or storage of the same.
Minimization: See reduction.
Non-Hazardous Waste: Non-hazardous waste means waste which is not
classified as Hazardous waste.
Radioactive Waste: Any waste containing radionuclide (i.e., a nuclide that is
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Radioactive). Frequently categorized according to activity content and other

criteria as low level, intermediate level and high level waste. Disposal of
radioactive waste is subject to national and international legislation.
Recycling: The reprocessing of waste into the same or a different product.
Typical recyclable wastes include glass, paper, plastics etc.
Reduction: Process of reducing the quantity of waste produced through the
review of operational practices and optimal use of raw Materials.
Re-use: The Re-use of a material without reprocessing.
1)Waste Originator: Contractor and its Subcontractor(s) waste originator.
1)Waste Producer: Contractor Subcontractor(s) waste producer.
3)Waste Receiver: Authorized persons, sections, departments, or companies,
whose business concerns the collection, treatment and disposal of waste on
behalf of the waste producer. Waste Treatment Physical, chemical and
biological processing of waste in order to make it harmless, reduce its volume
or for recycling.
TYPES OF WASTE:
The following different types of waste will be generated at the facility:
Solid waste Liquid waste
Concrete, sand and stone waste Chemical & paint waste
Wooden waste & scrap rebar Used oil
General waste Used Printer ink
Food waste Used cooking oil
Empty paint cans and oil barrels Abrasive waste
Oily rags & filters Sewage(site & camps)
Hazardous medical waste & Waste waste water(washing areas etc.)
asbestos
Lead acid batteries Spillages recovery waste
Contaminated soil and sand
Tonner cartridges
garbage
Workshop maintenance parts waste
STP maintenance waste & sludge etc.
Bentonite mixed waste
rubbish

1.0 HSE SITE ORGANIZATION, ROLES AND RESPONSIBILITIES

1.1 Project manager:
The Project Manager is responsible for site compliance with and the
implementation of the Environmental Management Plan (EMP) and the Waste
Management Plan (WMP) for ensuring that SEPCO ant its Subcontractor(s)
complies with the requirements set out within these plans, programs and
procedures in accordance with their contractual obligations.
1.2 Area HSE Supervisor:
The SEPCO Site HSE Supervisor is responsible for the implementation of HSE
procedures and regulation at site and will focus on ensuring that the SEPCO
HSE Team, Subcontractor(s) and all site workers operate systems of work in
compliance with the SEPCO HSE’s WMP, the Construction Waste
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Management Program. In addition to the prescribed general roles and

responsibilities for the WMP will be achieved by:
Ensuring that SEPCO and all Subcontractor personnel are trained in the
requirements of the WMP..
Ensuring all staff has been given adequate awareness training to enable them
to carry out their duties in a manner that will enable compliance with this plan.
He is responsible for all the waste operations in his area and a proper waste
management. He will assess and prepare his area regarding the waste
management prior to any coming audit, any official visit or any third-party
inspection.
Environmental Coordinator:
As mentioned in the Contract Schedule D the "Environmental Coordinator" shall
be appointed by SEPCO. He must revise the WMP according to the scope,
process change etc atleast annually and coordinate in the proper maintenance
and implementation of the WMP across the SEPCO’S scope of work. The
environmental Coordinator should have responsibilities for environmental
issues. He has the "Duty of Care" to ensure that all wastes generated on site
are properly handled and sensibly disposed and audit the site as per the plan.
The "Environmental Coordinator" is responsible for developing, maintaining,
checking the implementation of, and updating the WMP. Specifically,
the ”Environmental Coordinator" has the following responsibilities:
 Obtaining complete inventory of all Energies waste streams:
 Developing waste management policy, handling/disposal procedures and
flowcharts;
 Assisting the waste producer in the development of waste minimization
strategies;
 Developing, maintaining and updating individual waste recording, tracking
waste streams based on a database.
 Informing of, applying current and emerging waste management regulations.
 Co-ordination among all parties concerned with waste management.
 Advising producer and waste receivers where necessary.
 Auditing waste records, tracking system and treatment and disposal
methods.
 Preparing waste education / awareness campaign and presentations.
 Finding specific solutions for waste management issues.
 Ensuring the internal and external reporting to Total Energies and Local
Authorities.
 Managing and controlling the overall onsite implementation of the WMP.
 Assisting the organisation’s contract department to hire the qualified entities
to properly handle and manage the waste.
 Ensuring the availability of competent personnel and other resources
needed for carrying out the plan.
 Assisting the site management in auditing and reviewing the WMP.
 Reporting of progress to HSE Manager.
 Ensures implementation of audit.

1.3 Area safety Officer:

The "safety officer" will be responsible for facilitating the implementation of the
WMP and ensuring, where possible, that waste is avoided and where waste is
generated, it is properly recycled, reused or disposed properly. The safety
officer shall be reporting to the Environmental Coordinator and his
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responsibilities will include, but not be limited to:

 Periodically review and monitor compliance with all applicable Total
Energies waste management standards and guidelines discussed in this
plan.
 To discuss waste management activities everyday in their TBT and also
involve the equipment operators shifting the waste to manage the waste
properly in and maintain the waste station areas.
 Determine the most cost-effective and efficient means of source reduction.
 Recycling and reusing of waste, storage, collection, and/or disposal of
waste.
 Verify the waste generated and removed accordingly and the amount of
waste trips collected and sign the delivery notes on spot and maintain the
site waste log on a regular basis which reports the types and total quantity
of waste generated onsite.
 Properly coordinate with the third-party’s waste transporting companies
regarding the welfare facilities by assessing the number and amount waste
skips and toilets location-wise and report to the environmental coordinator.
 Serve as installation point of contact for questions, complaints, or other
notification or arrangements and create recycling and reusing
opportunities.(to implement 3R’s-refuse,reduce,reuse).
 Ensure that the waste material containers and waste stations are
maintained in sound conditions by barricading and relevant posters along
with his name and designation being posted out there.
 Ensure that the Environmental Coordinator is notified of the potential
presence of hazardous materials and its timely arrangement.
 Ensure that any spills or potentially contaminated soils identified are
isolated and the environmental Coordinator has been informed.
 Ensure that the waste is stored safely and in environmentally friendly and
acceptable manner.
 Review the use and maintenance of waste storage area on site.
 Push the sub-cons to replace all the skips in his area before over flowing
and report any issue timely.
 Continuously engage all the site personnel including our sub-cons,
whatever department, field or company they will belong to, in the daily
waste management handling and strategies.
 Closely monitor and supervise all his areas of responsibilities especially
during the lunch and night extended hours for any waste disposed off in
undesignated areas and report to his area HSE supervisor because mostly
the issues that we will face, will generate in the extended hours

1.4 All Project Site Employees:

The workforce has a "Duty of Care" to handle all waste generated in the line
with the plan and have the following responsibilities:
 Co-operate with the all site HSEO’s and other responsible persons to
ensure the effective implementation of the WMP.
 Put all the waste only in the appropriate labeled containers provided for it.
 Participate in all the waste management plans, including waste segregation,
reduction, re-use, and recycling opportunities.
 All the equipment operators including loader and JCB etc. drivers must
collect and dispose the waste into the designated waste skips in the way
that no waste is over-flowed or lying outside any waste containers to avoid
public nuisance and observations.
 All employees have the duty to clear their areas of all the waste and shift all
the unwanted materials before leaving their site and area of responsibility.
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 All SEPCO and third-party waste collectors, haulers and drivers will
coordinate with area HSEO to ensure that no waste remains, falls off on the
way during transportation, or remains unpressed in the skips or lying
outside of the skips.
 Immediately inform the site HSEO’s upon seeing any solid, liquid or any
suspicious waste lying unattended, in unapproved or unlabeled plastic
containers at anywhere at site.
 Not to throw any waste anywhere except the designated waste bins or skips
or feed anything at site or camps as it will attract all animals, rodents and
promote diseases etc.
 Must participate in every training, awareness, activities related to the waste
management and reduction to comply with this plan.

Employees working during extended hours(lunch time):

Most of the waste that is observed lying all around the site mainly
generates during the extended working hours(over time). So, it is their soul
responsibility to dispose all the waste and the head of the working unit, foreman
and the HSEO must supervise and ensure that all the waste is collected and
disposed in the skips in the designated waste stations before the over time
period ends; and make sure no waste or any food packaging or food boxes are
left behind which attracts all the rodents and animals.

ALL WASTE TRANSPORTER THIRD-PARTIES HAULERS/WENDORS(request

live locations/RETAJ & EXERA):

The following general responsibilities must be determined and fulfilled by

the approved third-parties’ waste transporting vendors or haulers and provide
all the renewed required documents to the admin department and
environmental coordinator prior to the expiry to comply with this plan by:

Provision of their updated Saudi Aramco and NCEC’s approved waste

transporting documents an approvals.
Provision of the approved facility’s disposal documents such as landfill
tickets etc.
Provision of the originally signed and stamped Saudi Aramco’s waste
manifestation forms(attached in the end) from the approved facility and ensure
that all types of wastes are properly disposed off at the approved facility.
Regularly send all the waste tracking pictorial data to the environmental
coordinator to ensure no waste is illegally dumped off-site.
Regularly visiting, communicating and attending the meetings at the
contractor’s office to discuss proper waste management strategies.
They will remove their skips before they get 100% filled or get over-flowed
to avoid attracting animals and rodents etc. or being blown by wind.
Timely provision of all the documents to the admin department for
permanent gate pass ID’s to avoid stoppage of the waste removal activities.
They must provide additional waste transporting vehicles and drivers to
carry out non-stop waste removal activities. The haulers must keep providing
their live locations to the sepco site HSE team upon request for tracking and
conformation purposes when there is any audit or inspection or emergency
situations at site regarding the waste operations.
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2.0 WASTE MANAGEMENT:

Waste management is the collective activity of monitoring, collection,
segregation, storage, recycling and reusing, transportation, and final disposal of
any type of waste in a proper way with regulations of the waste management
processes.
The public health requirements, limitations and procedures pertinent to
collection, storage, transportation, treatment and disposal of produced liquid
and solid wastes are set out in the following paragraphs.

2.1 FOLLOWING CORPORATE WASTE MANAGEMENT POLICY(CP-51):

The Saudi Aramco’s corporate
waste management policy CP 51 will be incorporated in all the waste operations
being carried out in all the SEPCO’S scope of work which aims to deliver best
practicable environmental options(BPEO) and strive to embed circular economy
principles into its waste management business model. It creates opportunities and
new strategies and targets for waste reduction and using recycling and reusing
techniques.

WASTE COLLECTION:
After a proper housekeeping and materials arrangement, the first step in the
waste management is to smartly collect all types of wastes from all the site
areas by the SEPCO's helpers assigned for only housekeeping to the SEPCO’s
designated temporary waste storage area or the waste collection station. Waste
is also collected by the approved third-party’s waste vendors as per the
schedule.
Waste collection points will be barricaded, maintained and the workers wil be
encouraged to use them instead of throwing or keeping the waste somewhere
else. All the necessary required PPE’s should be used while handling any type
of waste.
As per RCER-2015-VOLUME 1-FINAL:
 containers, on-site collection systems, and storage areas for municipal waste
shall be selected and designed to prevent the accumulation of refuse and the
creation of health and fire hazards or nuisance.
 Containers shall be selected for the specific service intended, and shall be
equipped with tightly fitting lids for all municipal wastes except for those used for
inert, non-blowing wastes. The selected containers shall be reusable and be
constructed of corrosion resistant metal or other material that shall not absorb
water, grease, or oil. The containers shall be leak-proof. Lightweight plastic or
paper bags shall not be used as containers.

NOTE: The hazardous waste must be completely separately collected,

transported and stored from the non-hazardous waste.
Waste will be collected, covered and temporarily stored inside the building in
case the waste removal operations or services are, by somehow, non-
operational, to avoid auditors’/inspectors’/visitors’ observations and a large
scale onsite dumping of construction waste is not allowed which is left
unattended for a long period of time.
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2.3 SITE WASTE CLASSIFICATION & SEGREGATION:

After collection the next most important step is the site waste segregation
because it promotes recycling and reusing and it is the first successful step
towards a circularly economy initiative. For this purposes resources should be
provided like sufficient waste skips and bins, segregation posters, banners and
signages and the areas should be properly barricaded to handle, treat or dispose
of accordingly. Waste generated shall, through testing of the waste or knowledge
of the process by which the waste is generated, classify and store their wastes
into one of the following categories, as class I, II or III waste as specified in Saudi
Aramco Engineering Standard(SAES-S-007), as per Appendix E PME
Environmental Standards and GI 430.001 Waste Management.

All type of waste must be identified, segregated and stored according to the
correct color-coding as;
red for hazardous waste,
yellow for biohazardous/medical waste and
blue for general solid waste etc. and separate skips and areas must be
provided for all types of waste with proper arrangement.
NOTE:
 the hazardous waste must be segregated from the non-hazardous waste by all
means.
 Acids and bases waste must be segregated and flammable waste from the
oxidizing and acid waste.
 All the recyclable waste must be segregated to easily handle its collection and
disposal and to manage it properly for recycling and reusing purposes and to
promote the circular economy.

Class I Waste(Hazardous Waste):

Wastes, which constitute a high degree of hazard to the
public health and the environment. These include materials, which are
flammable, corrosive, reactive, toxic, radioactive, infectious, carcinogenic,
mutagenic or teratogenic. Refer to CU-22.03, Processing & Handling
Hazardous Material.
Class II Waste(non-hazardous bio-degradable Waste):
Non-hazardous solid wastes and dewatered sludges which
are biologically or chemically decomposable in the natural environment.
Examples include paper, dewatered digested sewage sludge, animal wastes,
garbage and other putrescible wastes.
Class III Waste(innert & non-bio-degradable & non water-soluble Waste):
Non water-soluble wastes which are not biologically or
chemically active in the natural environment. Examples include glass, wood,
inert plastics, rubber products, brick, concrete and clay.

Hazardous Waste:
These wastes are defined as any solid, semi-solid, liquid, or contained gaseous
waste, or combination of such wastes, which may because of its quantity,
concentration, physical or chemical characteristics pose a hazard or potential
hazard to human health or the environment when improperly treated, stored,
transported, disposed of or otherwise managed.
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The types of hazardous waste include:

 Asbestos:
includes materials containing a naturally occurring fibrous silicate mineral
popular in manufacturing and industry due to its strength, chemical and thermal
stability. All waste containing greater than 0.1% asbestos is classified as
hazardous waste. Types of asbestos waste are:
crocidolite (blue asbestos);
actinolite;
anthophyllite;
chrysotile (white asbestos);
amosite (brown asbestos);
tremolite products resulting from the primary crushing of asbestos ore.

 Batteries or Accumulators:
are a source of electrical energy generated by direct conversion of chemical
energy and consist of one or more primary (non-rechargeable) batteries or secondary
(rechargeable) cells, as listed below:
1) containing more than 0.0005 % of mercury by weight;
2) containing:
— more than 25 mg of mercury per cell, except alkaline manganese batteries,
— more than 0.025 % of cadmium by weight,
— more than 0.4 % of lead by weight.
3) Alkaline manganese batteries containing more than 0.025 % of mercury.
Batteries contain heavy metals such mercury, lead, cadmium and nickel which
can contaminate the environment when improperly disposed of.
Medical Waste:
refers to — Any waste which consists wholly or partly of human or animal tissue,
blood or other body fluids, excretions, drugs or other pharmaceutical
productsswabs or dressings, or syringes, needles or other sharp instruments,
being waste which unless rendered safe may prove hazardous to any person
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coming into contact with it;

—Any other waste arising from medical, nursing, dental, veterinary,
pharmaceutical or similar practice, investigation, treatment, care, teaching or
research, or the collection of blood for transfusion, being waste which may
cause infection to any person coming into contact with it.
Used Oil Fuel:
It is any oil that has been refined from crude oil, or any synthetic oil, that has
been used and, as a result of such use, is contaminated by physical or chemical
impurities.

Waste Oils:
These are any mineral-based lubrication or industrial oils which have become
unfit for the use for which they were originally intended, and in particular used
combustion engine oils and gearbox oils, and also mineral lubricating oils, oils
for turbines and hydraulic oils. (see also Used Oil Fuel).

NON-HAZARDOUS WASTE:
All the waste other than corrosive, reactive, flammable,
ignitable, toxic or is not included in the hazardous waste list, appendix A, table 1
of appendix E PME or having properties other than those mentioned in the list of
Hazardous Waste Constituents, Appendix B – Table 2 of appendix E PME.

Construction and Demolition Waste:

Arises from activities such as the construction of buildings
and civil infrastructure, total or partial demolition of buildings and civil
infrastructure, road planning and maintenance. It mostly includes brick,
concrete, hardcore, subsoil and topsoil, but it can also include
quantities of timber, metal, plastics and, occasionally, hazardous materials.

WASTE MANAGEMENT REGULATIONS:

RCER-2015-VOLUME 1-FINAL states that
Waste generated in the Industrial City shall be classified into one of the
following categories(from a to d):
a) Hazardous Industrial Waste:
These wastes are defined as any solid, semi-solid, liquid, or
contained gaseous waste, or combination of such wastes, which may because of its
quantity, concentration, physical or chemical characteristics pose a hazard or potential
hazard to human health or the environment when improperly treated, stored,
transported, disposed of or otherwise managed.
b) Non-hazardous Industrial Waste/Biodegradable waste: These wastes include
solid, liquid, semi-liquid or contained gaseous materials or wastes resulting from
industrial, mining, and agricultural operations and sludge from industrial,
agricultural or mining, water supply treatment, waste water treatment or air
pollution control facilities, provided that they are not hazardous, municipal or inert
wastes.The main areas include business premises like laboratories, factories,
mechanical workshops, hazardous liquids handling areas(poisonous and noxious
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waste) and related operations areas.

c)
d) Municipal Waste: Municipal wastes include garbage, refuse, food waste, office
waste, waste vegetation and other decomposable material resulting from
operation of residential, commercial, municipal, industrial or institutional
establishments and from community activities.
e) Inert Waste: Inert wastes are those wastes which are not biologically or
chemically active in the natural environment, such as glass, concrete, brick
materials, and broken clay and manufactured rubber products.

f) Sludge:
It refers to the semi-solids separated or settle down during the treatment of
municipal wastewater. It will be collected on a timely manner as a preventive
maintenance procedure and disposed of in the approved facility.
RECYCLABLE WASTE:
The easiest way to find out about the recyclable properties of any of the
products is to consult the information like a recyclable sign ( ) on packaging
of that item.

Liquid Waste
During the Construction activities the following types of waste water and
chemical wastes will be produced and managed:
 Sanitary Waste Water
 Hydrostatic Test Water & Flushing Discharges
 Chemical Cleaning & Treatment and expired chemicals
 Dewatering liquid effluent

5.2.1 Sanitary Waste Water:

Sanitary sewage generated on the construction site will be collected and
trucked to the sepco’s sewage treatment plant(STP) for treatment/recycling as
per SAES-A-104(Wastewater Treatment, Reuse and Disposal). All the camps
sewage is pumped to the STP through the sepco’s built underground sewers
system for disinfection.(treatment) All the sewage and waste water from the site
and the camps will be diverted to the government STP in Jubail, Jubail Al-
Marafiq STP when the sepco’s STP tanks are full.
Sewage sludge generated by the sewage treatment plant will be managed and
disposed of at an approved waste facility.
Regular inspection shall be carried out to check the correct operation of the
sewer system. if necessary, removal/suctioning of the accumulated materials
shall be done on a regular basis.
NOTE: SEPCO’S STP is approved by the EPD and this treated water is used
for irrigation purposes in sepco after its parameters are in normal range.

2.1 Hydrostatic Test Water & Flushing Discharges Sanitary Waste Water:
Disposal of waste water used for hydrostatic testing shall conform to
G.I.432.000 "Pipeline Hydrotest Water Disposal" controls the management of
hydrotest water.” and SAEP-327(disposal of wastewater from cleaning, flushing
and dewatering pipelines and vessels)Hydro test water shall be disposed of in
accordance with HSE plan, Hydrostatic test Flushing and Lay-up Procedures
Filtered hydrostatic test water will be re-used where possible after its third party
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lab’s report showed its normal parameters.e.g. hydrostatic test water may be re-
used from one section of piping, or vessels, to the next.
Uncontaminated hydrostatic test water may be used for dust control. However,
its discharges to marine environment is strictly prohibited prior to its
disinfection.Treatment (i.e., clean up) will occur if rubbish and debris are
present. Treatment will consist of removal of debris and rubbish. Otherwise, in
case oil sheen is observed or further contamination is suspected, the used
water will be collected and treated as "hazardous" waste.

5.2.2 Dewatering Effluent:

If dewatering is required, the discharge of such water shall always be tested by
the approved third-party’s lab. First time, the dewatering effluent should be
tested for parameters include TSS, trace metals, oil and grease, BOD, COD
and total coliform. Once it is found to be within PME Performance Standards
and Saudi Aramco Environmental Health Code(SAEHC)for Direct Discharge,
the number of parameters for periodical testing can be reduced to pH, TDS,
TSS and turbidity with pH, TDS (conductivity) and turbidity to be tested more
frequently on site.

SITE WASTE STORAGE:

Again it is our foremost duty that all types of waste must be identified,
segregated and stored according to the correct color-coding as;
red for hazardous waste,
yellow for biohazardous/medical waste and
blue for general solid waste etc. and separate skips and areas must be
provided for all types of waste with proper arrangement in place.
NOTE:
Storage of hazardous waste in unapproved, unlabeled or any plastic or drinking
water containers is not allowed and jerrycans to be used instead if the waste is
being used outside the storage area..

5.2.3 Waste water Management

The basic design of all waste water treatment units and the disposal of sanitary/industrial waste
water shall comply with Total Energies standard and Saudi government regulation and as per
SAES-A 104(waste water treatment, reuse and disposal). All the effluents must be monitored
and their parameters must be controlled.
The sanitary waste water management must also be done as per the requirements mentioned in
the SAEHC-S-02(SANITARY WASTEWATER AND SEWERAGE SYSTEMS).

5.2.4 Sub-Contractors for Waste Collection and Disposal

A subcontractor’s Licensee holder / Approved by Total Energies will be hired to
dispose of all kind of waste as per government rules and regulation and will
follow the SEPCO’s approved waste management plan.
5.2.5 Solid Waste
Solid waste landfill shall be designed and operated in accordance with HSE
Management Plan
2.2 Non-hazardous wastes
Following non-hazardous wastes are expected in Site and lay down yard:
Waste
Facilities Types Of Waste
Classification
Works
Papers ,Glass,Metals ,Garbage,Plastic Municipal
accommodation
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Utility
infrastructure Waste Water Municipal

Temporary Papers, Plastics, Waste

Municipal
Site Offices Ink,Cartridge ,Card boards
Inert (If Not
Excavation Soils/sand
Contaminated )
Hydro
Waste Water Non Hazardous
Testing

Construction Concrete ,Metal, Scrap etc. Inert

Waste Oil, Waste Paints, Batteries,

Laydown
Solvent, waste Containers, light Hazardous
Storage areas
bulbs Batteries

The majorities of non-hazardous construction wastes are expected to arise from

Workers accommodation, TCFs, and Utility infrastructure and will comprise
mainly garbage, discarded containers and office waste (e.g. cardboard boxes,
paper etc.)
2.3 Hazardous waste
Only small amounts of Hazardous Material Waste will be produced during the
Construction phase as mentioned below:
 Additives
 Solvents
 Thinners
 Cleaners
 Cutting oils
 Paints
 Contaminated rags, packaging and containers
 Adhesives
 Light bulbs
 Batteries
 Medical wastes
 Putrescent material

All these materials shall be duly collected in dedicated containers and disposed
at a SEPCO location that will be approved by Total Energies. Hazardous waste
should be 'temporarily stored 'under the shade. Hazardous waste will be
disposed of through PME approved hazardous waste management companies
who own disposal facilities.
Different types of hazardous waste shall be stored separately to avoid adverse
chemical reactions and facilitate eventual treatment Hazardous waste shall be
stored in tightly closed, leak proof containers made of or lined with, materials
that are compatible with the hazardous waste to be stored.
Putrescent waste is generated from organic materials i.e. residual food, shall be
collected separately from other waste and properly disposed at a designated
location that has been approved by Total Energies.
Containers shall be clearly marked with appropriate warning labels to accurately
describe their contents and detailed safety precautions. Labels shall be
waterproof, securely attached, and written in Arabic and English. Where ever
possible chemicals should be kept in their original container. There will be a site
specific’ contingency plan' for any emergency spill of chemicals or oil.
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The "Site Environmental Coordinator" shall maintain a register of all hazardous

waste and disposal methods. Safety Data sheets shall be consulted by the "Site
Environmental Coordinator".
Equipment, materials and skills shall be readily available to deal with spillages.
Any spill should be immediately cleaned-up and wastes properly disposed of.
Incident date, time, location, nature and estimated spilled products shall be
documented.
2.4 Site Waste Handling and Temporary Storage
All hazardous waste shall be collected separately, temporarily stored under
shade and secured and managed as per GI 150.100 HAZCOM and Saudi
Aramco’s CSM, specifically Volume II, Part 7, Sections 7.3 to 7.5 and 7.7 to 7.8
and Part 10, Section 10.6.
so that there will be no damage to the containers, unforeseen free spillage on
open ground, or improper disposal. Drummed hazardous wastes shall be stored
on a concrete base or equivalent to prevent any spillage or leakage to open
ground.
All waste generated on Site must be temporally stored in colored and labeled
drums I boxes I bins prior to disposal. SEPCO should have a designated and
signposted disposal point where waste is stored prior to its transfer to an
appropriate disposal facility.
All containers shall be stored on wooded skids. Drums should be stacked or
pallets or skids, no more than two drums height. The maximum width and depth
of a group of reactive or ignitable waste containers should not exceed the
equivalent of 8 (200 litter) drums wide x 8 (200 litter) drums deep. Each group
will be separated by at least a 5 foot-wide aisle from any adjacent group.
Containers holding ignitable or reactive waste will be set back at least 15
meters from the facility property line and 10 meters from any building. Drums
containing reactive or ignitable wastes will be place downwind of other
containers to prevent the spread of fire to them. Non-reactive or non-ignitable
waste containers will be stored in such a way that adequate aisle space is
maintained to ensure access for purpose of inspection, containment, and
remedial action. All waste shall be well sealed and protected from extreme
weather conditions such as heavy rains, strong winds and sand storms.
2.5 RECYCLING & REUSING OF WASTE:

Additional material storages will be built only for storing recyclable and reusable
materials and each sub-con will recycle or reuse them to prevent natural
resources from depletion; and all the site working teams should be
communicated as a training material and to raise recycling and reusing
awareness among them as part of the circular economy.
SEPCO shall investigate the possibility of segregation solid wastes for recycling,
considering-at minimum-cardboard and paper. Wood, steel, aluminum, glass,
concrete, Asphalt and demolition debris, and plastics. SEPCO shall estimate
the quantities of these materials to be produced during the course of the project
and identify facilities or elsewhere capable of recycling each type of material.
SEPCO shall submit to Total Energies a brief report of this study and implement
those recycling schemes which are economically feasible without subsidy.
The easiest way to find out about the recyclable properties of any of the
products is to consult the information like a recyclable sign ( ) on packaging
of that item.
The onsite recyclable & reusable waste that should be recycled and reused
include:
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 Sewage from the TCF’s

 Recyclable drinking water bottles and gallons and plastic bags
 Used oils
 Empty cans
 Used tyres
 Innert waste

2.6 Waste transport & Disposal Procedures:

EXPIRED CHEMICALS & CLEANING CHEMICALS WASTE:

As per Waste Management GI. 430.001, all the redundant, spent(after
cleaning or flushed water etc.)or expired chemicals shall be sent to the
Reclamation Chemicals Storage & Handling Facility according to the MSO's
Materials Instruction Manual Subject 13, Hazardous Material Topic 13.1,
"Processing Hazardous Material" or treatment or the final disposal facility by the
third-party approved waste vendors having registration with NCEC or MWAN to
the approved facility. For clarification, contact the Hazard Materials
Adviser(HMA) of Storehouse Operations.
Only approved and non-combustable containers should be used for handling of
the hazardous materials and all the containers must be properly labelled prior to
loading for disposal. The exact amount of the waste, originating and disposal
location and the method of disposal or treatment must be documented and
maintained. Transporting vehicles must be leak-proof and must be labeled with
fire diamond and all the personnel handling the chemicals must be trained with
HAZCOM as per GI. 150.100 and all other transporting and disposal
requirements must be met with RCER-2015-July-final standard.
Material Safety Data Sheets (MSDS) will be reviewed by subcontractors and the
information used to give the aforementioned trainings(hazardous materials
handling and precautions) to workers on the associated hazards and risk control
measures. Based on that evaluation, a management and treatment strategy will
be developed.

General Waste:
All the waste transporting vendors and the disposal facilities must be approved
and have all the documents updated and available. All the vehicles used for the
waste transportation shall be suitable and dedicated to the specific class of
waste so as to avoid mixing of different types of waste.
In particular the vehicles must be of such design and construction that no
dispersion of waste materials shall occur during transportation.
All vehicles transporting hazardous waste on site shall be provided with fire
prevention equipment (where needed) and a suitable Spill Absorbent Kit;
transporter shall carry in the vehicle details of contact phone numbers in the
event of an emergency. Spill absorbent materials and equipment's should be
available.
The containment compartment of storage collection and transfer devices and
vehicles shall be made of durable, impervious materials and shall be designed
such as to provide a watertight tank with smooth and easily cleanable surfaces.
The containment and appurtenances thereto shall be cleaned at least once a
week (more often if necessary) to prevent propagation of odors, insect, rodents,
or other nuisance conditions.
Storage, collection and transfer devices and vehicles shall be loaded and
operated so as to prevent dropping, leaking and sifting, blowing or other escape
of waste from the device or vehicle.
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Collection and transfer devices and vehicles carrying loads that are likely to
blown from the containment compartment shall have a cover which is either an
integral part of the vehicle, or separately fixed to the vehicle, with fasteners
designed to secure all sides of the cover to the device or vehicle. The cover
shall be used whilst the waste is in transit.

WASTE TRACKING:
It is the recording of information from the waste generator
about the quantity and type of waste produced; recording information about who
transported the waste and when; recording information from the waste receiver
about the quantity and type of waste received; and matching information about
the waste from both the generator and the receiver using the attached waste
manifest form.

3.0 TRAINING
Training on waste management segregation and on the Site Waste
Management Program must be presented by the Environmental Coordinator
following the waste hierarchy , to all personnel.
All employees shall be instructed prior to first starting work and subsequently
during toolbox meetings to avoid mixing of the various types of waste.
Drivers shall be instructed by their Employer on how to store the waste on the
vehicle, on the risks connected with the hazardous waste, the risk control
measures to be followed, and on what to do in case of emergency.
Further trainings include HAZCOM and recycling and reusing of innert waste(as
a part of circular economy initiative) trainings.

4.0 TRAINING MATRIX FOR THE WASTE MANAGEMENT:

TRAINING TYPE MANAGERS/ ALL SITE ALL SITE

ADMINS/CMD SUPERVISORS/ WORKERS/FOREMEN/DRIVERS/OPERA-
HSEO’S TORS & 3RD-PARTY’S WASTE VENDORS
Identification and YES YES YES
handling of waste
material

Waste segregation YES YES YES

& storage
Proper waste YES YES YES
transporting and
disposal
Dealing with NO YES YES
spillages

5.0 WASTE MONITORING

Waste monitoring is ensured by the implementation of the Waste Manifest. A
waste register must be developed on a monthly basis and compiled to reflect a
calendar year. According to different types of data shall be collected regarding
the waste generated from the construction activities including:
 Type of waste generated on site;
 Amount of waste generated on site;
 Segregation rates;
 Reuse on and off site, recycling rates;
 Diversion of waste from landfill;
 Wastage rates of different materials;
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 Costs and cost savings;

 Waste movements;
 Sources of waste;
 Waste profile over course of project;
 Levels of damaged materials;
 Materials removed from site to landfill on a works package basis;
 And imported recycled materials.
SEPCO shall be responsible to monitor the waste transporter and ensure that
the same quantity and type has reached to the pre-selected recycling/disposal
facility. ECCE shall also inspect waste disposal facility and ensure that his
waste has been recycled/ treated and disposed as JSDP requirements and
PME standards.

6.0 SITE WASTE LOG:

During the monitoring process, a site waste log, should be maintained at site by
the zonal HSE officer and it can be helpful to track the exact amount of waste
streaming.
The waste log shall include but not limited to as follow:

 Type of waste
 Waste classification as per Saudi Arabia legislation.
 Date generated.
 Estimated quantities generated.
 Name of transporter and disposer.
 Details of any disposal methods.
Environmental coordinator will develop and maintain the site waste log.

WASTE WASTE DATE WASTE WASTE DISPOSAL

TYPE CATEGORY GENERATED QUANTITY TRANSPORTER METHOD

HSE OFFICER: ____________ ENV. COORDINATOR: ____________

7.0 WASTE AUDITING

Waste auditing shall be conducted every 6 months with a report submitted to
Total Energies for review, comment, and approved. SEPCO is required to
submit to Total Energies HSE team a monthly report that will be included into
the overall Monthly HSE Report. The report shall include the following
information on each of the four waste management streams:
 Type and quantity of waste generated
 Temporary waste storage
 The type and quantity of waste reused, recycled, treated and disposed;
 A copy of waste manifest forms
 Management of waste storage area
 The name and address of waste transport company
 The name and location of waste destination facility
 Any accidental hazardous waste spills and clean-up procedures
 The waste monitoring and auditing activities
 Non-compliance issues
 Waste management training and awareness activities
 Any obstacles or problems encountered while implementing this WMP
 Quantities of materials recycled
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8.0 COMPLIANCE REVIEWS

 SEPCO and Subcontractor(s) Site HSE Management shall ensure the
availability, effectiveness and efficiency of the implementation of this
program across their own areas of operations, with surveillance undertaken
on a daily basis and formal inspections carried out in accordance with the
locally specified site inspection and audit schedules;
 Subcontractor(s) shall provide all relevant resources, documentation and
assistance for their own internal audits and for SEPCO audit and review of
their work.
 SEPCO and Subcontractor(s) shall ensure that any corrective actions
arising from HSE Audits and reviews, from whatever source, are closed-out
as soon as reasonably possible. Close-out of all corrective actions by the
agreed due date shall be considered mandatory.
 SEPCO HSE organization and implementation may be subject to audit by
Total Energies during the lifetime of the project. SEPCO shall provide
adequate time and resources for HSE audit and reviews conducted either
internally or by Total Energies.
 SEPCO shall develop a waste transfer note (manifest) system for approval
by Total Energies. Periodic audits of compliance with this procedure will be
executed by SEPCO HSE Management. This may comprise a quarterly
review-

Penalty fines:

a) Maximum fines that may be imposed for exceeding the applicable standard, breach
of permit and failure to comply with an abatement notice are set out in the
General Environmental Regulations.

b) The necessary standards that should be consulted regarding all the waste
management are:

 Appendix E PME

 GI 430.001, waste management

 RCER-2015-Volume-I-FINAL-Jul-2-2015 (SECTION - 5

WASTE MANAGEMENT and appendix D)

 SAEHC index

 SAES-A 104 etc.

 SA CSM
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APPENDIX A

MARITIME YARD DEVELOPMENT PROJECT(MYDP)

WASTE MANIFEST (serial no.)

Refer to GI. 430.001(Saudi Aramco 9564) Tracking no.
Waste Originator :

I Confirm that __________________(Quantity of waste) of __________________(Types of Waste,

Such as Oily Sludge, Oily water, Contaminated Product…) was loaded on __________________(Date
& Time) from __________________ (originating location and DPC) and will be transported
PART.1 to__________________ (Location for Safe disposal) as approved by EED and HMA.

______________________________________________
Name, ID no., signature & telephone no. of originator
Waste Transporter :

Contract no._________
I shall Transport the aforementioned waste to__________________. (location & DPC)
(Contractor transporter)
Name & telephone no. of the company transporting the waste
PART.2

______________________________________________
Name, ID/iqama no. & Signature of driver transporting the waste
___________
Vehicle plate#
Waste receiver :

I confirmed receipt of the stated waste ---------------------------- (quantity of waste) on ------------------

(Date & Time) at the above location and will be disposed of/treated as approved by EED.
PART.3 Method of disposal/treatment is --------------------------------(e.g. landform, tell weathering, incineration,
class 1 landfill etc.)

______________________________________________
Name, Id number & Signature of receiver.
Note:
1) For Further assistance, please contact the general supervisor of the environmental engineering
Division (EED)at 874-6426, fax 873-9331.
2) The waste originator shall fill in part 1 of this Form, retain one copy(yellow) for reference and follow-
up, and fax a copy to the general supervisor, EED and to the waste receiver.
3) The Waste Transporter shall complete part 2 and deliver the original and the remaining 3 copies to
the waste receiver.
4) Waste receiver shall fill in part 3 of this form; retain the copy(blue)and distribute the remaining
copies as follows: original(white to waste originator, 2 copies(pink to general supervisor, EED
E2670, Dhahran 3 copies(green) to waste transporter.
5) If the signed original has not been received within 2 weeks, the waste originator shall contact the
waste receiver and/or waste transporter to determine the fate of the waste.
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APPENDIX B

WASTE MANAGEMENT CHECKLIST

Contractor: Date/Time:

Location:

Key: IC-In Compliance. NI-Need Improvement. NC-Non Compliance. NA-Not Applicable

Container Condition Location 1 Location 2
所有容器都被都封闭的盖子担保吗?检查时间: All containers closed
with lids secured?

容器结构声 (即没有鼓鼓的脑袋，没有主要的凹痕，没有严重的生锈，没有泄漏)
吗? Containers structurally sound (i.e. no bulging heads, no major dents, no severe
rusting, no leaks)

存储箱都是处于或超出能力吗? Skips filled at or beyond capacity

有泄漏或溢漏目前流体容器上可见一斑吗 Leaks or spills present as evidenced by
fluid on the container
Describe Actions taken to correct situation: 描述为正确情况采取的行动:

Signage
Signage legible and visible 标签清晰可见

Signage identifies container number 标签标识箱号

Signage identifies contents within container 标签标识内容在容器内

Waste Management Area

是聚集区，有组织、 整洁无垃圾吗? Is the accumulation area organized, clean, and
free of rubish?
在相应的位置是废物的正确分类? Are the correct classifications of waste in their
corresponding location?
Describe Actions taken to correct situation: 描述为正确情况采取的行动:

General Comments: 一般性评论:

HSE Supervisor:
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APPENDIX C

CONTACTS

NAME(S) POSITION(S) CONTACT NO.

Wang Song HSE incharge 058-062-7798
Musawar Rasool HSE manager 059-381-8837
Arif Hussain Environmental coordinator 059-585-9510
Sajid Mehmood HSE supervisor 058-254-8721
Muhammad Saleem Project engineer(construction 050-139-2568
dept.)
Muhammad Mustafa Waste contractor’s 058-368-5786
(RETAJ)coordinator
Muhammad Rizwan Waste contractor’s 050-092-1945
Hashmi incharge(RETAJ)
Muhammad Akram Waste contractor’s drivers 059-806-9584
foreman(EXERA)
Haneef Waste contractor’s 059-671-1443
coordinator(EXERA)
Amjad Ali Admin supervisor 059-226-6744
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APPENDIX D- TABLE 1

HAZARDOUS WASTE LIST

1 Clinical wastes from medical care in hospitals, medical centres and clinics

2 Wastes from the production and preparation of pharmaceutical products, drugs and
medications
3 Wastes from the production, formulation and use of biocides and phyto pharmaceuticals
4 Wastes from the manufacture, formulation and use of wood preserving chemicals
5 Wastes from the production, formulation and use of organic solvents

6 Wastes from heat treatment and steel tempering operations containing cyanides

7 Waste mineral oils unfit for their originally intended use

8 Waste oils/water, hydrocarbons/water mixtures, emulsions
9 Waste substances and articles containing (greater than 50 ppm) polychlorinated biphenyls
(PCBs) and/or polychlorinated terphenyls (PCTs) and/or polybrominated biphenyls (PBBs)
10 Waste tarry residues arising from refining, distillation and any pyrolysis treatment
11 Wastes from production, formulation and use of inks, dyes, pigments, paints, lacquers,
varnish
12 Wastes from production, formulation and use of resins, latex, plasticizers, glues and
adhesives
13 Waste chemical substances arising from research and development or teaching
activities which are not known and are new and whose effects on human health and the
environment are not yet known
14 Wastes of an explosive nature not subject to other regulations or standards
15 Wastes from production, formulation and use of photographic chemicals and
processing materials
16 Wastes resulting from surface treatment of metals and plastics
17 Residues arising from industrial waste disposal operations
18 Petroleum refinery wastewater treatment sludges
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APPENDIX D- TABLE 2

HAZARDOUS WASTE CONSTITUENTS

1 Metal carbonyls
2 Beryllium and beryllium compounds
3 Hexavalent chromium compounds
4 Copper compounds
5 Zinc compounds
6 Arsenic and arsenic compounds
7 Selenium and selenium compounds
8 Cadmium and cadmium compounds
9 Antimony and antimony compounds
10 Tellurium and tellurium compounds
11 Mercury and mercury compounds
12 Lead and lead compounds
13 Inorganic fluorine compounds excluding calcium fluoride
14 Inorganic cyanides
15 Acidic solutions or acids in solid form
16 Basic solutions or bases in solid form
17 Asbestos (dust and fibres)
18 Organic phosphorus compounds
19 Organic cyanide compounds
20 Phenols and phenol compounds, including chlorophenol compounds
21 Ether compounds
22 Halogenated organic solvents
23 Organic solvents other than halogenated solvents
24 Any congener of polychlorinated dibenzo-furan
25 Any congener of polychlorinated dibenzo-p-dioxin
26 Organic halogen compounds other than substances referred to in this Table
 2

APPENDIX E
NCEC, MWAN & SAUDI GULF REGISTRATION FOR WASTE TRANSPORTING COMPANY

FOR REMOVAL OF SEPCO HAZARDOUS WASTE

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