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IEL PO516-03 Review Application
Response to Further Information Request 09/03/2017
Appendix to FIR Point 15
Assessment Report prepared in accordance with Article 22(2) of
Industrial Emissions Directive 2010/75/EU
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Assessment Report In accordance with
Article 22(2) of Industrial Emissions Directive (2010/75/EU)
Table of Contents
1 Introduction ............................................................................................................................ 2
2 Scope of Report/ Assessment ............................................................................................... 2
3 Stage 1: Site Activities and Identification of Hazardous Substances ............................ 2
3.1 Current Use ........................................................................................................................ 2
3.2 Past Use .............................................................................................................................. 3
3.3 Identification of Hazardous Substances Used, Produced or Released at the
Installation ................................................................................................................................... 3
4 Stage 2: Identification of Relevant Hazardous Substances ............................................. 3
4.1 Relevant Hazardous Substances ...................................................................................... 3
5 Stage 3: Assessment of the site-specific pollution possibility ........................................ 5
5.1 Storage, Usage, containment measures and potential risks to the environment ......... 5
5.2 Soil and Groundwater Containment hazards. ................................................................. 9
6 Conclusion .............................................................................................................................. 10
Appendix A - Identification of Hazardous Substances ........................................................... 11
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1 Introduction
To meet the requirements of Article 22(2) of Industrial Emission Directive
(2010/75/EU) and determine whether or not a baseline report is required for the
facility an assessment of chemicals and substances used, produced or released onsite
and considered relevant hazardous substances in the context of Regulations 9(2)(n) has
been carried out.
2 Scope of Report/ Assessment
The assessment follows the stages set out in the European Commission Guidance
concerning baseline reports under Article 22(2) of Directive 2010/75/EU on industrial
emissions:
Stage 1 - Site Activities and Identification of Hazardous Substances
Stage 2 – Identification of ‘relevant hazardous Substances’
Stage 3 – Assessment of the site-specific
The on-site historic landfill is not included within the scope of this assessment. With the
IE Directive, licence activities were amended to include Class 11.5 to account for the
historic landfill which has a total capacity exceeding 25,000 tonnes and has not been
closed in accordance with Article 13 of the Landfill Directive. As part of review
application the licensee is requesting to add activity Class 11.1 to facilitate the
remediation and closure of the landfill. To this end a baseline report has been carried
out for the landfill area of the site. Refer to reports presented in Attachment D of review
application and to Appendix to FIR Point 11.
3 Stage 1: Site Activities and Identification of Hazardous Substances
3.1 Current Use
In operation since 1977, the relevant activities in the First Schedule of the EPA Act
1992, as amended, to which the activity relates are as follows:
1.3 (a) The extraction and processing (including size reduction, grading and
heating) of minerals within the meaning of the Minerals Development Acts
1940 to 1999, where the facility involves a metalliferous operation.
1.3 (b) The extraction and processing (including size reduction, grading and
heating) of minerals within the meaning of the Minerals Development Acts
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1940 to 1999, where the facility involves any other operation where either
the level of extracted or processed minerals is greater than 200,000 tonnes
per annum or the total operational yield is greater than 1,000,000 tonnes,
and storage of related mineral waste.
The licence was subsequently amended on 6th January 2014 under Section 82A(11) of
the Environmental Protection Act 1992 to Industrial Emissions Licence (IEL) status. The
‘Schedule of Activities Licensed’ was amended to include:
11.5 Landfills, within the meaning of section 5 (amended by Regulation 11(1) of
the Waste Management (Certification of Historic Unlicenced Waste Disposal
and Recovery Activity) Regulations 2008 (S.I. No. 524 of 2008)) of the Act of
1996, receiving more than 10 tonnes of waste per day or with a total
capacity exceeding 25,000 tonnes, other than landfills of inert waste.
3.2 Past Use
In the past the Knockumber site was in use for agricultural purposes. There is no
evidence of previous industrial activities.
3.3 Identification of Hazardous Substances Used, Produced or Released at the
Installation
It is necessary to determine whether or not hazardous substances are used, produced or
released in view of deciding on the need to prepare a baseline report. A listing of all
substances used in the day to day operations of the activities is presented in Table G.1
(i) of review application form.
A listing of hazardous substances including volumes stored and how and where they are
stored are presented in Appendix A below. Material safety Data Sheets are readily
available for each of the substances.
4 Stage 2: Identification of Relevant Hazardous Substances
4.1 Relevant Hazardous Substances
Regulation (EC) No 1272/2008 on the classification, labelling and packaging of
substances and mixtures (CLP Regulation) which, as a result of their hazardousness,
mobility, persistence and biodegradability (as well as other characteristics), are capable
of contaminating soil or groundwater and are used, produced and/or released by the
installation.
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A review of Article 3 of Regulation) EC) No 1272/2008 was undertaken and the
following substances have been brought forward from Stage 1 having been identified as
relevant hazardous substances:
Sodium Cyanide
Sodium Ethyl Xanthate
Zinc Sulphate
Danofloat-068
Potassium Isoamyl Xanthate
Copper Sulphate
Chloros (Sodium hypochlorite)
Ultra Low Sulphur Diesel
Kerosene
The substances listed as relevant hazardous substances used at the installation have the
potential to have an effect on soil or groundwater pollution if released into the
environment either in small quantities over time or in large quantities.
The likelihood of the release of these substances into the environment taking into
account the volume of each substance, storage and containment measures in place is
presented in Table below.
Laboratory chemicals and other substances used in workshops identified as being
hazardous in Attachment A have been discounted from the ‘relevant hazardous
substance’ list on account of the small volumes stored and used on site and storage
conditions.
Although hydraulic oil (SAE 20 Plus) and engine oil (Ultra SHPD) as products are not
classified as hazardous in accordance with CLP as per manufacture MSDS these
substances have been included in the assessment of site-specific pollution possibilities
on account of the large volumes stored and used on site.
Lubricants and greases used on site have also been discounted from the ‘relevant
hazardous substance’ list on account of the small volumes stored and used on site and
storage conditions.
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5 Stage 3: Assessment of the site-specific pollution possibility
5.1 Storage, Usage, containment measures and potential risks to the environment
All chemical substances used at the facility are stored in suitable closed, labelled storage
tanks / container, under cover and within secondary containment as shown in table
below.
Substance/Material
Storage / Containment
Sodium Cyanide - Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
Sodium Ethyl Xanthate
- Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
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Substance/Material
Storage / Containment
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
Zinc Sulphate
- Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
Danafloat_068 (Pb Aux Collector)
- Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
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Substance/Material
Storage / Containment
Potassium Isoamyl Xanthate
- Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
Copper Sulphate - Safety and emergency procedures are prepared, risk
assessments are carried out.
- Tanks Internal to building
- All chemical tanks stored in a contained area.
- Daily operator inspections.
- Routine maintenance of pumping systems coordinated
through the maintenance management system (Maximo)
- Regular scheduled inspection of hazardous chemical lines.
- All tanks are covered with a vent open to atmosphere.
- All tanks at atmospheric pressure
- Training and Standard Operating Procedures (SOP’s) in place.
- Detailed risk assessment and material compatibility of the
bunds and tanks are performed at selection and installation.
Integrity testing is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
- Level measurement and high level switches on all chemical
tanks with alarms in the control room.
- Appropriate filling interlocks to prevent overfilling.
- Hot works procedure in place.
Chloros (Sodium
hypochlorite)
- Safety and emergency procedures are prepared, risk
assessments are carried out.
- Drums stored with secondary containment on hardstanding.
- Training and Standard Operating Procedures (SOP’s) in place.
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Substance/Material
Storage / Containment
Bulk Storage Ultra Low Sulphur Diesel
- Outer bund of the totally enclosed bunded tank containing a
minimum of 110% of the volume on the inner tank
- High level alarm which will activate a 90dB sounder and
flashing beacon
- Bund is monitored 24/7 with float switches to detect
presence of any liquid
- Flame arrester vent cap on exterior of tank
- Fill points are located in cabinet complete with drip tray
- When filling ullage on tank is checked on TM300 electronic
tank gauge & confirmed prior to filling
- Tank at atmospheric pressure
- Tank sitting on concrete hardstanding
- Hazard labels display on tank
- A weekly inspection is carried out as per IEL Condition 6.10
- Relevant personnel trained in safety and emergency
procedures including handling and of hazardous materials
- Routine maintenance as per manufactures instructions
Bulk Storage Kerosene / Engine Oil / Hydraulic Oil /
- Outer bund of the totally enclosed bunded tank containing a
minimum of 110% of the volume on the inner tank
- High level alarm which will activate a 90dB sounder and
flashing beacon
- Bund is monitored 24/7 with float switches to detect
presence of any liquid
- Flame arrester vent cap on exterior of tank
- Fill points are located in cabinet complete with drip tray
- When filling ullage on tank is checked on TM300 electronic
tank gauge & confirmed prior to filling
- Tank at atmospheric pressure
- Tank sitting on concrete hardstanding
- Hazard labels display on tank
- A weekly inspection is carried out as per IEL Condition 6.10
- Relevant personnel trained in safety and emergency
procedures including handling and of hazardous materials
- Routine maintenance as per manufactures instructions
The main hazards for contamination of soil and groundwater comprise:
Spills resulting in the containment of surface water or soil
Loss of containment from storage tanks
Contaminated runoff on the event of a fire
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The company has implemented measures to prevent and minimise accidental emissions
to the environment including:
Containment measures (bunded facilities)
Fire water Retention Facilities
Fully trained Emergency Response Team (ERT)
Extensive emergency equipment resources
Accident/incident investigation procedures
Procedures for dealing with accidental emissions
Emergency Response co-ordination with local fire services
Extensive fire detection systems (sprinkler & gaseous systems)
The company is certified to OHSAS:2007 and ISO 14001:2004 working towards ISO
14001:2015.
Emergency response procedures prepared in accordance with IEL Condition 9.2 for
potential emergencies which may arise is in operation is presented in Appendix J – 1
A fire water risk assessment (FWRA) conducted in accordance with IEL Condition 3.9.1
is presented in Appendix J – 2.
The responsibilities of management and employees for accident prevention are set out
in written procedures. All employees have access to all the relevant EHS information
including Emergency Response Procedures, Task Specific Risk Assessments, SOPs, work
instructions and SDS’s.
The necessary resources are made available for training of management and employees
in the prevention of accidents through task specific training.
Detailed risk assessment and material compatibility of bunded structures and storage
tanks are performed at selection and installation.
Integrity testing of all bunded structures is performed as set by the licence and
maintenance is carried out as per manufactures instructions.
Spill kits for the containment of diesel and oil spills and chemical spills is maintained
onsite.
Refer to Table I.8 (i) BREF on Emission form Storage presented in Appendix to FIR Point
13.
5.2 Soil and Groundwater Containment hazards.
There has been no pollution causing incident at the facility which has resulted in the
release of the relevant hazardous substances to soil and groundwater.
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All surface runoff is directed to the site drainage system which is part of the on-site
closed-loop water management system.
Concrete hard standing in chemical unloading and transfer areas prevents any potential
spills from reaching soil or groundwater.
Due to the containment measures in place and good site management practices it is
considered a very low risk of discharge of substances listed to the environment and in
particular to soil or groundwater exists during normal and routine operations.
Abnormal operating conditions which may give rise to pollution of soil or groundwater
is also considered. Taking into account design, risk assessment and HAZOP’s carried out
prior to purchasing and installation of chemical storage tanks, leak detection systems,
filling interlocks to, preventative maintenance schedules and measures the Company
has implemented to prevent and minimise accidental emissions to the environment will
ensure that the risk of release of any hazardous substance to soil or groundwater in
minimised or eliminated.
In the event of cessation of site activities, the site will be closed in accordance with
Closure, Restoration and Aftercare Management Plan (CRAMP) which has been
presented within Attachment K. An Environmental Liabilities Risk Assessment has also
been carried out in accordance with IEL Condition 12 and is presented in Attachment K.
Both the CRAMP and ELRA is updated annually or as required throughout the
operational life of the installation. These measures will ensure that potentially polluting
substances, if any, are removed from the site in a manner that does not pose significant
risk of pollution to soil or groundwater.
6 Conclusion
There is no indication of pollution of soil or groundwater consistent with current and
historic land use.
The existing facility is designed to ensure the protection of soil and groundwater. All
materials handling is undertaken indoors with secondary containment. Mitigation
measures are in place to prevent spillages / overfilling and therefore a relatively low
risk of soil or groundwater pollution arising during normal operations.
The design of bulk chemical / substance storage facilities combined with good
environmental practices onsite as well as emergency response procedures will ensure
the risk of any unplanned events will be minimised.
It is clear that due to containment and control measures in place to ensure that
contamination of soil and groundwater does not occur, the likelihood of or potential for
contamination of soil or groundwater is extremely low. It is therefore concluded that a
baseline report is not required.
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Appendix A - Identification of Hazardous Substances
Substance/Material CAS number
Amount Stored (tonnes)
Storage Location / Use
Hazard Statement
Sodium Cyanide 143-33-9 15.0 Process Chemical stored in contained area
H290 / H300 / H310 / H331 / H 370 / H372 / H410
Sodium Ethyl Xanthate
140-90-9 20.0 Process Chemical stored in contained area
H228 / H302 / H311 / H317 / H314 /H400 / H410
Zinc Sulphate (Sulphuric Acid, Zinc Salt)
7446-19-7 10.0 Process Chemical stored in contained area
H302 / H318 / H410
Danafloat_068 (Pb Aux Collector)
61792-48-1 53378-51-1
141-98-0 1310-73-2
10.0 Process Chemical stored in contained area
H302 / H314 / H411
Potassium Isoamyl Xanthate
928-70-1 2720-73-2
71769-53-4
20.0 Process Chemical stored in contained area
H228 / H302 / H311 / H317 / H314 / H411
Copper Sulphate
7758-95-7 7786-81-4
40.0 Process Chemical stored in contained area
H302 / H315 / H318 / H317 / H332 / H334 / H341 / H350i / H360D / H372 / H373 / H400 / H410
Chloros (Sodium hypochlorite)
7681-52-9 200L Process Chemical stored in contained area
H290 / H314 / H318 / H335 / H400
Ammonia solution GPR 1336-21-6 20 L Laboratory Chemical stored in segregated bunded area
H314/ H335/ H400
Arsenic AAS Standard Solution Hydrogen chloride Diarsenic trioxide
7647-01-0 1327-53-3
100 mls Laboratory Chemical stored in segregated bunded area
H350/ H300 /H314 H410/ H331
Chromium AAS Standard Solution
7697-37-2
100 mls Laboratory Chemical stored in segregated bunded area
H272 /H314/ H350i H317 /H400 /H410
Cyanide ISE Calibrating Solution
151-50-8 100 mls Laboratory Chemical stored in segregated bunded area
H302/ H312/ H332 H412
Lead acetate-3-hydrate 6080-56-4 1 kg Laboratory Chemical stored in segregated bunded area
H351 H360- Df H373 ** H400/ H410
Mercury AAS Standard Solution
7697-37-2 10045-94-0
100 mls Laboratory Chemical stored in segregated bunded area
H272/ H314 /H331 H373 ** H400/ H410
Potassium permanganate extra pure
7722-64-7 500 g Laboratory Chemical stored in segregated bunded
H272/ H302 /H400 H410
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Substance/Material CAS number
Amount Stored (tonnes)
Storage Location / Use
Hazard Statement
area Silver AAS Standard Solution
7697-37-2 7761-88-8
100 mls Laboratory Chemical stored in segregated bunded area
H272/ H314 /H314 H400 /H410
Tetraethylenepentamine, Tech
112-57-2 500 ml Laboratory Chemical stored in segregated bunded area
H312/ H302/ H314 H317/ H411
Zinc AAS Standard Solution
7697-37-2
100 mls Laboratory Chemical stored in segregated bunded area
H272 /H314/ H400 H410
Ultra Low Sulphur Diesel Diesel Oil Naphthalene
68334-30-5 91-20-3
Capacity for up to 70,000
litres
Mobile Fleet – bulk bunded storage
H304 / H315 / H332 / H351 / H373 / H411
Kerosene 64742-81-0 Capacity for up to 10,000L
Heating Oil Fleet – bulk bunded storage
H226 / H304 / H315 / H336 / H411
Ultra SHPD 15W-40 phosphorodithioc acid
68649-42-3
Capacity for up to 20,000
litres
Engine Lubricant Fleet – bulk bunded storage
H315 / H411
SAE 20 Plus phosphorodithioc acid
Capacity for up to 20,000
litres
Hydraulic Oil Fleet – bulk bunded storage
H315 / H318 / H411
Castrol Alphasyn T 220 Tricresyl phosphate
133075-5
880 litres Stores Compound / Workshops in contained area
H312/ H302 /H411
Castrol EPX 80W-90 n/a 510 litres Stores Compound / Workshops in contained area
H412 /H302/ H311 /H330 H314 /318 /H317 /H373 H304
Castrol Tection T15W-40 phosphorodithioc acid
68649-42-3
20,000 litres Stores Compound / Workshops in contained area
H304 H315 H318 H411
740 Heavy Duty Rust Guard Stoddard Solvent Heptane Petroleum gases
8052-41-3 142-82-5
68476-86-8
1700 g Stores Compound / Workshops in contained area
H312/ H315/ H350 / H400/ H410
752 Cold Galvanizing Compound Methyl ethyl ketone, Xylene, Ethylbenzene Zinc, Stoddard Solvent Actone, Petroleum gases
78-93-3 1330-20-7 100-41-4
7440-66-6 8052-41-3
67-64-1 68476-86-8
9 Kg Stores Compound / Workshops in contained area
H312/ H315/ H350 / H400/ H410
MOBIL SHC GEAR 46m LONG-CHAIN ALKYL AMINE
n/a 80 litres Stores Compound / Workshops in contained area
H330 / H311 / H302 / H317 / H400 / H410 / H373 / H314
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