Stabilised Non-Reactive Hazardous Waste: Difference between revisions

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[[Category:Tonnage & Waste Types]]
[[Category:Technologies & Solutions]]
A [[Non-Hazardous Landfill]] can receive '''Stabilised Non-Reactive Hazardous Waste''' if certain criteria are met, including acceptance limits and the requirement that any cell which receives this material is separated from cells receiving Biodegradable Waste. This includes Gypsum waste and high Sulphate waste (such as [[Plasterboard]]) within acceptance limits to prevent the 'unacceptable emissions of hydrogen sulphide gas'. If the acceptance limits for 'high sulphate bearing wastes' are exceeded then the material must go to a [[Hazardous Landfill]].
A [[Non-Hazardous Landfill]] can receive [[Stabilised Non-Reactive Hazardous Waste]] ([[SNRHW]]) if certain criteria are met, including acceptance limits and the requirement that any cell which receives this material is separated from cells receiving Biodegradable Waste. This includes Gypsum waste and high Sulphate waste (such as [[Plasterboard]]) within acceptance limits to prevent the 'unacceptable emissions of hydrogen sulphide gas'. If the acceptance limits for 'high sulphate bearing wastes' are exceeded then the material must go to a [[Hazardous Landfill]].


The most recent UK guidance on the [[Landfill Directive]] and the [[Landfill]] of Stabilised Non-Reactive Hazardous Waste that sets out the requirements is LFD1 Understanding the Landfill Directive<ref>[https://www.gov.uk/government/publications/understanding-the-landfill-directive-lfd-1] LFD1 Understanding the Landfill Directive</ref>  is published by the [[EA]] and referred to by the other regulatory bodies in the UK.
==Arrangements==
A [[Non-Hazardous Landfill]] can receive [[Stabilised Non-Reactive Hazardous Waste]] ([[SNRHW]]) if certain criteria are met, including acceptance limits and the requirement that any cell which receives this material is separated from cells receiving Biodegradable Waste. This includes Gypsum waste and high Sulphate waste (such as [[Plasterboard]]) within acceptance limits to prevent the 'unacceptable emissions of hydrogen sulphide gas'. If the acceptance limits for 'high sulphate bearing wastes' are exceeded then the material must go to a [[Hazardous Landfill]]. The WikiWaste page '''[[Landfill]]''' frames these types of sites and puts them into a wider context, with the diagrams below setting out how the cell separation can be delivered.
 
The most recent UK guidance on the [[Landfill Directive]] and the [[Landfill]] of Stabilised Non-Reactive Hazardous Waste that sets out the requirements is LFD1 Understanding the Landfill Directive<ref>[https://www.gov.uk/government/publications/understanding-the-landfill-directive-lfd-1] LFD1 Understanding the Landfill Directive</ref>  is published by the [[EA]] and referred to by the other regulatory bodies in the UK.  


Two figures for possible separation of cells are included in the guidance and are repeated below:
Two figures for possible separation of cells are included in the guidance and are repeated below:
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|-
|-
| [[File:Figure 1 Non Haz Landfill Stabilised non-reacitve waste.png |800px|center | Figure 1 from Guidance LFD1 Published by the Environment Agency]]
| [[File:Figure 1 Non Haz Landfill Stabilised non-reacitve waste.png |800px|center | Figure 1 from Guidance LFD1 Published by the Environment Agency]]
|| [[File:Figure 2 Non Haz Landfill Stabilised non-reacitve waste.png |800px|center | Figure 2 from Guidance LFD1 Published by the Environment Agency]]
|-
| [[File:Figure 2 Non Haz Landfill Stabilised non-reacitve waste.png |800px|center | Figure 2 from Guidance LFD1 Published by the Environment Agency]]
|}
|}


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|}
|}


==Capacity Non-Hazardous Landfill with Stabilised Non-Reactive Hazardous Waste==
The capacity of [[Non-Hazardous Landfill]] which has a cell or cells for [[Stabilised Non-Reactive Hazardous Waste]] is also reported by the EA and is summarised in the graph and table below (although the proportion of the total which is Stabilised Non-Reactive Hazardous Waste is generally relatively small). Note that Hazardous Landfill also provides Inert Landfill capacity in the sense that these waste are used for daily cover and site engineering purposes.
The number of [[Non-Hazardous Landfill]] with a [[Stabilised Non-Reactive Hazardous Waste|SNRHW]] cell (ref. L02) sites in England in 2020 was 30, an increase of 1 on 2019. In Wales there was only 1 site (excluded from the capacity set out below) and in Scotland this classification is not used for landfill.
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|+Table Summarizing Graph Data
|'''Year''' || 2015 || 2016 || 2017 || 2018|| 2019 || 2020
|-
|'''Million Cubic Metres''' || 89.4 || 85.3 || 82.9 || 75.1 || 69.4 || 67.0
|}
|}
==Operational Landfills==
{{#clear_external_data:}}
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[[File:LF map snrhw.png|600px|right]]
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! ID !! Site Name !! Operator
{{#for_external_table:<nowiki/>
{{!}}-
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<br clear="all" />
==References==
==References==
<references />
<references />

Latest revision as of 16:35, 28 April 2022

A Non-Hazardous Landfill can receive Stabilised Non-Reactive Hazardous Waste (SNRHW) if certain criteria are met, including acceptance limits and the requirement that any cell which receives this material is separated from cells receiving Biodegradable Waste. This includes Gypsum waste and high Sulphate waste (such as Plasterboard) within acceptance limits to prevent the 'unacceptable emissions of hydrogen sulphide gas'. If the acceptance limits for 'high sulphate bearing wastes' are exceeded then the material must go to a Hazardous Landfill.

Arrangements

A Non-Hazardous Landfill can receive Stabilised Non-Reactive Hazardous Waste (SNRHW) if certain criteria are met, including acceptance limits and the requirement that any cell which receives this material is separated from cells receiving Biodegradable Waste. This includes Gypsum waste and high Sulphate waste (such as Plasterboard) within acceptance limits to prevent the 'unacceptable emissions of hydrogen sulphide gas'. If the acceptance limits for 'high sulphate bearing wastes' are exceeded then the material must go to a Hazardous Landfill. The WikiWaste page Landfill frames these types of sites and puts them into a wider context, with the diagrams below setting out how the cell separation can be delivered.

The most recent UK guidance on the Landfill Directive and the Landfill of Stabilised Non-Reactive Hazardous Waste that sets out the requirements is LFD1 Understanding the Landfill Directive[1] is published by the EA and referred to by the other regulatory bodies in the UK.

Two figures for possible separation of cells are included in the guidance and are repeated below:

Figure 1 from Guidance LFD1 Published by the Environment Agency
Figure 1 from Guidance LFD1 Published by the Environment Agency
Figure 2 from Guidance LFD1 Published by the Environment Agency
Figure 2 from Guidance LFD1 Published by the Environment Agency

Asbestos Waste can be deposited in a separate cell, but only if it is sufficiently self contained and designed not to be disturbed in the future, as shown in the following figure from the guidance:

Figure 3 from Guidance LFD1 Published by the Environment Agency
Figure 3 from Guidance LFD1 Published by the Environment Agency

Capacity Non-Hazardous Landfill with Stabilised Non-Reactive Hazardous Waste

The capacity of Non-Hazardous Landfill which has a cell or cells for Stabilised Non-Reactive Hazardous Waste is also reported by the EA and is summarised in the graph and table below (although the proportion of the total which is Stabilised Non-Reactive Hazardous Waste is generally relatively small). Note that Hazardous Landfill also provides Inert Landfill capacity in the sense that these waste are used for daily cover and site engineering purposes.

The number of Non-Hazardous Landfill with a SNRHW cell (ref. L02) sites in England in 2020 was 30, an increase of 1 on 2019. In Wales there was only 1 site (excluded from the capacity set out below) and in Scotland this classification is not used for landfill.

Changes in Non-Hazardous Landfill Capacity with Stabilised Non-Reactive Hazardous Waste Cell
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Table Summarizing Graph Data
Year 2015 2016 2017 2018 2019 2020
Million Cubic Metres 89.4 85.3 82.9 75.1 69.4 67.0

Operational Landfills

ID Site Name Operator

11. Thornhaugh Landfill Site Augean South Ltd
19. Redhill Landfill (North East Quadrant) Biffa Waste Services Ltd
21. Skelton Grange Landfill Site Biffa Waste Services Ltd
22. Trecatti Landfill Biffa Waste Services Ltd
33. DEEPMOOR LANDFILL Devon Waste Management Ltd
38. Himley Quarry Landfill Site Enovert
48. Bletchley Landfill Site FCC Waste Services (UK) Ltd
49. Calvert Landfill Site FCC Waste Services (UK) Ltd
50. Dogsthorpe Landfill Site FCC Waste Services (UK) Ltd
51. WELDON LANDFILL SITE FCC Waste Services (UK) Ltd
55. Wingmoor Quarry Landfill Grundon Waste Management Ltd
61. Standen Heath Landfill Site Island Waste Services Ltd
62. Flusco Pike Landfill Site Lakeland Waste Management
80. Walleys Quarry Red Industries Ltd
87. Folly Farm Landfill Shotley Holdings Ltd
89. Aycliffe Quarry Landfill Stonegrave Aggregates Ltd
92. Clifton Marsh Landfill Site Sita UK Ltd
95. Ellington Road Landfill Site Sita UK Ltd
96. Cotesbach Landfill Lafarge Aggregates Ltd
99. Ling Hall Landfill Veolia ES Landfill Ltd
107. Walpole Landfill Valencia Waste
110. ERIN LANDFILL Valencia Waste
112. MASONS LANDFILL Valencia Waste
113. Pilsworth South Landfill Valencia Waste
115. Shelford Landfill Site Valencia Waste
146. ARDLEY LANDFILL SITE Valencia Waste
147. Calvert Landfill Site pit 6 FCC Waste Services (UK) Ltd
148. Candles Landfill Veolia ES Landfill Ltd
149. Chapel Farm Phase 2 Landfill Site Hills Waste Solutions Ltd
150. Granville/Woodhouse Landfill Site Potters (Midlands) Ltd
151. Hartlebury Landfill Site Biffa Waste Services Ltd
152. Lillyhall Stage 3 Landfill Site FCC Waste Services (UK) Ltd
153. Oak Farm Quarry Landfill Himley Environmental Ltd
154. PACKINGTON LANDFILL Sita UK Ltd
155. SEATON MEADOWS Alab Environmental Services Ltd
156. Studley Grange Farm Biffa Waste Services Ltd
157. Thornhill Quarry Landfill Site Demex Ltd
158. Ufton Farm Landfill Site Biffa Waste Services Ltd


References

  1. [1] LFD1 Understanding the Landfill Directive