Beddington Farmlands Landfill Site - Revision history

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← Older revision		Revision as of 09:22, 3 March 2022
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	Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste [[MRF]], an [[In-vessel Composting]] ([[IVC]]) facility and [[Beddington EfW]], which will eventually take over for the landfill when it closes. Several of these facilities are associated with contracts with the [[South London Waste Partnership]].		Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste [[MRF]], an [[In-vessel Composting]] ([[IVC]]) facility and [[Beddington EfW]], which will eventually take over for the landfill when it closes. Several of these facilities are associated with contracts with the [[South London Waste Partnership]].

	~~==Tonnage Handled==~~
	~~Only Waste Codes receiving over 5,000t are shown.~~
	{{NHLFTable\|Permit=VP3039SW}}		{{NHLFTable\|Permit=VP3039SW}}

	==References==		==References==
	<references />		<references />

Howard: /* Engineering and Environmental Controls */

2021-01-04T12:10:28Z

Engineering and Environmental Controls

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	The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.		The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.

	There is [[Landfill Gas]] power generation with electricity export to the National Grid. Installed capacity is 5.~~05W~~.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>		There is [[Landfill Gas]] power generation with electricity export to the National Grid. Installed capacity is 3.24MW.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>

	Viridor discharge leachate to the local sewerage system which discharges to the adjoining [[Sewage Treatment Works]]. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.		Viridor discharge leachate to the local sewerage system which discharges to the adjoining [[Sewage Treatment Works]]. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.

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2020-12-14T12:55:26Z

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	[[Category:Non-Haz Landfill]]		[[Category:Non-Haz Landfill]]
	==Summary==		==Summary==
	~~The site~~ was developed by Thames Waste Management from the early 1990s onwards. Thames Waste Management were acquired by Viridor in 2004 and were renamed Viridor Waste (Thames) Limited thereafter.		[[Beddington Farmlands Landfill Site]] was developed by [[Thames Waste Management]] from the early 1990s onwards. Thames Waste Management were acquired by Viridor in 2004 and were renamed Viridor Waste (Thames) Limited thereafter.
	The site comprises a modern landfill engineered to Landfill ~~DIrective~~ standards.		The site comprises a modern [[landfill]] engineered to Landfill Directive standards.

	==History==		==History==
	Beddington landfill was developed by Thames Waste Management commencing in the early-1990s. It is located to the 2 km to the west of Croydon		Beddington landfill was developed by Thames Waste Management commencing in the early-1990s. It is located to the 2 km to the west of Croydon

	The previous use of the site was as a sewage farm associated with the adjoining ~~sewage treatment plant~~. Sewage farms comprise areas of land used to process and treat ~~sewage sludge~~ to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.		The previous use of the site was as a sewage farm associated with the adjoining [[Sewage Treatment Works]]. Sewage farms comprise areas of land used to process and treat [[Sewage Sludge]] to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.

	Planning ~~permission~~ for mineral extraction and restoration by landfilling was granted in 1995 on appeal (N/93/37646), site operations commenced in 1998. This planning permission envisaged completion of landfilling by 2015 and site restoration within 18 months of that. Subsequently, in 2005, an application (D2005/545794/FUL) was made that sought to extend the life of the landfill operations at the site until 2023. The total area of the site covered by the original applications is 92 hectares.		[[Planning Permission]] for mineral extraction and restoration by landfilling was granted in 1995 on appeal (N/93/37646), site operations commenced in 1998. This planning permission envisaged completion of landfilling by 2015 and site restoration within 18 months of that date. Subsequently, in 2005, an application (D2005/545794/FUL) was made that sought to extend the life of the landfill operations at the site until 2023. The total area of the site covered by the original applications is 92 hectares.

	The Waste Management Licence was changed to an Environmental Permit in 2003/4 as required by the changing legislation at the time.		The [[Waste Management Licence]] was changed to an [[Environmental Permit]] in 2003/4 as required by the changing legislation at the time.

	The capacity at the site as originally granted Planning Permission was circa xxxx cubic metres; this was subsequently increased upon approval of a revised Landfill Surcharge Allowance and set of Landfill Settlement Contours to around yyy cubic metres.		The capacity at the site as originally granted Planning Permission was circa xxxx cubic metres; this was subsequently increased upon approval of a revised [[Landfill Surcharge Allowance]] and set of [[Landfill Settlement Contours]] to around yyy cubic metres.

	==Geology==		==Geology==
	The site is underlain by Quaternary-aged sands and gravels of the Hackney Gravel Member. These deposits are ~~underalin~~ by the London Clay Formation, which ~~succesively~~ is underlain by the Lambeth Group (sands, silts and clays), the Thanet Sand Formation and the Upper Chalk. The latter two are classified as Principal Aquifer, whilst the Lambeth Group is considered to be in hydraulic continuity with these.		The site is underlain by Quaternary-aged sands and gravels of the Hackney Gravel Member. These deposits are underlain by the London Clay Formation, which successively is underlain by the Lambeth Group (sands, silts and clays), the Thanet Sand Formation and the Upper Chalk. The latter two are classified as [[Principal Aquifer]], whilst the Lambeth Group is considered to be in hydraulic continuity with these.

	Mineral extraction at the site was principally the sands and gravels of the Hackney Gravel Member. In addition, clays of the London Clay were worked to provide engineering materials at the site.		Mineral extraction at the site was principally the sands and gravels of the Hackney Gravel Member. In addition, clays of the London Clay were worked to provide engineering materials at the site.
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	The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.		The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.

	There is Landfill Gas power generation with electricity export to the National Grid. Installed capacity is 5.05W.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>		There is [[Landfill Gas]] power generation with electricity export to the National Grid. Installed capacity is 5.05W.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>

	Viridor discharge leachate to the local sewerage system which discharges to the adjoining ~~sewage treatment works~~. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.		Viridor discharge leachate to the local sewerage system which discharges to the adjoining [[Sewage Treatment Works]]. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.

	==Other Infrastructure==		==Other Infrastructure==
	Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste MRF, an In-vessel Composting (IVC) facility and ~~an Energy-from-Waste facility~~. Several of these facilities are associated with contracts with the South London Waste Partnership.		Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste [[MRF]], an [[In-vessel Composting]] ([[IVC]]) facility and [[Beddington EfW]], which will eventually take over for the landfill when it closes. Several of these facilities are associated with contracts with the [[South London Waste Partnership]].

	==Tonnage Handled==		==Tonnage Handled==

Howard: /* Engineering and Environmental Controls */

2020-12-07T12:58:53Z

Engineering and Environmental Controls

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	Viridor discharge leachate to the local sewerage system which discharges to the adjoining sewage treatment works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.		Viridor discharge leachate to the local sewerage system which discharges to the adjoining sewage treatment works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.

	Other Infrastructure		==Other Infrastructure==
	Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste MRF, an In-vessel Composting (IVC) facility and an Energy-from-Waste facility. Several of these facilities are associated with contracts with the South London Waste Partnership.		Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste MRF, an In-vessel Composting (IVC) facility and an Energy-from-Waste facility. Several of these facilities are associated with contracts with the South London Waste Partnership.

Howard: /* Engineering and Environmental Controls */

2020-12-07T12:58:26Z

Engineering and Environmental Controls

← Older revision		Revision as of 12:58, 7 December 2020
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	There is Landfill Gas power generation with electricity export to the National Grid. Installed capacity is 5.05W.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>		There is Landfill Gas power generation with electricity export to the National Grid. Installed capacity is 5.05W.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>

	Viridor discharge leachate to the local sewerage system which discharges to the ~~adjoing~~ sewage ~~tretament~~ works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.		Viridor discharge leachate to the local sewerage system which discharges to the adjoining sewage treatment works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.

	Other Infrastructure		Other Infrastructure

Howard: /* Engineering and Environmental Controls */

2020-12-07T12:57:55Z

Engineering and Environmental Controls

← Older revision		Revision as of 12:57, 7 December 2020
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	The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.		The landfill is constructed as a Containment Facility, utilizing the underlying clay materials as the principal barrier. The landfill lining system is augmented with a flexible membrane liner of High Density Polyethylene (HDPE) on the base and the sidewalls.

	There is Landfill Gas power generation with electricity export to the National Grid. Installed capacity is 5.05W. [1]		There is Landfill Gas power generation with electricity export to the National Grid. Installed capacity is 5.05W.<ref>[https://renewablesandchp.ofgem.gov.uk/Public/ReportViewer.aspx? [[Ofgem]] Summary of Installed Capacity]</ref>

	Viridor discharge leachate to the local sewerage system which discharges to the adjoing sewage tretament works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.		Viridor discharge leachate to the local sewerage system which discharges to the adjoing sewage tretament works. In 2019, it was proposed to install a methane stripping plant to pre-treat the leachate prior to discharge.

Howard: /* History */

2020-12-07T12:56:36Z

History

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	The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.		The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.

	Planning permission for mineral extraction and restoration by landfilling was granted in 1995 on appeal (N/93/37646), site operations commenced in 1998. This planning permission envisaged completion of landfilling by 2015 and site restoration within 18 months of that. Subsequently, in 2005 an application was made that sought to extend the life of the landfill operations at the site until 2023. The total area of the site covered by the original applications is 92 hectares.		Planning permission for mineral extraction and restoration by landfilling was granted in 1995 on appeal (N/93/37646), site operations commenced in 1998. This planning permission envisaged completion of landfilling by 2015 and site restoration within 18 months of that. Subsequently, in 2005, an application (D2005/545794/FUL) was made that sought to extend the life of the landfill operations at the site until 2023. The total area of the site covered by the original applications is 92 hectares.

	The Waste Management Licence was changed to an Environmental Permit in 2003/4 as required by the changing legislation at the time.		The Waste Management Licence was changed to an Environmental Permit in 2003/4 as required by the changing legislation at the time.

Howard: /* History */

2020-12-07T12:55:56Z

History

← Older revision		Revision as of 12:55, 7 December 2020
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	The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.		The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.

	Planning permission for mineral extraction and restoration by landfilling was granted in 1995 on appeal, site ~~works~~ commenced in 1998. This planning permission envisaged completion of landfilling by 2015. ~~A subsequent~~ application sought to extend the life of the site until 2023.		Planning permission for mineral extraction and restoration by landfilling was granted in 1995 on appeal (N/93/37646), site operations commenced in 1998. This planning permission envisaged completion of landfilling by 2015 and site restoration within 18 months of that. Subsequently, in 2005 an application was made that sought to extend the life of the landfill operations at the site until 2023. The total area of the site covered by the original applications is 92 hectares.

	The Waste Management Licence was changed to an Environmental Permit in 2003/4 as required by the changing legislation at the time.		The Waste Management Licence was changed to an Environmental Permit in 2003/4 as required by the changing legislation at the time.

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2020-12-07T12:51:12Z

Title

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	Other Infrastructure		Other Infrastructure
	Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste MRF, an In-vessel Composting (IVC) facility and an Energy-from-Waste facility. Several of these facilities are associated with contracts with the South London Waste Partnership.		Elsewhere within the site complex, Viridor have also developed several other waste processing facilities, including a waste transfer station, a skip waste MRF, an In-vessel Composting (IVC) facility and an Energy-from-Waste facility. Several of these facilities are associated with contracts with the South London Waste Partnership.

	~~==Title==~~


	==Tonnage Handled==		==Tonnage Handled==

Howard: /* History */

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History

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	==History==		==History==
	Beddington landfill was developed by ~~Than=mes~~ Waste Management in the ~~mid~~-1990s. It is located to the 2 km to the west of Croydon		Beddington landfill was developed by Thames Waste Management commencing in the early-1990s. It is located to the 2 km to the west of Croydon

	The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.		The previous use of the site was as a sewage farm associated with the adjoining sewage treatment plant. Sewage farms comprise areas of land used to process and treat sewage sludge to manufacture a soil fertiliser product. They were more commonly used in the 19th and early 20th century than they are nowadays.