Lakeside Clinical Waste Incinerator - Revision history

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2021-06-25T07:16:33Z

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	The incinerator plant consists of the following major components<ref name="Adden" />:		The incinerator plant consists of the following major components<ref name="Adden" />:

	# [[Incineration\|Incinerator]] [[Clinical Waste\|waste loading system]]. This consists of two separate loading systems, namely a conveyor ~~infeed~~ section fed by two self-contained bin loaders and a ~~semiautomatic~~ bin loader (Lodematic) that loads directly into the primary chamber loader box.		# [[Incineration\|Incinerator]] [[Clinical Waste\|waste loading system]]. This consists of two separate loading systems, namely a conveyor in-feed section fed by two self-contained bin loaders and a semi-automatic bin loader (Lodematic) that loads directly into the primary chamber loader box.
	#The primary chamber that burns the [[Clinical Waste\|waste]]. The chamber is initially gas fired but as the [[Clinical Waste\|waste]] volume burned comes up to the required temperature so the volume of gas burned falls away. Primary and under fire air is introduced into the chamber to support [[Combustion\|combustion]]. The gaseous product of [[Combustion\|combustion]] passes onto the secondary chamber and the ash is released into a bin under the chamber. Water is sprayed into the primary chamber to reduce over-temperature.		#The primary chamber that burns the [[Clinical Waste\|waste]]. The chamber is initially gas fired but as the [[Clinical Waste\|waste]] volume burned comes up to the required temperature so the volume of gas burned falls away. Primary and under fire air is introduced into the chamber to support [[Combustion\|combustion]]. The gaseous product of [[Combustion\|combustion]] passes onto the secondary chamber and the [[Incinerator Bottom Ash\|ash]] is released into a bin under the chamber. Water is sprayed into the primary chamber to reduce over-temperature.
	#A [[Waste\|waste]] fuel system allows [[Waste\|waste]] fuel to be burnt in the primary chamber.		#A [[Waste\|waste]] fuel system allows [[Waste\|waste]] fuel to be burnt in the primary chamber.
	#A gas fired secondary chamber ensures complete [[Combustion\|combustion]] and that the products of [[Combustion\|combustion]] reach a temperature greater than 1100°C for 2 seconds with oxygen content of greater than 6%. Secondary air is introduced into the crossover between the primary and secondary chambers.		#A gas fired secondary chamber ensures complete [[Combustion\|combustion]] and that the products of [[Combustion\|combustion]] reach a temperature greater than 1100°C for 2 seconds with oxygen content of greater than 6%. Secondary air is introduced into the crossover between the primary and secondary chambers.
	#Ash is released from the primary combustion chamber on a batch wise basis.		#[[Incinerator Bottom Ash\|Ash]] is released from the primary combustion chamber on a batch wise basis.
	#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.		#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the [[EfW]] plant or the air blast coolers where it is condensed.
	#Gas from the boiler passes into the [[Flue Gas\|Flue Gas Treatment plant]]. Here the gas is cooled and passed through the reactor, filter units.		#Gas from the boiler passes into the [[Flue Gas\|Flue Gas Treatment plant]]. Here the gas is cooled and passed through the reactor, filter units.
	#On leaving the treatment plant the [[Flue Gas\|flue gas]] is passed through the Induced Draft Fan and then sent to atmosphere via the stack.		#On leaving the treatment plant the [[Flue Gas\|flue gas]] is passed through the Induced Draft Fan and then sent to atmosphere via the [[wikipedia:Chimney\|stack]].
	#The plant incorporates CEMS (Continuous Emission Monitoring System).		#The plant incorporates CEMS (Continuous Emission Monitoring System).
	#The plant uses gas, electricity, water, compressed air and hydraulic services.		#The plant uses gas, electricity, water, compressed air and hydraulic services.

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	#Ash is released from the primary combustion chamber on a batch wise basis.		#Ash is released from the primary combustion chamber on a batch wise basis.
	#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.		#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.
	#Gas from the boiler passes into the [[Flue Gas Treatment plant]]. Here the gas is cooled and passed through the reactor, filter units.		#Gas from the boiler passes into the [[Flue Gas\|Flue Gas Treatment plant]]. Here the gas is cooled and passed through the reactor, filter units.
	#On leaving the treatment plant the [[flue gas]] is passed through the Induced Draft Fan and then sent to atmosphere via the stack.		#On leaving the treatment plant the [[Flue Gas\|flue gas]] is passed through the Induced Draft Fan and then sent to atmosphere via the stack.
	#The plant incorporates CEMS (Continuous Emission Monitoring System).		#The plant incorporates CEMS (Continuous Emission Monitoring System).
	#The plant uses gas, electricity, water, compressed air and hydraulic services.		#The plant uses gas, electricity, water, compressed air and hydraulic services.

Northern Chick: /* PlantAnnual Performance Report 2019 */ web links

2021-06-24T13:50:46Z

PlantAnnual Performance Report 2019: web links

← Older revision		Revision as of 13:50, 24 June 2021
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	The incinerator plant consists of the following major components<ref name="Adden" />:		The incinerator plant consists of the following major components<ref name="Adden" />:

	# Incinerator waste loading system. This consists of two separate loading systems, namely a conveyor infeed section fed by two self-contained bin loaders and a semiautomatic bin loader (Lodematic) that loads directly into the primary chamber loader box.		# [[Incineration\|Incinerator]] [[Clinical Waste\|waste loading system]]. This consists of two separate loading systems, namely a conveyor infeed section fed by two self-contained bin loaders and a semiautomatic bin loader (Lodematic) that loads directly into the primary chamber loader box.
	#The primary chamber that burns the waste. The chamber is initially gas fired but as the waste volume burned comes up to the required temperature so the volume of gas burned falls away. Primary and under fire air is introduced into the chamber to support combustion. The gaseous product of combustion passes onto the secondary chamber and the ash is released into a bin under the chamber. Water is sprayed into the primary chamber to reduce over-temperature.		#The primary chamber that burns the [[Clinical Waste\|waste]]. The chamber is initially gas fired but as the [[Clinical Waste\|waste]] volume burned comes up to the required temperature so the volume of gas burned falls away. Primary and under fire air is introduced into the chamber to support [[Combustion\|combustion]]. The gaseous product of [[Combustion\|combustion]] passes onto the secondary chamber and the ash is released into a bin under the chamber. Water is sprayed into the primary chamber to reduce over-temperature.
	#A waste fuel system allows waste fuel to be burnt in the primary chamber.		#A [[Waste\|waste]] fuel system allows [[Waste\|waste]] fuel to be burnt in the primary chamber.
	#A gas fired secondary chamber ensures complete combustion and that the products of combustion reach a temperature greater than 1100°C for 2 seconds with oxygen content of greater than 6%. Secondary air is introduced into the crossover between the primary and secondary chambers.		#A gas fired secondary chamber ensures complete [[Combustion\|combustion]] and that the products of [[Combustion\|combustion]] reach a temperature greater than 1100°C for 2 seconds with oxygen content of greater than 6%. Secondary air is introduced into the crossover between the primary and secondary chambers.
	#Ash is released from the primary combustion chamber on a batch wise basis.		#Ash is released from the primary combustion chamber on a batch wise basis.
	#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.		#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.
	#Gas from the boiler passes into the Flue Gas Treatment plant. Here the gas is cooled and passed through the reactor, filter units.		#Gas from the boiler passes into the [[Flue Gas Treatment plant]]. Here the gas is cooled and passed through the reactor, filter units.
	#On leaving the treatment plant the flue gas is passed through the Induced Draft Fan and then sent to atmosphere via the stack.		#On leaving the treatment plant the [[flue gas]] is passed through the Induced Draft Fan and then sent to atmosphere via the stack.
	#The plant incorporates CEMS (Continuous Emission Monitoring System).		#The plant incorporates CEMS (Continuous Emission Monitoring System).
	#The plant uses gas, electricity, water, compressed air and hydraulic services.		#The plant uses gas, electricity, water, compressed air and hydraulic services.

Northern Chick: /* PlantAnnual Performance Report 2019 */ new text

2021-06-24T13:11:50Z

PlantAnnual Performance Report 2019: new text

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	==Plant<ref name="Adden">Annual Performance Report 2019</ref>==		==Plant<ref name="Adden">Annual Performance Report 2019</ref>==
	~~Text to follow~~		The incinerator plant consists of the following major components<ref name="Adden" />:

			# Incinerator waste loading system. This consists of two separate loading systems, namely a conveyor infeed section fed by two self-contained bin loaders and a semiautomatic bin loader (Lodematic) that loads directly into the primary chamber loader box.
			#The primary chamber that burns the waste. The chamber is initially gas fired but as the waste volume burned comes up to the required temperature so the volume of gas burned falls away. Primary and under fire air is introduced into the chamber to support combustion. The gaseous product of combustion passes onto the secondary chamber and the ash is released into a bin under the chamber. Water is sprayed into the primary chamber to reduce over-temperature.
			#A waste fuel system allows waste fuel to be burnt in the primary chamber.
			#A gas fired secondary chamber ensures complete combustion and that the products of combustion reach a temperature greater than 1100°C for 2 seconds with oxygen content of greater than 6%. Secondary air is introduced into the crossover between the primary and secondary chambers.
			#Ash is released from the primary combustion chamber on a batch wise basis.
			#The gas from the secondary chamber passes into the boiler where it is cooled down by producing steam. The steam is either sent to the EfW plant or the air blast coolers where it is condensed.
			#Gas from the boiler passes into the Flue Gas Treatment plant. Here the gas is cooled and passed through the reactor, filter units.
			#On leaving the treatment plant the flue gas is passed through the Induced Draft Fan and then sent to atmosphere via the stack.
			#The plant incorporates CEMS (Continuous Emission Monitoring System).
			#The plant uses gas, electricity, water, compressed air and hydraulic services.
	{{EAIn\|EPR={{#var:epr}}}}		{{EAIn\|EPR={{#var:epr}}}}

	==References==		==References==

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{{#vardefine:epr|BT2866IG}}[[Category:High Temperature and Clinical Waste Incinerators]]
[[Clinical Waste Incinerator]] operated by [[Grundon]] and located adjacent to their [[Lakeside EfW]] facility in Colnbrook, Berkshire<ref>https://www.grundon.com/facilities/high-temperature-incineration/</ref>.
{{ClinIncin|EPR={{#var:epr}}|id=6}}
[[File:Grundon Lakeside.jpg|350px|left|Grundon Lakeside Clinical Waste Incinerator - from Google Street View, all rights reserved]]
__TOC__
<br clear='left'/>

==Summary==
[[Clinical Waste Incinerator]] operated by [[Grundon]] and located adjacent to their [[Lakeside EfW]] facility.

==Plant<ref name="Adden">Annual Performance Report 2019</ref>==
Text to follow

{{EAIn|EPR={{#var:epr}}}}
==References==