Homogeneous Waste: Difference between revisions
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*the results from the sampling demonstrate that no statistical difference exists between samples taken over the time period (i.e. one batch is the same as any other)<ref>Environment Agency, 2015. Waste Classification. Guidance on the classification and assessment of waste (1st Edition v1.1 ). Technical Guidance WM3. SEPA, Environment Agency, NIEA, Natural Resources Wales.</ref>. | *the results from the sampling demonstrate that no statistical difference exists between samples taken over the time period (i.e. one batch is the same as any other)<ref>Environment Agency, 2015. Waste Classification. Guidance on the classification and assessment of waste (1st Edition v1.1 ). Technical Guidance WM3. SEPA, Environment Agency, NIEA, Natural Resources Wales.</ref>. | ||
The Homogenisation of waste is a common process used in the production of [[Waste Derived Fuel]] preparation, to meet a specific feedstock requirement of an [[ | The Homogenisation of waste is a common process used in the production of [[Waste Derived Fuel]] preparation, to meet a specific feedstock requirement of an [[Energy from Waste]] (EfW) facility<ref>WRAP (2012). [http://www.wrap.org.uk/sites/files/wrap/O_And_EFW_Guidance_FULL.pdf EfW Development Guidance. Waste and Resources Action Programme.]</ref>. Homogenous waste is preferred for [[EfW]] processes as it provides consistent outputs and reliable electricity/heat/chemical generation. | ||
==References== | ==References== | ||
<references /> | <references /> | ||
Revision as of 14:23, 12 May 2020
Waste that is uniform in nature (e.g. steel cans, plastic bottles). There are 2 key aspects to classifying a waste as homogeneous:
- a process with demonstrably consistent, well characterised, and controlled inputs/raw materials that do not vary in composition or quantity, and
- the results from the sampling demonstrate that no statistical difference exists between samples taken over the time period (i.e. one batch is the same as any other)[1].
The Homogenisation of waste is a common process used in the production of Waste Derived Fuel preparation, to meet a specific feedstock requirement of an Energy from Waste (EfW) facility[2]. Homogenous waste is preferred for EfW processes as it provides consistent outputs and reliable electricity/heat/chemical generation.
References
- ↑ Environment Agency, 2015. Waste Classification. Guidance on the classification and assessment of waste (1st Edition v1.1 ). Technical Guidance WM3. SEPA, Environment Agency, NIEA, Natural Resources Wales.
- ↑ WRAP (2012). EfW Development Guidance. Waste and Resources Action Programme.