Over the past 8 years, we have continuously evolved and enhanced our reporting platform to provide in-depth analysis and valuable insights into our customers' waste data. By handling increasing volumes of waste composition data across various applications, our tool supports compliance and empowers better management decision-making.

Slough Multifuel facility (SMF) is a new 55 MW energy from waste facility producing heat and electricity through the combustion of c. 480,000 tonnes per annum of waste derived fuels from various sources of municipal solid waste, commercial and industrial waste and waste wood.

Riverside 1 identified a requirement to undertake more extensive sampling and analysis of their waste input across multiple customers with a view to better understand the potential implications of the UK ETS.

Monksleigh's response to the UK ETS Authority request for views on the expansion of the UK Emissions Trading Scheme to energy from waste and waste incineration is posted in its entirety.

With the recent publication of the Waste Data Interrogator by the EA, we have had a quick dive into what's changed since last year when we did a similar quick analysis of the Data.

Monksleigh originally advised the investors in Waste Knot, Gresham House, leading into their investment decision in the business, but since then the business has come to Monksleigh for a range of different market-led services.

Total Waste Management (TWM) is a metals recovery business specialising in the recycling and recovery of ferrous and non-ferrous metals, general waste and end-of-life vehicles (ELVs).

Monksleigh was initially commissioned by Fornax to undertake a market appraisal of the UK’s current clinical and hazardous waste market and the evaluation of potential future sites.

WMR (Waste Management and Recycling) is a growing customer-focused waste brokerage business with speciality in the hospitality and leisure sectors that needed to draw out more detail on service delivery to report back to customers.

The latest published data on the amount of clinical waste incinerated has revealed a number of inconsistencies which could lead to potential ramifications for the measurement of this material for UK ETS, if it is to be included as proposed in the recent consultation.

With Landfill Tax due to step up to £126.70 in April 2025 the gate fee trajectory of landfill and EFW going forwards looks ominous - and may lead to some unintended consequences of Landfill tax and UK ETS policy in the future.

Monksleigh's recent analysis of the 51 operational EFW plants in England shows that only 24% of EFW facilities rely on direct measurement of carbon emissions from their stack to estimate their overall emissions of biogenic carbon to the atmosphere.

Amendments to Part 2 Schedule 9 of the Environmental Permitting Regulations (England and Wales) 2016 (the Material Facilities regulations) will enter into force in October 2024.

Changes to regulations on sampling requirements at MRFs will see a doubling of costs for this process, a report by Monksleigh has warned.

Population projections by the ONS in January 2024 show higher growth than previous forecasts, which will lead to increased waste arisings and significant challenges for the delivery of the Resource Efficiency and Waste Reduction Targets for 2050.

Monksleigh's annual report on Material Recovery Facilities that handle 'Qualifying Materials'. Using data from a variety of information sources including those submitted by operators to their respective regulator into a single, readily accessible document.

Monksleigh's first annual report on Material Recovery Facilities that handle 'Qualifying Materials'. Using data from a variety of information sources including those submitted by operators to their respective regulator into a single, readily accessible document.

Market and operational trend analysis for all residual waste EfW facilities in the UK, combining data from annual reports up to and including 2021 and maps to show the proximity of a site to the residual local authority waste it received in 2021.