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Evero – InBECCS

By Evero Energy Group Limited

In stock
0
Durability
CORC 1000+
Country
United Kingdom

project milestones

Certification journey

We track the progress of a carbon removal project through our certification framework. This roadmap moves from a preliminary assessment of eligibility toward full certification under the Puro Standard.

The facility has successfully completed the preliminary assessment conducted by the Puro team, meeting the minimum criteria for listing as a future supplier on Puro.earth.

The facility has passed the third-party facility audit, verifying compliance with the methodology, as well as output audit, verifying the net volume of removed carbon. The facility has been issued CORCs and continues its removal operations, as well as monitoring and reporting to Puro.earth.

Development status

We monitor a facility’s maturity as it moves toward industrial-scale operations. This status identifies whether a project is in development, under construction, or actively removing carbon from the atmosphere.

The feasibility study is ongoing. The Supplier is still collecting data to prove the concept.

The front-end engineering and design are ready and methodology compliant. There is a clear plan to monitor and measure. The LCA is up to the needed quality level or subject to small improvements. The technology has been used before. There are commercial agreements with the relevant business partners of the facility.

The facility is fully funded and is being implemented. Relevant infrastructure is being built.

The facility is operating as a carbon removal facility.

information

More about Evero – InBECCS

InBECCS is a carbon capture retrofit project on the existing bioenergy power plant operated by Ince Bio Power Ltd (IBPL) aiming to capture and permanently store up to 217,000 tonnes of CO₂ each year. The plant has a gross generating capacity of 26.6MW of low-carbon renewable electricity for export to the grid, processing approximately 170,000 tonnes of locally sourced category-C waste wood.

The project will capture CO₂ from the existing flue gas stream. Greater than 95% of the CO₂ content of emissions is biogenic. The project will use post combustion, amine-based capture technology that is technically and commercially proven. The captured CO₂ will be transported and permanently stored in the HyNet transport and storage system operated by Liverpool Bay Carbon Capture & Storage, which is repurposing depleted oil and gas fields with existing and new pipeline infrastructure for long-term storage.

From the durable storage of biogenic CO₂, the project will generate and sell engineered carbon removal credits in the Voluntary Carbon Market (VCM). VCM revenues will be supported by a Contract for Difference (CfD) negotiated with the UK Government under the Greenhouse Gas Removal Business Model (GGR), through which the project will receive Difference Amount payments, which equal the difference between the CfD strike price and the achieved sales in the VCM.

1. Waste and Emissions Management: Using post-consumer waste wood for BECCS provides an efficient disposal route for materials that would otherwise be sent to landfill and ultimately contribute to increased atmospheric methane emissions.

2. Circular Economy: This approach supports the principles of a circular economy and the waste hierarchy by transforming waste with no other use into a valuable resource for energy generation and carbon removals.

3. Economic Growth and Jobs: The deployment of BECCS projects will support local jobs in construction and the supply chain, as well as create long-term green jobs at the Ince Bio Power plant.

4. Support for Hard-to-Abate Sectors: The permanent carbon removal credits generated by InBECCS can be used to offset residual emissions from sectors that are hard to decarbonise, such as data centres, aviation, and heavy industry.

sdgs

Sustainable development goals

Only listed sustainable development goals (SDGs) have been assessed according to the Puro standard SDG Assessment Requirements and validated and verified by a VVB.

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