ENVEA launches biogenic carbon dioxide tool for Waste-to-Energy sector

France-headed ENVEA SA, a leading global provider of environmental management solutions, has developed a new tool to calculate potential cost savings by accurately measuring biogenic carbon dioxide in the waste-to-energy sector.

Mar 6, 2025 - 08:30
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ENVEA launches biogenic carbon dioxide tool for Waste-to-Energy sector

Biogenic carbon dioxide (bioCO2)  is carbon dioxide (CO2) released from biogenic sources like plants and animals.

BioCO2 can be deducted from reported emissions leading to savings through carbon credits when waste-to-energy (WtE) falls under the European Union’s (EU) Emissions Trading Scheme (ETS) in 2028, and any regional carbon tax schemes.

Measuring biogenic CO2 emissions is essential for complying with regulations and global efforts to reduce carbon dioxide greenhouse gases. Operators often face several challenges in accurately reporting biogenic CO2 emissions, which is why ENVEA has developed a calculator tool to help them estimate potential biogenic CO2 cost savings, said Jürgen Reinmann, Regulatory Director at ENVEA.

Savings estimate calculator and flue gas sampler

ENVEA has developed a unique calculator to calculate potential cost savings by accurately measuring bioCO2 in waste-to-energy. Free to use, the calculator provides users with an estimate of their potential cost savings.

By inputting data including total tonnes of waste per year, currency, market price for bioCO2 per tonne and the percentage of biogenic content in the waste, customers can calculate the estimated cost savings in an instant.

ENEVA’s AMESA-B smart sampler is a turn-key solution to accurate bioCO2 reporting and to help meet regulations.

A continuous and automated sampler, it uses the recognised C14 sampling method thereby eliminating the guesswork in CO2 greenhouse gas (GHG) monitoring, and it fulfils the requirements of EN ISO 13833 standards.

With easy integration into existing systems, it includes pre- and post-sampling leak checks for precise sample flow and fail-safe oversaturation while it integrates with the WtE plant’s wider sensor network to ensure precise data collection.

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