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Carbon Abatement

Global warming is upon us, and as a society it is more important than ever, to endeavour to reduce our carbon footprint in order to mitigate the impact upon the environment as a consequence of the rapid increase in greenhouse gas emissions since the age of the industrial revolution. Environmental, social and governance (ESG) is a framework used to assess an organisation’s business practices and performance on various sustainability and ethical issues. It provides a way to measure business risks and opportunities in those areas; reducing the company’s carbon footprint is not only a benchmark set by government, but also could represent an opportunity to reduce energy bills and formulate other income streams.

This is an area which will affect organisations which have high energy requirements, such as steel producers, metal finishers, cement manufacturers and kiln operators. Additionally, industries which use bulk material processes, eg, cereal or root crop processors within the agricultural industry who also have high energy processing requirements, can consider carbon abatement technologies to help achieve their goals. There is no silver bullet here, but complementary technologies will need to run side by side.

Rejuvetech - tailored approach to commercial carbon abatement

Rejuvetech offers a tailored approach to the evaluation and determination of commercial carbon abatement problems, specific to a particular company or industry. Reviewing the latest technologies, Rejuvetech can advise on whether carbon emissions may be capable of being chemically or physically modified to eradicate CO2 or simultaneously produce a commercial by-product , eg, manufacture of gypsum or other related minerals from fossil fuel combustion products. Past project work has included production of stable inorganic carbonates using waste ash from the aluminium smelting industry and also optimising production conditions via a blend of classical and emerging state of the art chemical engineering, specifically using microbubbles to accelerate the production of carbonates.

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