Sustainability & Net Zero
The Future Isn't Just Cleaner Energy.
It's Cleaner Everything.
The Industrial Carbon Problem
Materials processing is one of the most energy-intensive activities on the planet. Grinding, crushing, and milling account for staggering amounts of electricity consumption across mining, cement, steel, and chemical industries.
Decarbonisation doesn't stop at power generation. If we're serious about net zero, we have to decarbonise the processes themselves.
The 200-Year Problem
Aquagen Energy Ltd is built around a single principle: technology should regenerate, not deplete. Every application of MicroMill Precision is designed to reduce emissions, recover value from waste, and support the transition to a circular economy.
This isn't a bolt-on ESG statement. It's the reason the company exists.
What Makes It
Different
Waste to Value
Slag mountains and industrial waste streams are not liabilities - they're resources waiting for the right technology. MicroMill Precision transforms waste materials into commercially valuable products.
Closing the Loop
Every tonne of material recovered from an industrial waste stream is a tonne that doesn't need to be mined from the ground.
Zero Waste Processing
MicroMill's 96% combustion efficiency means virtually no slag production. What comes out is fine, carbon-free ash suitable for construction applications.
Decarbonisation
Impact
Fraction of the Energy
MicroMill Precision consumes 4 to 10 KW per tonne of product - a fraction of conventional grinding systems that draw massive power loads.
Cleaner Combustion
Coal ground to 10-40 microns and burned through our integrated system reaches 1,200°C with emission levels comparable to natural gas.
Methane Capture
Coal contains 7-15% methane. MicroMill's integrated system captures and combusts this within the process, turning harmful emissions into usable energy.
Clean Growth Strategy — Lower-emission industrial processing with measurable energy reduction.
Resources and Waste Strategy — Converting industrial waste into commercial products, reducing landfill dependency.
Critical Minerals Strategy — Recovering rare earth elements and strategic minerals from domestic waste sources.
ESG
By Design
Environmental
Zero contamination processing
Minimal energy consumption
Waste-to-value conversion
Emission reduction
Social
Job creation in industrial communities
Affordable construction materials
Cleaner processing for pharmaceuticals
Supporting food and energy sectors.
Governance
UK-registered company
Transparent corporate structure
Formal board governance
IP protection frameworks