HOW WE GOT HERE
1. PROVED THE TECHNOLOGY
We built a test kiln and developed an initial understanding of how to apply thermal technology efficiently to denature significant amounts of cement bonded chrysotile.
2. REGULATORY APPROVAL
We went through an extensive analytical exercise in order to gain an Environment Agency Permit and Planning Permission. This included a full Environmental Assessment, development of detailed operating procedures, and development of required specialised abatement technology.
3. FUNDRAISING
We raised a seven figure sum in order to build a demonstration plant. This required development of a detailed business plan and was subject to forensic due diligence by our investors.
4. BUILT THE TREATMENT SYSTEM
A state of the art, special purpose kiln incorporating innovative patented technology was built along with the extensive abatement system. This was designed to ensure a safe working environment with no hazardous emissions.
5. COMMISSIONED THE DEMONSTRATION PLANT
The Environment Agency required a number of Pre-Operational tests to be satisfied before the demonstration plant could be opened. During these tests we denatured over 80 tonnes of asbestos roof sheets containing chrysotile.
6. OPENING FULL SCALE PLANT
We are now planning the development of the world’s first full-scale plant for the thermal treatment of cement bound chrysotile.
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