Cambridge Carbon Capture Limited

The overall project (Phase 1&2) will be to deploy a pilot plant capturing the CO2 and NOx emissions from a kiln used to fire roof tiles at Dreadnought Tiles production site using Cambridge Carbon Capture Ltd's novel CO2LOC technology. CO2LOC technology captures and converts the emissions to a commercially useful magnesium carbonate by-product. In this pro...

The hydrogen economy is seen as one of the curcial ways to decarbonise transport and domestic and industrial heat. However, bulk hydrogen will be needed to fuel the hydrogen economy so a means of producing hydrogen with zero emissions is needed if there is to be any environmental benefit. This project is looking at the feasibiliy of producing bulk hydroge...

Awaiting Public Project Summary

Cambridge Carbon Capture Ltd (CCC) is developing Patented technology to capture and store CO2 permanently as a rock. In doing so a number of valuable mineral and metal by-products are produced that, at current commodity prices, would more than offset the cost of capturing the CO2. Carbon capture as a profit making activity rather than a cost. CCC’s curren...

Shale gas contains various impurities including an average of around 5%CO2 when it comes out of the ground. The proportion of CO2 increases to as much as 30% towards the end of life of a shale well. Impurities are removed in a process called "sweetening" to meet regulatory and commercial specifications before distribution through the gas pipeline network....

CCC has developed a unique low-cost low-temperature process to manufacture zero-carbon lime and magnesia from cheap mineral silicates and concrete wastes. Lime and magnesia are widely used in the manufacture of construction materials and are usually produced by carbon-intensive roasting of carbonate limestones. CCC's process has potential to massively red...

The public description for this project has been requested but has not yet been received.