The TecEco Tec-Kiln

The Tec-Kiln was originally designed for low temperature (<750ºC) calcination of magnesium carbonate to produce reactive magnesia[1] for use in TecEco Cements without releases and will be used in Gaia Engineering which is a process that contemplates obtaining the magnesium carbonates required from sea water. The Tec-Kiln can also be used to produce reactive magnesia from other ores such as mined magnesite.

To reverse the environmentally damaging impact of molecular flows from techno-processes such as too much CO2 in the air, the TecEco Tec-Kiln will use non fossil fuel energy such as solar or solar derived energy (e.g. wind or wave energy) for producing the magnesia required for TecEco Cements including the Eco-Cement that will hold the carbonate building components from Greensols together.

It is unique in that it operates in a closed system whereby the waste energy from grinding is captured and there are no releases to the atmosphere. The CO2 produced is preferentially used in the Greensols Process to produce more carbonate building components.

The Tec-Kiln is also distinguished from existing kilns in that it grinds and calcines simultaneously in a closed system, making use of the heat generated by grinding to assist with calcination.  The low temperature requirements of magnesia production make it easy for the Tec-Kiln to operate using non-fossil-fuel energy, such as solar power.

The TecEco Tec-Kiln is unfortunately somewhat secret due to patent matters. It is an essential part of our grand plan to sequester massive amounts of CO2 using magnesium compounds.

Summary

The Tec-Kiln has the following features:

Availability

The kiln technology is being developed as funding permits.

If you are interested in our Tec-Kiln technology please contact TecEco.


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[1] Reactive magnesia is also variously known as caustic calcined magnesia, caustic magnesia or CCM. The temperature of firing has a greater influence on reactivity than grind size as excess energy goes into lattice energy.