Mote Secures 7M to Advance Company s Carbon Negative Biomass to Energy Technology

Biomass Carbon Removal and Storage (BiCRS) Technology

Mote’s innovative approach to energy production from wood waste with carbon capture is a game-changer in the field of sustainable energy.

Mote’s innovative approach to hydrogen production utilizes a proprietary technology that converts these residues into low-carbon hydrogen. Mote’s technology has been recognized by the US Department of Energy as a promising solution for carbon-negative hydrogen production. The company has also secured partnerships with major companies such as Shell and TotalEnergies to further develop and commercialize its technology.

Shell has partnered with Mote to develop a commercial-scale facility that will utilize the company’s proprietary technology to produce low-carbon hydrogen.

TotalEnergies has also partnered with Mote to support the development and commercialization of the company’s technology.

These partnerships demonstrate the growing recognition of Mote’s innovative approach to hydrogen production and its potential to play a significant role in the global low-carbon hydrogen market.The Abundant Supply of Agricultural and Forestry Residues

The global agricultural and forestry industries generate a vast amount of residues, including crop waste, forestry waste, and other organic materials. These residues can be converted into low-carbon hydrogen through Mote’s proprietary technology, providing a significant opportunity for carbon-negative hydrogen production. • For example, in the United States alone, the agricultural industry generates over 1 billion tons of crop waste each year. • Similarly, the forestry industry generates millions of tons of forestry waste annually.

The Origins of BiCRS

Mote’s BiCRS process is rooted in research conducted at Lawrence Livermore National Laboratory. The laboratory’s scientists have been exploring ways to convert waste into clean energy for decades.