Aker Solutions (AKSO) has selected GIDARA Energy’s HTW® (High Temperature Winkler) technology to be part of a feasibility study for the Equinor Mongstad Industrial Transformation (MIT) project. This ambitious initiative aims to transform solid waste and RDF into sustainable aviation fuel (SAF), reducing CO2 emissions and combating climate change.
As part of the study, GIDARA Energy will demonstrate their in-house HTW® Gasification unit, which is designed to convert solid waste feedstock into clean syngas. This process involves pre-treating waste through drying and storing, as well as cleaning and treating the raw syngas. The clean syngas generated will then be used to create SAF through either a Fischer-Tropsch process or a methanol/ethanol-to-jet process.
Dr. Norbert Kamp, CEO of GIDARA Energy, expressed excitement at the opportunity to collaborate with Aker Solutions and Equinor on this project. He stated that GIDARA’s mission is to address waste management challenges while reducing carbon emissions and mitigating climate change through innovative solutions such as their patented HTW® technology.
GIDARA Energy specializes in converting waste feedstocks into sustainable fuels and circular chemicals using advanced technologies such as gasification, pyrolysis, and hydrotreatment. Their HTW® technology produces versatile syngas capable of producing fuels like methanol, hydrogen, methane, and bio or circular chemicals. Additionally, this clean syngas can be used to generate heat and power, providing additional benefits to sectors looking to reduce their reliance on fossil resources and decrease carbon emissions.
The MIT project represents an opportunity for GIDARA Energy to further expand its market reach in the growing aviation fuel sector while contributing towards a more sustainable future for our planet.