Gasification

Across most 2050 net-zero scenarios, there is continued robust demand for low-carbon, low-cost gases, liquids, fuels, and infrastructure. Energy feedstocks are available in plentiful supply and offer a versatile portfolio of low-carbon options that can reduce greenhouse gas emissions and provide the economy with resources needed for sustainable growth.

Gasification provides a means for converting a wide range of bio feedstocks—wood, crop residues, and wastes—into synthetic gas or simply syngas. The production of bio-derived syngas is a pathway to reduce carbon impact not only in energy, but also in industry and agriculture.  Before gasification can effectively compete for new uses in the market, the potential economic advantage must be compelling, and the probability of success must be demonstrated.

The principles of gasification have been around for a long time, and GTI Energy is recognized as a global expert in this field. GTI Energy collaborates with partners to demonstrate technical innovations, new feedstock applications, and better process integration to lower costs and increase reliability. We have extensive experience in the design, construction, and operation of gasification systems, including seven trademarked processes.