High Temperature Gasification Submerged Arc Furnace
Efficient-C Gen1 1-MW unit already developed, built, and operated
Gen 1 - One MW unit already developed, built, and operated
Baghouse Filter, Power Supply
Offgas, Demister and Filter
Melter pot, Electrodes, Reactor
Shredder, Melter Pot, and Reactor
Our deployable system, based on our proprietary Gen 2 Efficient-C module, is cost-effective and configurable for end-users needing green alternatives to natural gas and hydrogen fuels.
The Gen 2 Efficient-C module is cost-effective and configurable, producing green alternatives to natural gas and hydrogen fuels from organic materials available to the end-user in quantities to meet their specifications.
New Legacy Technologies technical team has proprietary IP and decades of experience with multiple completed projects applying high-temperature gasification to many biomass feedstocks.
The best solution for locally produced hydrogen and renewable natural gas derived from waste biomass available for on-site consumption.
Gen 2 Efficient-C Modules from 1 to 5 Megawatt
Texas-based manufacturing partner with proven process, mechanical, engineering and design capabilities.
Transportable size enables quick deployment of Green Hydrogen or Renewable Nature Gas (RNG)production units around the world.
Flexibility of feedstock is a significant advantage.
Solves problems of waste disposal.
Competitive end user license agreement.
Project Capacity Easily Scales to 5 MW or Larger
Available products - H2, CO, RNG
With modifications - NH3, CO2
5-MW and larger units manufacture Green H2 and RNG in industrial quantities.
Planned 50 MW facility designed to align with existing GTL production platforms will produce SAF and other liquid fuels.
A Game Changer in the Energy Sector
Our technology is 3x more efficient and much more flexible than other renewable energy processes. We have the industry experience, capacity, and capabilities to scale to industrial size.
Ultra-high temperature can process a wide range of waste stream feedstocks
High heat reduces organic materials to simple common elements (H2, CO, N)
These common elements are transformed into various hydrocarbon products using established processes
Closed-loop design minimizes losses to effectively zero and can produce electricity on site
High efficiency increases yields and reduces the cost of products
