Our technologies utilize a controlled (starved) air gasification process, which thermally converts waste products into a combustible gas. The unique modular design allows for application flexibility, simple installation, and ease of operation. With capacities from 5 to 2000 tons per 12-15 hours of waste processing, our systems are ideal for small municipalities and industries, as well as large-scale waste disposal applications. By adding thermal recovery equipment, we are able to produce heat, power and power recovery of up to 50 MW (enough energy to serve a small rural community) may be possible for the larger systems.


The Dynamis 3.0 technology actively mitigates many potential emissions problems such as particulates, NOx, many toxic volatile metals and dioxins/furans. However, our systems can incorporate either dry or wet scrubbers or other emission abatement systems to neutralize acid gases and absorb other dangerous by-products, such as mercury, depending on the waste type destroyed. The combustion of the primary gases in the secondary combustion system is usually sufficient to eliminate toxic gases at levels exceeding EU & U.S. EPA limits. Because the Dynamis 3.0 system requires no pre-treatment of waste and has few moving parts, it has many advantages over other thermal treatment systems. Its durable, simple design is easy to install and operate. Once the system is loaded it requires minimal operator attention and thus has lower labor costs.

The modular design allows for flexibility in application to meet capacities from 5 to over 2000 tons per 12-15 hours.  In addition, because of the technology employed, very little fuel is required to begin and sustain combustion. The foundation of the Dynamis design is simple, yet utilizes state-of-the-art technology allowing for a robust and efficient system which is both operational and maintenance friendly. At the same time, the system is highly resourceful for energy production and the environment.