Technology

Machine that assists with sorting MSW. This setup allows for recovery of recyclables and metals. The waste is ultimately shredded and pastuerized. This allows for safe handling in further use. (Plus, this eliminates any scents!)

Molecular Dislocation. This equipment uses a plasma arc to heat waste in excess of 1000C in a closed system. At these extreme temps, the waste undergoes molecular dislocation and is broken down to basic components. The result is useful synthesis gas(syngas), and vitrified slag(glassy inert inorganics).

These special fuel cells operate at high temperature and therefore, high efficiency. They are also fuel flexible and these particular units even capture CO2 as a manageable exhaust stream.

These are basically the opposite of SOFCs. You supply power and water, and they will produce Green Hydrogen.

Hydrogen is the smallest of all the elements, so how it's handled and stored is imperative to safe operations. This solution stores Hydrogen in a solid state.

This is a non-battery long duration storage(LDS) device that is similar in concept to Pumped Hydro Storage(PHS).

A microgrid a power network that can operate independently of the national power grid. There is typically generation, storage, some sort of load balancing, and if it is connected to the power grid, then they can also offer ancillary services.

This ancillary serice is typically provided by large flexible loads, that when called upon by the grid, reduce consumption so there is more electric supply available. We're working on a way to incorporate this service even when there is no load. Instead, acting like a green peaker plant.

This involves running high power servers that provide the security for the Bitcoin Network. In effect, you are digitizing energy into a virtual commodity. Due to its large power consumption and high level of controllability, it is situated well for load balancing and traditional demand response, in grid connected settings.