Is it possible to:

• produce energy
• handle residuals from production
• be CO2 negative and
• produce fertilizer

- at the same time?

Yes – by new designed pyrolysis reactor
- the future green solution!

We have developed a method and a reactor for pyrolysis treatment of virtually all hydrocarbon-containing material - including sewage sludge, synthetic materials, animal and vegetable biomass.

It is a new designed pyrolysis reactor.

A pyrolysis gas system has been developed which, via flash pyrolysis and with a newly developed reactor design, extractes a clean gas without tar and with a calorific value of 18-21, which therefore works perfectly in a CHP plant and a biochar with almost no PAH.

One must imagine the gas generator used on cars during World War II in a larger and newly developed design - but the basic principle is the same. The challenge during the war was, and has been ever since, that the calorific value has been at 3-5 , and that tar fragments in the gas have caused engines to quickly to work bad because of soot - alternatively that the plants and processes developed have been unprofitable.

It is now resolved.

The plant has at least 4 immediate value-adding benefits for potential customers - but overall, community benefits:

1. Pyrolysis gas for energy – electricity and/or heat - with a high calorific value (18-21). To compare, this method produce approx. 50% more gas than a conventional biogas plant.

2. Waste management / disposal of residual products from production - handles virtually all hydrocarbon-containing material.

The residual product is a useful coal product - biochar with at least two value creators:

3. The process is CO2 negative, as the carbon content of the biochar contains more than 20% of the CO2 that otherwise would be released e.g. by incineration or digestion. Used as fertilizer, the CO2 will be bound for more than 2,000 years.

4. The biochar contains most of the biomass's original fertilizers that are fully absorbable to plants - mainly the phosphorus. Phosphorus is already on the global agenda as a future shortcoming. E.g. by burning, almost all the phosphorus content is lost in relation to plant uptake.