HydroCarbons & Energy by Recycling & Biogas

The demand for landfill recycling is expected to increase.
Studies say that Humanity will produce even more waste.
The demand for and prices of crucial raw materials are expected to increase.
A significantly larger amount of plastic and communal waste should be recycled.
As physical recycling generates micro- & and nano-plastic particles, chemical recycling solutions will be more needed.
Biochemical solutions will also be required, particularly in the fields of biogas production, biogas upgrading, and grid supply.

The EU aims to increase the amount of chemically recycled waste substantially.
Contaminated waste should be treated in an eco-friendly and profitable manner.
Recycling PVC remains challenging for most recycling facilities due to the presence of hydrochloric acid (HCl) gas.
Recycling Unsorted Communal Waste and Landfills is also still a challenge
The international transportation of waste is becoming increasingly complex.
The pollution of Oceans, Seas, and Rivers is a life-threatening issue.
Biogas plants are not very efficient, especially the older ones.
Biogas is not the cleanest or of the best quality.
Biogas cannot be supplied to the grid.
Biogas is challenging to transport and utilize as a fuel.

"Recycling PVC" can handle any amount of PVC without deterioration and toxic, mixed, non-separated plastic waste. The manufacturer has realized industrial projects for Ford, BMW, Jaguar, Land Rover, GM, Scania, and Rolls-Royce.
"Recycling Plastic" recycles even contaminated plastic with a staggering 700% energy efficiency and zero CO2 emissions, generating 70% high-quality oil and approximately 25% gas.
"Recycling Communal Waste & Landfills" can quickly turn vast amounts of PVC, Tires, Toxic, Mixed, Non-Separated, Plastic, Communal, Organic, and Landfill Waste into oil, gas, carbon, and water. It is very flexible in size, ranging from one ton to 250 tons per day per machine.

We analyze a 10 kg sample of waste shredded into 2 mm pieces and propose a custom-tailored solution for treating this specific type of waste.

"MAXING OUT BIOGAS": We can build the highest efficiency biogas plants from the smallest to the most significant size, with Organic Mineral Fertilizer output and "No Waste" technology. We received the "Best Biogas Plant under $1M" Award and built seven excellent plants of various sizes in the UK and Australia.
"Upgrading Biogas Plants": An average of 30% increase in efficiency, with the additional benefit of extending the lifetime of equipment.
“Recovery of water from digestate”: With special concentration and wastewater treatment, the water can be recycled as a raw material.
“Recovery of organic matters from digestate”: The concentrated digestate can be turned into a valuable waste product, serving as an organic fertilizer.
"Biogas to the Grid": Improving biogas quality substantially, from cca. 50% CH4 content to a staggering 95+%, this is a 90+% increase compared to the base.
"Biogas to LNG": Turning biogas transportable and fuelable.
"Biogas to Energy": Producing electricity and heat with a CHP Unit.

[email protected]
WhatsApp: +36 70 413 6888, +36 70 366 9375

You gain access to scalable, high-efficiency recycling technologies with proven industrial success.
You reduce operational and environmental costs while complying with tightening global regulations.
You support circular economy goals by turning waste into valuable resources like energy and raw materials.
You enhance your company’s sustainability profile, attracting eco-conscious partners and investors.