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NGT

NGT provides a modular, carbon‑negative waste‑to‑energy system that uses a patented slow gasification process to turn mixed solid waste—including plastics, e‑waste, biomass and tires—into synthetic gas, light oil, biochar and heat with zero emissions. The compact units are scalable from 12,500 t/a and can be installed on‑site at landfills or industrial facilities, delivering high energy recovery and certified product quality for municipalities and industrial energy users.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Industrial and municipal waste streams contain diverse solid materials—including plastics, e‑waste, biomass, tires, and other residues—that are difficult to dispose of sustainably. Conventional waste‑to‑energy methods often emit pollutants, have low energy recovery, and require large, costly facilities, limiting their adoption by many companies and cities.

Solution

NGT offers a carbon‑negative, modular waste‑to‑energy technology that converts a wide range of solid waste into high‑quality synthetic gas, light oil, biochar, and thermal heat without emissions. The patented slow gasification process operates in a three‑stage, oxygen‑free reactor, delivering higher energy recovery and low‑contamination products compared with traditional solutions. Units are compact, scalable from 12 500 t/a, and can be installed at landfill sites or industrial facilities, providing a low‑cost, on‑site energy source. Certified performance guarantees from a major German insurer ensure product quality and reliability for end users.

Target Audience

Primary customers are municipalities, waste‑management companies, and industrial firms with high energy demand that need compact, low‑emission solutions for processing diverse solid waste streams.

Features

  • Patented slow gasification using thermolyzation in a three‑stage, oxygen‑free reactor
  • Converts hundreds of waste types (plastics, e‑waste, biomass, tires, sludge, wind‑blade fragments, etc.) into syngas, light oil, coke, and biochar
  • High energy recovery with low‑contamination outputs suitable for use as natural‑gas‑equivalent syngas
  • Modular plant design scalable from 12 500 t/a, compact footprint for easy siting at landfills or industrial sites
  • Certified product quality with performance guarantees backed by a leading German insurance provider
  • Zero emissions operation, supporting carbon‑negative waste management goals
This profile is AI-generated and may contain inaccuracies.