waste to energy Equipment in District of Columbia

Serving District of Columbia | Near District of Columbia
537 Results found
  • Category: Waste & Recycling ×

  • Subcategory: Waste to Energy ×

  • Keyword: waste to energy ×

  • Location: USA ×

  • Location: District of Columbia ×

Cambi - Biowaste Treatment - Bio-waste to Energy

by Cambi AS     based in Asker, NORWAY

Cambi provides bio-waste plants that are focused on maximising biogas production and minimising final product mass. Because waste quality can differ to a significant degree, our systems are designed to handle a wide variety of conditions. Our patented process meets existing environmental requirements, including the Animal By-Products Regulation ...

Jet pumps for waste water aeration

by Körting Hannover AG     based in Hannover, GERMANY

In the case of waste water aeration Körting Ejectors fulfil the highest demands that effluent and sewage treatment plants can make on an efficient and reliable oxygen transfer system.

Ecomation - Model Series ETA - Waste to Energy Systems

by Ecomation Oy     based in Salo, FINLAND

ECOMATION converts used tires to fuel and valuable raw materials. Series ETA is Ecomation’s complete solution for tire recycling Treatment capacities are from 0,3 - 3 metric tons/h. (2000 -20 000 tons/year) or even more with paraller units. The state of the art thermocatalytic process of the process line can work 24/7 producing reusable = ...

Waste to Energy Plant

by EnviTec Biogas AG     based in Lohne, GERMANY

Every farm or food enterprise generates by-products which are eminently suited to biogas production. The targeted utilisation of organic waste can help generate energy and heat. This lowers overall production costs and is also good for the environment. In short: what you would normally dispose of is a valuable source of energy.

BWE Waste to energy

by bwe biogas-weser-ems GmbH & Co. KG     based in Friesoythe, GERMANY

Bwe has built successful biogas plants that work with different kinds of organic waste for more than ten years now. The organic waste produced daily by our society is used to produce thermal and electrical energy, thus making an important contribution to climate protection replacing fossil fuels. The organic waste is not always as clean as you ...

Waste-to-Energy Systems

by Organic Power Solutions     based in Indianapolis, INDIANA (USA)

American-made, factory built and tested OPS pyrolysis waste-to-energy systems are all scalable, modular and meet nearly all space requirements and waste volumes for locations around the world. Over 99% of waste converts into energy and co-products when introduced into the pyrolysis technology with every OPS pyrolysis waste-to-energy system. Waste ...

Dragon - Food Waste to Biomass Energy Plant

by Tidy Planet Limited     based in Macclesfield, UNITED KINGDOM

The Dragon food waste to energy biomass process, takes food waste and creates a valuable resource, biomass fuel. The system comprises of one our Gobi Dryers and a specially designed biomass energy plant. The dried food fuels the plant which generates heat and hot water (or steam / thermal oil). This is connected to one or more of your heat or hot ...

4HT - Revolutionary Waste-to-Energy Plant

by NEWGENS     based in Brig-Glis, SWITZERLAND

Our revolutionary plant waste-to-energy removes all types of waste, not pollutes the environment (zero emissions) and produces hydrogen. The 4HT installation is essentially a complete plant for the ecological transformation of the organically composed refuse (chemical carbon compounds) into electrical energy.

TITECH - Model x-tract - Separator with X-ray technology

by TOMRA Sorting (TITECH)     based in Mülheim-Kärlich, GERMANY

The TITECH x-tract identifies materials irrespective of their surface. With X-ray technology it can separate substances on the basis of their atomic density and is so able to separate material concentrates into differ x-tractent material types.

VacuDry - Mercury Recovery / NORM Wastes

by econ industries GmbH     based in Starnberg, GERMANY

Applications and design, Process: Indirect Heated Vacuum Thermal Desorption / Vacuum Distillation. Source: By-product from industrial processes, e.g. Chloralkali electrolysis Mercury contaminated sludge from natural gas drilling, oil and gas NORM Residues from fungicidal production, wood impregnation, amalgamation or recycled fluorescent tubes ...

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