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Plastic2Oil processor (521.32 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : JBI, Inc. has pioneered the development of a process that derives ultra-clean, ultra-low sulphur fuel (oil) which does not require further refining, directly from unwashed, unsorted waste plastics.
MikroSort AF 0916 (612.17 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : The MikroSort Typ AF0916 was developed especially for pourable products such as PET flakes and fine rock or mineral grains.
Collecting Methane Gas from Landfills (558.18 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Landfills emit considerable amounts of methane as organic material decomposes without access to air. Some landfills simply burn the methane gas in a controlled fashion to get rid of it. But the methane gas can be used as an energy source.
CONVERTER Technology (566.99 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Converter technology is developed by an Italian Company ompeco. Different series of the Converter technology treats different streams of waste.
BIOTECH Domestic Biogas Collection Digester (470.54 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Bio Methanisation is the technology applied for hygienically treating all types of easily degradable bio waste including organic waste water, night soil.
Advanced Gasification Technology (534.52 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Gasification is a process that converts carbonaceous materials, such as coal, petroleum, biofuel, or biomass, into carbon monoxide and hydrogen by reacting the raw material, such as house waste, or compost at high temperatures with a controlled amount of oxygen and/or steam.
Plasma Arc Flow(TM) Process Technology (486.66 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Plasma arc gasification is a method of waste management that uses high electrical energy and high temperature created by an electrical arc to break down waste materials primarily into elemental gas and solid waste. Relatively high voltage, high amperage electricity is passed between two electrodes, spaced apart, creating an electri...
Compact Waste to Energy Technology (technology using pyrolysis) (496.52 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : Compact waste-to-energy technology using pyrolysis to create low emissions and reduced footprint.
TFS. Batch Oxidation Systems (594.26 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : The BOS is a low emission and low labor approach to small and medium scale solid waste disposal. The BOS utilizes a gasification process which thermally converts waste products into a high value synthesis gas(syngas).
WTE Journal Inventory (547.50 kB)
Date of Upload : 28-Jun-2014
No. of Discussions : 0
Description : List of Journals selected for compendium of Waste to Energy
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Highlights

C&DWtE, Plastic, Medical Waste, E-Waste, Solid Waste, Food Waste, Waste & Climate                                                                       

Create 3R Knowledge Base

3R Knowledge Hub is continuously working towards capturing, creating and disseminating reduce, reuse, recycle (3R) knowledge products on various topics related to waste management in Asia. We continually seek our knowledge partners’ support in doing so.  We therefore request all the interested parties to support us with information on the following-

  1. City Waste Profile: City waste Profile is an assessment of waste management situation in a city. Local authorities and/or any interested individual and organization is welcome to share the information.
  2. Case Study: Case studies that highlight any flagship projects on solid waste management and 3R are welcome.
  3. Technology Factsheet: 3R recycling technology manufacturers and distributors are requested to share the available recycling technologies. Please note 3RKH do not endorse any of the technology or trade name, the sheer purpose is to share information.

Please kindly return the completed templates at rrrkh@ait.ac.th