MAGS uses Terragon''spatented technology: Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small amount (5% by weight) of harmless
MAGSTM uses Terragon''s patented technology, the Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small volume (5%) of harmless residue (bio-char) and energy. The treatment reactor is about the same size as a 55 gallon drum.
Auto Gasification is Terragon''s patented technology. MAGS thermally breaks down waste into biochar and syngas. The syngas is then used as fuel to make the process self-sustaining. • 120 kW energy generation (hot water or space heating) • Integrated gas cleaning and energy recovery • Quench and scrubber eliminate dioxin/furan formation
A newly developed Micro Auto Gasification System (MAGS) converts waste on board into thermal energy in the spirit of the circular economy, further increasing the ship''s efficiency. Fuel cells are considered the technology of the future. The principle is as simple as it is ingenious. Hydrogen plus oxygen are converted into electricity and heat.
system requiring minimal maintenance Maintaining a safe, clean and sanitary habitat under all circumstances Low fuel consumption and Energy efficient system based on auto-gasification technology A Clean thermal treatment technology for all organic based waste onboard Eliminates disposal costs for hazardous organic waste. Recovers 100 kWh
----- Abstract A compact, container express (CONEX)-housed waste to energy unit, Micro Auto Gasification System (MAGS), was characterized for air emissions from burning of types of military waste as a preliminary characterization of potential gasification emissions. The MAGS unit is a dual chamber gasifier with a secondary diesel-fired combustor.
Micro Auto Gasification System MAGS Compact, efficient and environmentally safe technology for the conversion of waste into thermal energy for use by the site where the waste is generated. MAGS can be used to eliminate all combustible
Terragon has developed the Micro Auto Gasification System, or MAGSTM, which is intended to be the world''s most compact, efficient and environmentally safe technology for the conversion of waste into thermal energy for use by the site where the waste is generated. MAGS can be used to eliminate all combustible
Terragon has developed the Micro Auto Gasification System, or MAGSTM, which is intended to be the world''s most compact, efficient and environmentally safe technology for the conversion
MAGSTM uses Terragon''s patented technology, the Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small volume (5%) of harmless residue (bio-char) and energy. The treatment reactor
Cliquez ici pour lire ou télécharger la version française.. The purpose of this article is to introduce the application of Terragon Environmental Technologies'' (Terragon) Micro Auto Gasification System (MAGS) for the destruction of infectious waste streams in response to the global SARS-CoV-2 / COVID-19 / Coronavirus pandemic.
The industry-first Microwave-Assisted Pyrolysis (MAP) and Micro Auto Gasification (MAG) systems will be used this year on two of the company''s new LNG-powered ships, the Royal Caribbean''s Icon of the Seas and Silversea Cruises'' Silver Nova. In addition to the new waste-to-energy systems, the company has also added the Galapagos
MAGS uses Terragon''s patented technology, Auto Gasification, to thermally break down waste and transform it into a solid carbon material (bio-char) and a synthesis gas (syngas). The syngas becomes the main fuel source for MAGS, which eliminates the need for external energy sources and renders the appliance virtually self-sustainable.
MAGS TM (Micro Auto Gasification System) is a patented system used for the generation of energy and bio-char from combustible material, such as paper, plastic, packaging, wood, textiles, food waste, agricultural waste, contaminated solvents, used oils, sludges, infectious or hazardous materials, and various industrial by-products.
In this study, two same parallel updraft auto-thermal gasifiers (Terragon Micro Auto Gasification System, MAGSTM) with the related MSW feeding, air inlet, and char/ash removal devices were used to convert MSW into syngas and char (Fig. 1.b). The schematic of a gasifier was displayed in Fig. 1 a. Typically, the MSW was fed into the gasifier from
MAGS uses Terragon''spatented technology: Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small amount (5% by weight) of harmless residue (bio-char) and
MAGS uses Terragon''s patented technology, Micro Auto Gasification, to thermally break down waste and transform it into a solid carbon material (bio-char) and a synthesis gas (syngas). The syngas becomes the main fuel source for MAGS, which eliminates the need for external energy sources and renders the appliance virtually self-sustainable.
MAGS uses Terragon''s patented technology, Micro Auto Gasification, to thermally break down waste and transform it into a solid carbon material (bio-char) and a synthesis gas (syngas). The syngas becomes the main fuel source for MAGS,
FEATURES • 120 kW energy generation (hot water or space heating) • Integrated gas cleaning and energy recovery • Quench and scrubber eliminate dioxin/furan formation and the release of hazardous pollutants, including particulates and acid gases • Automated biochar removal system for simplified maintenance • Allows for 24-hour
MAGS TM uses Terragon''s patented technology, the Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small volume (5%) of harmless residue (bio-char) and energy. The treatment reactor is about the same size as a 55 gallon drum.
Auto Gasification is a patented technology which thermally breaks down hydrocarbons into solid carbon and synthesis gas and uses the synthesis gas to fuel the process. MAGS offer exceptional energy efficiency and can be operated anywhere MAGS converts all organic waste, such as plastics, papers, food, cardboards, textiles, wood, used oil,
MAGS uses Terragon''s patented technology, the Auto Gasification Process, to thermally break down hydrocarbons in waste and transform them into a small volume (5%) of harmless residue (bio-char) and energy. The treatment reactor is about the same size as a 55 gallon drum.
WTE Systems. PROJECTS. WTE Products. TRADING. EVENTS. CleanEnviro 2018. MAGS 2019 - 2021. UGS1 2021-2023. CONTACT. WTE PRODUCTS. Micro Auto Gasification System (MAGS) MAGS is a patented, world''s most compact, efficient, and environmentally safe technology for the conversion of a variety of wastes to produce thermal energy for use in the
MAGS uses Terragon''s patented technology, Auto Gasification, to thermally break down waste and transform it into a solid carbon material (bio-char) and a synthesis gas (syngas). The
Terragon’ s novel Micro Auto Gasification System, or MAGS TM, is the world’s most compact, efficient and environmentally safe technology for the conversion of a variety of combustible materials into thermal energy for use by the site where these materials are generated.
Auto Gasification is Terragon’s patented technology. MAGS thermally breaks down waste into biochar and syngas. The syngas is then used as fuel to make the process self-sustaining. The throughput depends on the bulk density of the waste being treated.
Terragon’ s novel Micro Auto Gasification System, or MAGS, is the world’s most compact, efficient and environmentally safe technology for the conversion of a variety of combustible materials into thermal energy for use by the site where these materials are generated.
In Terragon’s proprietary Auto Gasification process, the synthesis gas is used as the fuel for the process. Thus, the waste is converted to inert carbon products by “cooking it” and using the vapours generated from the “cooking” as the fuel for the process. MAGS TM is USDA approved by APHIS as a technology for handling Regulated Garbage.
In addition, gasification technology is highly suitable to recover the thermal energy from the process. Eliminates disposal costs for hazardous organic waste. Recovers 100 kWh
We are deeply committed to excellence in all our endeavors.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.