Plagazi is pleased to announce the collaboration with Inentec, the industry leader in gasification systems. Plagazi and Inentec has signed an exclusive collaboration agreement for Europe. Inentec develops solutions to turn waste into valuable green energy and will contribute in the development of the Plagazi patented gasification process turning waste into green hydrogen. InEnTec, located in Highland, Washington, have worked for over 20 years to promote plasma gasification of waste. Their technology is in use at several locations in USA, Japan, Taiwan and Malaysia. The plant in Arlington, Oregon produces hydrogen and serves as a demonstration unit for future potential.
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GREEN HYDROGEN FROM WASTE
Green hydrogen can replace fossil fuels
Plagazi has barely scratched the surface of hydrogen’s potential as a replacement for fossil fuels. One kilogramme of hydrogen contains 119 MJ of usable energy, giving it the highest energy content of any fuel. Hydrogen is an essential and irreplaceable cornerstone for an inevitable energy- and mobility green transformation. The patented Plagazi process can produce green hydrogen that can be used in many application areas such as fuel for transportation, power generation and substituted to natural gas.
The hydrogen produced in a Plagazi Plant is safe to use, green and clean, as it burns with zero emissions. The only thing to escape from burning hydrogen is harmless water vapour, no CO2 or any other harmful residue are created during the process.
The patented Plagazi® Process is circular by converting waste to green hydrogen
The Plagazi® Process contributes to the circular economy by utilizing the energy in waste and the by-products (slag and metals) to be recycled. The technology enables the conversion of difficult feedstocks like MSW (municipal solid waste), sewage sludge and hazardous waste into green hydrogen. The slag for use in road bedding and other construction-based applications and the metal is recycled in the metallurgic industry while the carbon dioxide is stored according to the CCS technology.
A HE2000 Plagazi plant has an annual 20.000 ton waste capacity, and production capacity of 2000 m³/hour, that can serve 150 hydrogen fuelled busses. Produced hydrogen can be converted to electricity corresponding to 3,3 MW by means of fuel cells. Plagazi is in collaboration with InEnTec, the industrial pioneer developing solutions to turn waste into valuable green energy.
Plagazi develops, manufactures and operates plants
The Plagazi® Process is competitive since the production cost is only 25% vs producing hydrogen through electrolysis of water. The Plagazi® Process explained in short terms.
1) The process is fed with available waste (e.g. Municipal solid waste, Auto Shredder Residue, car tires, industrial waste, hazardous waste, etc.).
2) The waste is exposed to temperatures >3 000oC in a plasma generator and thereby converted into gases and simple atoms.
3) The gas from the plasma generator is transformed into green hydrogen in three sequent cleaning steps.
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Green hydrogen
The Plagazi Process for production of hydrogen, out of GROT (wood residues) and other organic waste, is green according to the CertifHy definition and gives a negative CO2 contribution when combined with CCS. There is a new emphasis on hydrogen in Europe, following the presentation of the European Hydrogen Strategy, and the formation of the Hydrogen Alliance in July 2020. The Hydrogen strategy has set up ambitious targets for hydrogen production, but still with a bias on electrolysis. The European Commission should welcome all technologies, and reward CO2 reduction. Green Hydrogen, however it is produced. With a certification of hydrogen,.
The EU Landfill Directive
Landfills become the impulse for the removal of enormous measure of Municipal Solid Wastes (MSW). Landfills have generally been viewed as a definitive answer for putting away squanders at least expense. The removal of huge amounts of trash every day with no treatment and isolation make loads at landfill locales. Studies have demonstrated that decreased landfilling in benefit of expanded reusing of materials and vitality lead to bring down environmental impact, lower health risks, and lesser utilization of vitality assets, lower energy resources, lower economic costs and finally sustainable waste management. The EU-directive[1] points out the following: According to the.
COVID-19 is generating tons of medical waste
China has seen amazing measures of clinical waste. It is not clear if U.S. and European effects may be comparative. In China, the coronavirus — which causes COVID-19 — has left the nation managing piles of clinical waste. The South China Morning Post has revealed 28 urban areas are struggling to manage it, including Wuhan, the main zone significantly affected by the emergency. That city is creating in excess of multiple times its standard measure of clinical waste, per the Post’s revealing, and clinical waste treatment offices in all the influenced urban areas are working at their full limit. During.
Pre-study for Dillinger
Dillinger in Germany has commissioned Plagazi to perform a pre-study to establish the feasibility for a hydrogen plant at their steel mill site in Dillingen/Saar. The hydrogen would be used as reduction agent in their blast furnace and replace coke, thereby substantially reducing CO2 emissions. The waste would come from Dillinger’s current operations at the site.
Richter Recycling GmbH and Plagazi enter a pre-study agreement
Richter Recycling GmbH and Plagazi have made an agreement to make a pre-study for building up a Plagazi Process plant. The pre-study will highlight the advantages changing from today’s incineration to the Plagazi Process. Upgrading vehicles Richter Recycling has also expressed their wish to upgrade its vehicle fleet to hydrogen powered vehicles. Richter sees the opportunity to improve the economy by a change-over and at the same time contribute to reduction of CO2 emission. Excess hydrogen from the process could be fed into the existing gas pipeline system in the Berlin area.
Köping and Plagazi – letter of intent
The city of Köping and Plagazi have signed a letter of intent for a long-term energy cooperation with the intension to replace today’s waste incineration with a state of the art Plagazi Process plant. A feasibility study is initiated to examine the possibilities of designing a brand new type of plasma combustion reactor for hydrogen and district heating production, based on research at KTH in Stockholm and technology from Westinghouse Plasma. There is a potential to use, not only household waste, but also what today is considered “scrap” and non-combustible material, to produce hydrogen in a completely closed system, without.
The Global Climate Challenge
CCS Carbon capture and geological storage (CCS) is a technique for trapping carbon dioxide emitted from large point sources such as power plants, compressing it, and transporting it to a suitable storage site where it is injected into the ground. This technology has significant potential to help mitigate climate change both in Europe and internationally, particularly in countries with large reserves of fossil fuels and a fast-increasing energy demand. The EU-directive EU has recently issued a directive in order to cope with growing climate change challenge. The directive on the geological storage of CO2 (so-called “CCS Directive”) establishes a legal.
Reasons Hydrogen Powered Fuel Cell Buses Are The Ideal Solution
Recently, Denmark, Sweden, and Norway have pledged to tackle fossil fuel use by setting and meeting ambitious clean energy goals in alignment with targets set at the Paris accord. 1. Support and administration abilities are as of now set up. The Ballard Europe administration group is entrenched and positioned in Denmark, taking into consideration productive fixes and administration on fuel cell transport armadas all through the European Union. Past adjusting and fixing the transports, the group effectively accumulates information that it imparts to travel offices to help them constantly enhance the transports’ execution in these one of a kind situations..