Waste to Energy Technologies Ltd has partnered with Micro Energy Japan which has patented technology to convert any organic waste into forms of sustainable energy including green Bio-Fuels and Hydrogen Gas at 99.999% purity, in a totally enclosed system with no toxic emissions and reducing our Carbon footprint.
WtG – Technology Solution
Tar Free Gas
Japan’s Dioxin Emission Regulation requirement is < 0.1 ng-TEQ/Nm3
The following results were obtained by the Japanese Inspection Institution
Micro Energy Dioxin Measurement Results
0.000091 ng-TEQ/Nm3
- Nm3 is a normal cubic meter at a temperature of 0 degrees Celsius and a pressure of 1 atmosphere (or 1,01325 bar).
- 1 nanogram(ng) is equal to 0.00001 milligram (mg).
- Toxicity Equivalency (TEQ) means the method for calculating the toxicity weighting of dioxin concentrations.
Results show that the Tar ingredients is almost zero. Demonstration Facility at Tokushima in Japan:
- 13.0 mg/Nm3
- 14.0 mg/Nm3
Demonstration Facility at Yamanashi in Japan:
- 14.0 mg/Nm3
Below a table comparing the Micro Energy system to generic gasifiers.
WtG – Technology Solution
Best Hydrogen Gas Extraction
Our patented technology offers a higher concentration of Hydrogen Gas compared to other competitive companies.
H2 Gas % + CO Gas % >= 90%
Micro Energy Company Details
Micro Energy Japan Mission is to spread worldwide our Waste to Gas (WtG) & Biomass to Liquid (BtL) technology to create large amounts of renewable energy, thereby contributing to “Early Realization of the Hydrogen Society” and “Prevention of Global Warming” as the results. Micro Energy wants to be recognized as a competitively successful company that continuously delivers shareholder value by designing and selling WtG & BtL units to small and medium sized businesses, municipalities and communities around the world that will help them to solve environmental and energy problems.
Micro Energy has a fundamental belief that we can make a difference in the world and in particular, we aim at turning untapped resources like biomass and waste into heat, electricity and ultimately bio-diesel.
Global Impact
United Nations Global Goals for Sustainability of the planet’s resources
Our projects support 7 out of 17 of the United Nation’s Sustainability Goals for 2030. Our machines provide affordable and clean energy, industry innovation and infrastructure, sustainable cities and communities, climate action, life below water, life on land, and partnerships for the goals.
We aim to provide an innovative renewable energy source for the upcoming
realization of the hydrogen society.
Meet Our Team
Meet Our Awesome Team
Knowledge Center
Latest Documents
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Biomass to Liquid (BTL) System
Local production for NZ consumption Various types of biomass and waste can be used as feedstock for MEH BTL units. The feedstock used impacts not only on the technical aspect of the process, such as SynGas quality and Biofuel volumes, but also the economics of BTL. The shortest path to becoming a “Hydrogen Society” is…