
Our Solution
Moving Injection Horizontal Gasification
MIHG
(Patent Pending)

Key Benefits
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Simple, reliable, low cost
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Suitable for a wide range of variable feedstocks with no preparation required
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Unique configuration avoids many problems faced by conventional gasifiers
The Problem
ORGANIC &
RESIDUAL WASTE
Organic waste including biomass is a source of stored renewable energy, however it is a difficult feedstock and is often simply mulched, composted or landfilled. Post-recycling residual waste is typically landfilled creating poor environmental outcomes
INTERMITTENT
RENEWABLES
EXISTING
TECHNOLOGY
Combustion technology is not attractive at the smaller scales needed to match the available waste volumes. Gasification is a promising alternative, however existing technologies are also not viable at small scale
Generation from intermittent renewables such as solar and wind is increasing rapidly. Without dispatchable sources of renewable power, massive investment in energy storage will be required
How it Works

MIHG Reactor
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Feedstock is loaded
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Reactor is closed
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Feedstock is ignited
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Air injection point is slowly retracted to gasify the fuel
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Reactor is opened and reloaded
Gas Cleanup
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Raw syngas is cleaned using proven technology
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By-products are recycled to MIHG reactor
Gas Engine
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Clean syngas is converted to power using proven gas engine technology
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Renewable baseload power is supplied to customer or grid
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Optional cogeneration of heat and power or production of hydrogen and biofuels
Sustainability
The MIHG process delivers negative net greenhouse gas emissions when processing general wastes destined for landfill.
The MIHG process produces renewable energy products such as electricity, hydrogen, syngas and biofuels/chemicals.
The MIHG process reduces the quantity of waste sent to landfill.
The MIHG process can be integrated with material recovery facilities to increase waste recycling and transition to a more circular economy.
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