Ideas. Engineered into energy.

Via G. A. Amadeo, 59 20134 Milan - Italy

© Copyright 2025 Andion

PROJECTS

Transforming waste into cleaner energy

Creating biomethane natural gas

We treat a number of organic wastes, individually, to create low-cost carbon-negative renewable energy in the form of natural gas and high grade agricultural fertilizer.

Technology
EXPERTISE AND OVERSIGHT

Managing the entire lifecycle of
the plant

With solid experience in the world of industry, Andion retains management and oversight functions across the entire plant lifecycle but has close engagements with third-party contractors to optimize plant design, maximize the success rate of its developments and minimize third-party margins.

Eskilstuna Biogas - Sweden
Eskilstuna Biogas
(Sweden)

70 GWh biogas plant constructed and partly financed by Andion CH4 Renewables. The project has the capacity for processing of up to 150,000 tons per year of locally sourced agricultural waste and food waste to produce up to 5,400 ton per year of liquefied biogas.

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Eskilstuna Biogas
(Sweden)

70 GWh biogas plant constructed and partly financed by Andion CH4 Renewables. The project has the capacity for processing of up to 150,000 tons per year of locally sourced agricultural waste and food waste to produce up to 5,400 ton per year of liquefied biogas.

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Biomethan Green 1
Mirandola - Italy
Biomethan Green 1
Mirandola (Italy)

This 45 GWh LGB plant, with Andion anaerobic digestion technology, will avoid the emission of 8,000 tons/year of CO2, and will guarantee the treatment of over 65,000 tons of pig and cow slurry and poultry litter per year, reducing the abundance of animal waste being produced in the area.

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Biomethan Green 1
Mirandola (Italy)

This 45 GWh LGB plant, with Andion anaerobic digestion technology, will avoid the emission of 8,000 tons/year of CO2, and will guarantee the treatment of over 65,000 tons of pig and cow slurry and poultry litter per year, reducing the abundance of animal waste being produced in the area.

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Our projects

Our projects employ a variety of waste streams

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