.png)
🌿 TRANSFORM YOUR WASTE INTO CLEAN, SUSTAINABLE ENERGY WITH OUR INNOVATIVE SOLUTIONS! ♻️
Waste-to-biogas systems
Looking to turn your waste into a reliable and profitable energy source? Our waste-to-biogas systems are the perfect solution. Biogas, produced through the anaerobic digestion of organic materials, is a high-calorific fuel that can easily be converted into electricity and heat using a biogas engine (cogenerator). This system allows you to generate steady revenue year-round, with continuous production 24/7, 365 days a year. Plus, it actively supports decarbonization by converting your organic waste into valuable energy.
How is Biogas Produced?
Biogas is produced in a digester through a four-stage anaerobic biochemical digestion process:
-
Hydrolysis
-
Acidogenesis
-
Acetogenesis
-
Methanogenesis
This process transforms carbohydrates, fats, and proteins into methane (50-70%) and carbon dioxide (30-50%). Fermentation is complete once the substrate passes through all stages. Each stage is carried out by specific microbial populations, ensuring the efficient conversion of organic materials.
The key parameters of the process are temperature and hydraulic retention time (the time the substrate remains in the digester). Most agricultural methanization units operate at mesophilic temperatures (35-42°C), with retention times ranging from 20 to 70 days, depending on the type of raw material.
What Organic Materials Can Be Used?
Anaerobic digestion can convert nearly all types of organic materials into biogas, except for plant materials high in lignin or cellulose (such as wood). Organic waste (sewage sludge, livestock effluents, municipal and industrial waste), agricultural by-products, and energy crops are ideal feedstocks for this technology. Each type of feedstock offers varying energy yields, providing great flexibility in usage.
Why Choose Biogas?
Biogas offers a wide range of benefits for your business:
-
Continuous production of electricity and heat through a cogeneration system.
-
Constant biogas storage, allowing for optimized energy management.
-
Cost reduction with decentralized production that meets both base load and peak demand.
-
Electricity injection into the grid in a decentralized manner, even under unfavorable network conditions.
-
Contribute to a greener future by turning your waste into energy while reducing your carbon footprint.
By choosing our systems, you're selecting an eco-friendly, cost-effective, and innovative solution that actively contributes to the global energy transition.