Many years of experience
We have been successfully operating in the bioenergy sector since 2014. We have the knowledge, experience and understanding of the specifics of working in the Ukrainian market.
We convert pulp and waste into biogas and reduce energy costs. A biogas plant is a tool for achieving energy independence, stabilising production costs and ensuring the profitable recycling of production waste.
Your plant produces pulp every day
Drying costs are becoming a critical factor for the production economy
You are planning to reduce your energy costs and dependence on gas
You need an effective solution for waste management and generating additional income
The pomace and pulp are key feedstocks for biogas production in the starch and syrup industry. They have high organic matter and dry matter contents (on average, 20–25%), which ensure a stable biogas yield.
In addition to the basic streams, businesses can use:
This makes it possible to build biogas plants that utilise not just a single type of feedstock, but the entire range of resources available to the enterprise.
For such facilities, we employ solutions that do not require the feedstock to be dried, thereby reducing energy consumption and speeding up project commissioning.
Book a free consultation, and our managers will provide comprehensive information regarding your questions.
For starch and syrup plants, we use hybrid biogas plants: UASB/EGSB for effluent, and CSTR for pulp and solid waste. We homogenise and stabilise the raw materials to meet the required specifications. The biogas is purified of H₂S and moisture and used for power generation or as a gas substitute. SCADA provides full control. The pomace and pulp residue-based biogas plant generates energy to meet the plant’s own electricity and gas needs, unlike conventional processing methods.
We provide a range of engineering and consulting services for project implementation. From concept to efficient operation of the plant using your raw materials and location.
We are committed to long-term partnerships!
Many years of experience
We have been successfully operating in the bioenergy sector since 2014. We have the knowledge, experience and understanding of the specifics of working in the Ukrainian market.
Unique partnerships
We have reliable partners. Therefore, we can offer solutions that will allow each project to reach its full potential.
Reliable technologies
We use technologies with 90% availability for stable operation of installations, which guarantees efficiency and return on investment.
Stable work
We do not leave our customers alone after commissioning the facility. We provide 24/7 technical support and remain available under any circumstances.
Leave a request for a free consultation.
Corn and soya husks, potato and tapioca pulp, as well as wastewater, protein fractions, sludge, and substandard syrups are used for biogas production. Such raw materials have a high organic content, which ensures the stable operation of biogas plants.
The optimal solution is hybrid biogas plants: UASB or EGSB for liquid effluent and CSTR for pulp and solid waste. This configuration makes it possible to increase biogas yield and make effective use of the plant’s entire resource.
Yes. The process involves homogenisation, as well as adjusting the pH, temperature, and concentration. For solid waste, this also includes shredding. This ensures stable biogas production and protects the biogas plant from overloads.
On average, 90–120 m³ of biogas is produced from 1 tonne of pomace. This figure depends on the composition of the raw material, its moisture content and the quality of the pre-treatment.
Biogas plants in Ukraine allow you to avoid wasting energy on drying; on the contrary, they enable you to generate energy. This reduces gas costs and generates additional income from the use of biogas.
Biogas is used to generate electricity (CHP) or to replace natural gas in production processes. For most plants, the optimal approach is to use biogas to meet their own energy needs.
No. If biogas is used as a substitute for natural gas, a generator is not required. This reduces CAPEX and simplifies project implementation.
Usually 2–3 years. A quick payback is achieved thanks to high energy intensity of production, gas savings, and efficient use of waste.
Thank you for your request! The manager will contact you shortly to answer all your questions.
In the meantime, check out our implemented projects.
Periodically, you will receive letters from us with all the latest news from the field of bioenergy.
So that the letters do not end up in spam, please add info@pro-energy.com.ua to the list of contacts in the mail.
We will be in touch!