Project cooperationUpdated on 8 November 2025
Biomass Energy Network: A Regional Approach to Sustainable Heat and Power (BERASH-P)
About
Highlights:
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Optimal supply chain which is resistant to fluctuating demand is produced.
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Location and the number of all facilities (production and storage) are optimized.
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Different technologies in production facilities are considered.
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Allocation and transportation activities are optimized.
Description:
This project seeks to design and optimize a regional network of biomass-based energy production facilities that efficiently generate heat and electricity. By harnessing biomass resources, the project supports a renewable energy system with minimized emissions and reliance on fossil fuels. Our approach includes planning and constructing strategically located production and storage facilities that leverage diverse processing technologies suitable for various biomass feedstocks.
In addressing regional demand uncertainties, the project applies advanced algorithms to optimize facility locations, quantities, and allocations within the network. This ensures adaptability to fluctuating energy needs while minimizing operational costs and environmental impact. Additionally, transportation logistics are streamlined for maximum efficiency, guaranteeing that heat and electricity reach communities and industries with minimal losses.
Social benefit:
The project not only enhances energy security by reducing dependency on external energy sources but also fosters local economic development through the establishment of new jobs in plant operation, maintenance, and transportation. This initiative contributes to a circular economy by promoting sustainable resource use and recycling organic waste as biomass feedstock. The project also supports rural communities by offering new income streams through biomass sourcing, thus bridging the urban-rural economic gap. Through environmentally conscious practices, the project prioritizes public health by lowering greenhouse gas emissions and enhancing air quality.
What is sought?:
In this project, we need a partner having a solid expertise and/or capability in -at least- one of the following topics:
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Estimating essential parameters (eg cost, demand, etc) via cutting-edge AI algorithms
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Providing implementation opportunity
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Software development (management panel, coding algorithm, etc)
Please feel free to offer your benefits.
Topic
- PED topic 1 – Driving a just transition: PED strategies in social and subsidised housing
Type
- Looking for partners to join a project
Similar opportunities
Project cooperation
Balıkesir Metropolitan Municipality welcomes partnerships on PED-related topics.
- Looking to join a project
- PED topic 3 – PEDs in urban heating and cooling strategies
- PED topic 1 – Driving a just transition: PED strategies in social and subsidised housing
Burak Uzun
Project Specialist at Balikesir Metropolitan Municipality
Balikesir, Türkiye
Project cooperation
Energy Communities & Local Energy Transition Strategies and Projects
- Looking to join a project
- CUE topic 1 – Resilient green and social infrastructure
- PED topic 3 – PEDs in urban heating and cooling strategies
- PED topic 2 – Ensuring positive socio-economic impact: PEDs in local economies and energy markets
Lucas Anton Losada
Corporate Officer at Senda Sostenible
Madrid, Madrid, Spain
Project cooperation
AI-driven solutions for Positive Energy Districts and energy communities
- Looking to join a project
- PED topic 3 – PEDs in urban heating and cooling strategies
- PED topic 2 – Ensuring positive socio-economic impact: PEDs in local economies and energy markets
Juan Trullos Pastor
Cofounder & CTO of Zenit at Zenit Solar Tech SL
San Sebastian, Spain