Platform
Process partners
Offtakers
Investors
Technology
Producers
How the platform works
A network instead of a large-scale plant
Many bioprocesses work at pilot scale but lack a path to broad rollout. EAT BEER brings everyone a new bioprocess needs at the producer's site to one table and handles the engineering in between. When demand grows, another module is added.
Connect
Producers, process partners, technology, offtakers and investors come together in one region.
Modularize
Proven processes are translated into standardized container modules, ready to deploy directly at the producer's site.
Multiply
Once a module works, the same module goes to the next site. Capital follows proof.
Five steps to a running module
Five steps to a running module
Five steps to a running module
Five steps to a running module
1
1
1
1
Find & Connect
Find & Connect
Match producers and offtakers in the region.
Match producers and offtakers in the region.
2
2
2
2
Modularize
Modularize
Process partners and technology partners translate the process into modules.
Process partners and technology partners translate the process into modules.
3
3
3
3
Assess
Assess
Investors assess the economic viability of each site and provide financing.
Investors assess the economic viability of each site and provide financing.
4
4
4
4
Dock
Dock
Modules and core technology go into operation on site.
Modules and core technology go into operation on site.
5
5
5
5
Scale
Scale
The same module goes to the next site.
The same module goes to the next site.
Find & Connect
Our value chain configurator links producers and offtakers in the region, with the shortest possible routes.
- Analyze the side stream: volume, composition, possible products
- Find offtakers: in the region, within a 50 km radius
- Identify the bioprocess: the route from side stream to product
One large-scale plant becomes modules
The process partner brings a proven process, the technology partner the equipment. We split the process at its individual steps and integrate each step into a standardized container module.
The analysis determines the model
Before any investment is made, the techno-economic analysis (TEA) calculates the technology and economics for each site. Its result decides which operating model fits, and investors provide financing on that basis.
The modules dock at the producer
The modules from step 2 are located directly on site. They use the producer's utilities and side stream, controlled by the EAT BEER Core and connected to the platform.
Develop once, roll out many times
Prove first, then multiply: capital follows proof. Each site produces at the scale that suits its region, connected via the EAT BEER Platform.
Decentralized risk: many sites instead of one plant, no single point of failure. Each module is an asset in its own right.
Baltic Sea
50 km radius
Rügen
Greifswald
Usedom
Rostock
Find & Connect
Our value chain configurator links producers and offtakers in the region, with the shortest possible routes.
- Analyze the side stream: volume, composition, possible products
- Find offtakers: in the region, within a 50 km radius
- Identify the bioprocess: the route from side stream to product
One large-scale plant becomes modules
The process partner brings a proven process, the technology partner the equipment. We split the process at its individual steps and integrate each step into a standardized container module.
The analysis determines the model
Before any investment is made, the techno-economic analysis (TEA) calculates the technology and economics for each site. Its result decides which operating model fits, and investors provide financing on that basis.
The modules dock at the producer
The modules from step 2 are located directly on site. They use the producer's utilities and side stream, controlled by the EAT BEER Core and connected to the platform.
Develop once, roll out many times
Prove first, then multiply: capital follows proof. Each site produces at the scale that suits its region, connected via the EAT BEER Platform.
Decentralized risk: many sites instead of one plant, no single point of failure. Each module is an asset in its own right.
Baltic Sea
50 km radius
Rügen
Greifswald
Usedom
Rostock
Find & Connect
Our value chain configurator links producers and offtakers in the region, with the shortest possible routes.
- Analyze the side stream: volume, composition, possible products
- Find offtakers: in the region, within a 50 km radius
- Identify the bioprocess: the route from side stream to product
One large-scale plant becomes modules
The process partner brings a proven process, the technology partner the equipment. We split the process at its individual steps and integrate each step into a standardized container module.
The analysis determines the model
Before any investment is made, the techno-economic analysis (TEA) calculates the technology and economics for each site. Its result decides which operating model fits, and investors provide financing on that basis.
The modules dock at the producer
The modules from step 2 are located directly on site. They use the producer's utilities and side stream, controlled by the EAT BEER Core and connected to the platform.
Develop once, roll out many times
Prove first, then multiply: capital follows proof. Each site produces at the scale that suits its region, connected via the EAT BEER Platform.
Decentralized risk: many sites instead of one plant, no single point of failure. Each module is an asset in its own right.
Baltic Sea
50 km radius
Rügen
Greifswald
Usedom
Rostock
Find & Connect
Our value chain configurator links producers and offtakers in the region, with the shortest possible routes.
- Analyze the side stream: volume, composition, possible products
- Find offtakers: in the region, within a 50 km radius
- Identify the bioprocess: the route from side stream to product
One large-scale plant becomes modules
The process partner brings a proven process, the technology partner the equipment. We split the process at its individual steps and integrate each step into a standardized container module.
The analysis determines the model
Before any investment is made, the techno-economic analysis (TEA) calculates the technology and economics for each site. Its result decides which operating model fits, and investors provide financing on that basis.
The modules dock at the producer
The modules from step 2 are located directly on site. They use the producer's utilities and side stream, controlled by the EAT BEER Core and connected to the platform.
Develop once, roll out many times
Prove first, then multiply: capital follows proof. Each site produces at the scale that suits its region, connected via the EAT BEER Platform.
Decentralized risk: many sites instead of one plant, no single point of failure. Each module is an asset in its own right.
Baltic Sea
50 km radius
Rügen
Greifswald
Usedom
Rostock
EAT BEER Core · Core technology
Discover the core of the EAT BEER Platform
A factory built from standardized container modules, from the brewery to the refrigerated container. Explore both processes in 3D, toggle layers and see how numbering-up works.
EAT BEER Core · Core technology
Discover the core of the EAT BEER Platform
A factory built from standardized container modules, from the brewery to the refrigerated container. Explore both processes in 3D, toggle layers and see how numbering-up works.