Conclusion
- The hydrogen that is currently available on the market is in most cases obtained from non-regenerative sources (natural gas reforming).
- The decentralized CAG technology can provide hydrogen at competitive prices and in relatively large quantities.
- After separation of the hydrogen, the energy requirement of the CAG plant can be covered by the energy content of the remaining gases.
- Provided the waste materials used are removed from common waste incineration processes, the provision of hydrogen with the CAG technology is completely CO2-neutral and is therefore considered regenerative hydrogen.
- With the CAG - technology, the disposal costs can be significantly reduced and the basic energy supply : electricity and heat can be planned for long term.
CAG's unique construction period financing includes all of the customer's own costs from the time the order is placed until the official start of operations. The customer does not pay until five years after the order is placed and thus more than one year after commissioning.
In case the customer refuses to take over the plant, due to lackdue to lack of performance of the system, the customer will not incur any costs regarding the dismantling the complete system.
We offer the Customer financial security risk, this is our satisfaction guarantee
The plant shown here was operated for 11 years as a 1:1 scale pilot plant. All tests and empirical values are the basis of today's industrial design. We will be happy to provide you with more information during a first, initial conversation.
Here are 3 examples of plant sizes
CAG 2-50
CAG 6-150
CAG 12-300
This plant consists of two CAG lines incl. peripheral equipment, and can:
- Process 158 tons of input per day
- supply 14.72 MWh/hour of surplus electricity after self-consumption
- 11,80 MWh/hour heat supply
- >5,7to /day hydrogen supply
This line consists of six CAG Line incl. peripheral equipment, and can:
- Process 475 tons of input per day
- 44.16 MWh/hour of surplus electricity after self-consumption
- 35,39 MWh/hour heat supply
- >17,2to /day hydrogen supply
This line consists of twelve WGL Line incl. peripheral equipment, and can:
- Process 950 tons of input per day
- supply 88.32 MWh/hour of excess electricity after self-consumption
- 70,79 MWh/hour heat supply
- >34,5to /day hydrogen supply
- The smallest plant processes 80 tons per day.
- The largest plant processes 950 tons/day.
- Adapted to the customer's needs, all sizes up to 2,000 tons/day are possible.