Production technology for ORC systems using waste heat from technological processes

Marani Sp. z o.o. has received a grant from the European Union for the project "Technology for the production of ORC systems using waste heat from technological processes".

The implementation of the project will result in an increase in the innovativeness of the company, which will be a consequence of the implementation of the new technology and will enable the production of new products, previously unavailable on the market. In addition, the implementation of the innovative technology will have an impact on building the company's competitive advantage and improving its situation on the market. 

The material and financial schedule of the project includes fixed assets such as: construction of a production hall, shot-blasting chamber, painting chamber, overhead cranes, process line equipment, electric pallet truck, pallet trucks, forklift, computer equipment, software, testing stand, additional equipment of the production line, which are necessary to create an appropriate technological line to start the production of innovative products. 

The audience for the product can be divided into two groups. The first is made up of electricity and heat producers using the conventional method, where waste heat is present in the electricity generation process and which, when exported to an ORC micro-grid, can increase the electrical efficiency of the entire system. The second group is made up of industrial enterprises with waste energy. 

Ultimately, the company's customers in Poland and abroad will be able to benefit from the state-of-the-art ORC micro-generation plants of up to 150 kW that will be launched.

The project will result in the introduction of a new product into the business: ORC systems (micro power plants) with a capacity of up to 150 kW using low- and medium-temperature waste heat from technological processes to generate electricity. 

Project value: PLN 10,948,955.00

Amount of contribution from European Funds: PLN 4,379,582.00

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