Energy recovery plants from thermal waste in high-temperature industrial processes
Design, engineering, supply, construction, start-up and delivery of the plant, which includes the following sub-systems:
- Flue gas/air exchangers
- Flue gas/flue gas exchangers
- Flue gas/water exchangers
- Flue gas/superheated water exchangers
- Flue gas/steam exchangers
- Flue gas/thermal oil exchangers
- Saturated steam recovery boilers
- Superheated steam recovery boilers
- Steam expanders for electricity generation
- Thermal oil ORC systems for the production of electricity and thermal energy (hot water for end user)
- Thermal oil ORC systems for electrical and mechanical power generation (compressed air for end user)
- Lithium bromide absorbers for thermal energy production (cold water for end user)
- Low-temperature ORC systems (superheated water) for electricity generation
Steam-cycle electric and thermal power generation systems with boiler powered from renewable energy sources
Design, engineering, supply, construction, start-up and delivery of the plant, which includes the following sub-systems:
- Biomass processing and storage systems
- Biomass boiler
- Steam system
- Cooling system
- Integrated ORC system
Photovoltaic systems on industrial roofs and ground mounted
Engineering. Procedures and practices for grid connection. Supply, installation and testing of photovoltaic system, including:
- Photovoltaic panels
- Inverters
- Panels fixing structures
- Electrical panels
- Monitoring system
- Supply of electrical material (cables, connectors, etc.)
- Transportation
- Installation and testing
Maintenance including spot checks, washing panels and daily remote control.