Technical solutions of energy optimization
Technical solutions for all medium and large enterprises that want to address their energy optimization. We can advise and implement. We are not afraid of challenges, but we also know where our limits are. We are always straightforward and fair.
ENGINEERING CONSTRUCTIONS
- A comprehensive set of technical equipment for an (ideally) emission-free factory
- Photovoltaic power plants.
- Objects of cogeneration and trigeneration.
- Refrigeration plants and cooling towers.
- Hot water/steam boiler and electric boiler plants up to 20 MWt
- Heat and cold transfer station.
- Bottling, storage and parameter adjustment stations for fuels and biofuels.
- Technological and pipeline bridges and channels.
- Car park shelters with integrated PV, retention and rainwater harvesting.
- Stations for backup power sources.
ENERGY EQUIPMENT
- Steam boilers and developers including technologies for vapour and condensate recovery.
- Hot water boilers.
- Heat pumps for heating water temperatures up to 120 °C.
- Cogeneration units and trigeneration technology.
- Compressor, absorption and free cooling units.
- ORC generators.
- Heat and cold storage tanks.
- Technology of heat and cold transfer stations.
- Technology for filtration and treatment of raw water.
- Compressor stations and compressed air distribution technology.
- Photovoltaic power plants including power output to the grid.
- Motor generators and battery backup power supplies including UPS.
- Charging and fast charging stations for electric vehicles.
- Other carbon neutral (renewable) energy sources (geothermal energy)
TECHNOLOGIES FOR ENERGY
OPTIMISATION
- Sensible and condensation heat recovery technology for combustion air preheating, drying, hot/hot water and steam or electricity production in ORC.
- Sensible air and water heat recovery technology for ventilation air and water preheating or drying.
- Condensation heat recovery technology for preheating of make-up water or electricity generation in ORC.
- Micro-turbine power generation technology as a replacement for reduction and cooling stations.
- Utilization of waste heat from exothermic production of products for process heating and heating.
- Replacement of steam heating of appliances by preheating/heating with warm or hot water.
- Use of waste heat and heat from CHP for cold production.
- Recovery of waste heat from compressor stations for heating or hot water supply.
