Time for a change: Energy transformation for your company
We help companies implement the energy transformation, reduce CO2 emissions and obtain financing for ecological investments.
We help companies from various industry sectors optimize costs and reduce CO2 emissions. We offer support in financing the energy transformation
Plastic processing
In plastics processing,recovering waste heat from production processes such as extrusion and injection moldingis crucial to reducing operating costs. Our advanced technologies allow us to effectively convert this heat into electricity, further reducing energy consumption.
Thanks to the use of ourenergy management systems (BMS), companies canconstantly monitor and optimize energy consumption in production halls. Smart technologies automatically adjust settings to current energy needs, leading to significant improvements in efficiency and a reduction in carbon footprint, while supporting sustainable development.
Petrochemical industry
The Petrochemical industry, by converting crude oil and natural gas into products such as plastics, chemicals and fuels,generates enormous amounts of heat during processes such as catalytic cracking and refining. Our advanced heat recovery systems transform it into electricitywhich reduces energy costs and increases production efficiency.
The use of modern automation technologies andenergy management systems (BMS)allows foroptimization of energy consumption, better control over processesand reduction of CO2 emissions, which favors more economical and ecological operation of plants.
Recycling of industrial waste
During recycling, especially inmetal and plastic processing, significant amounts of waste heat are generated. Our systemsconvert this heat into electricitywhich lowers the operating costs of recycling plants and reduces dependence on external energy sources.
Additionally, by implementing energy management automation systems (BMS), we enable optimization of energy consumption in real time, which improves efficiency and provides better control over recycling processes. These advanced solutions, powered by artificial intelligence, help minimize energy waste and optimize process efficiency, while supporting sustainability goals.
Chemical industry
In the chemical industry, where waste heat is generated during syntheses, exothermic reactions and distillations, our technologies recover this heat, converting it into electricity. Additionally, we implement energy management systems (BMS) and automation solutions based on AI artificial intelligence that optimize energy consumption in real time. Thanks to our technologies, chemical companies can not only reduce operating costs and increase efficiency, but also meet increasingly stringent environmental standards while reducing their carbon footprint.
Metallurgical industry
Steelworks and foundriesgenerate significant amounts of waste heatduring the melting of metals. Our solutions allow you to recover this heat and transform it into electricity, which significantly reduces operating costs.
Additionally, we implementenergy management systems (BMS)andtechnologies based on AI artificial intelligencethat enable monitoring and optimization of energy processes in real time. Thanks to these technologies, metallurgical plants can increase energy efficiency, operate more ecologically and at the same time reduce CO2 emissions.
Glass industry
Glass production requires very high temperatures, especially when melting raw materials in blast furnaces, which generates huge amounts of waste heat. Our technologies not only enable the recovery of this heat and its transformation into electrical energy, but also introduce energy management systems (BMS) andadvanced solutions based on AI artificial intelligence that automate energy management in glass plants. This allows companies to optimize their energy consumption, reduce operating costs and support sustainable development, while reducing CO2 emissions.
Cement industry
The cement industrygenerates enormous amounts of heat, especially when burning clinker in rotary kilnswhere temperatures reach 1,450°C. Our advanced technologies enable the recovery of this heat and its conversion into electricity, which leads to a significant reduction in operating costs.
Additionally, we implementBMSsystems andintelligent technologies based on AIthat allow monitoring and optimization of energy consumption in cement plants. Thanks to this, companies can increase production efficiency, reduce energy consumption and CO2 emissions, supporting the sustainable development of the industry.
Food industry
In processes such as cooking, pasteurization and cooling, the food industry generates significant amounts of waste heat. Our technologies allow for its recovery and transformation into electricity, which leads to a reduction in operating costs and CO2 emissions.
Additionally, the use of BMS systems and intelligent energy management solutions ensures real-time optimization of energy consumption. Thanks to these technologies, food plants can operate more efficiently and ecologically, supporting sustainable development and better management of energy resources.
Paper industry
Paper production requireslarge amounts of heat energy, especially during paper drying. Our advanced technologies allow for the recovery of this heat and its transformation into electricity, which reduces the operating costs of paper mills.
Combined withBMSsystems andintelligent energy managementsolutions, companies can optimize energy consumption in real time, increasing energy efficiency and reducing CO2 emissions. Thanks to these technologies, paper mills operate more ecologically, supporting sustainable development and better management of energy resources.
Pharmaceutical industry
The production of pharmaceuticals requires processes thatgenerate significant amounts of heat, e.g. during chemical syntheses and distillation. Our solutions enablethe conversion of this heat into electricity, which reduces the operating costs of plants and significantly reduces CO2 emissions.
The use ofBMSsystems andtechnologies based on artificial intelligenceallows for real-time monitoring and optimization of energy consumption. Thanks to this, pharmaceutical companies can operate more effectively, in accordance with the principles of sustainable development, supporting global environmental goals and improving their competitiveness on the market.
Automotive industry
Automotive parts production and vehicle assembly generate significant amounts of waste heat. Our solutions allow you to transform this heat into electricity, which reduces energy costs and CO2 emissions.
Additionally, we implementBMSsystems and advanced technologies based on artificial intelligencethat integrate with the existing infrastructure, minimizing the need to rebuild the plant. This allows automotive companies to operate more ecologically and efficiently, supporting sustainable development and improving the profitability of their operations.
Hotels and resorts
Large hotels and resortsgenerate significant amounts of waste heat from heating systems, swimming pools, saunas and industrial kitchens. Our solutions allow you torecover this heat and convert it into electricity, which leads to lower operating costs and increased energy efficiency.
Additionally, we implement BMS systems that monitor and optimize energy consumption, enabling more ecological operations. Thanks to our technologies, these facilities can reduce CO2 emissions, which attracts environmentally conscious customers and supports sustainable development.
Transport and logistics centers
In large logistics and warehouse centers, waste heat is generated by equipment, cold stores and other systems. Our technologies enable transformation of this heat into electricity, which leads to lower operating costs and reduced CO2 emissions.
In addition, our BMS systems monitor and optimize energy consumption, improving energy efficiency. This allows logistics companies to operate more efficiently, supporting sustainable development and at the same time improving the efficiency of their operations.
Large-format stores
We help large stores optimize energy costs by recovering heat from heating, cooling and air conditioning systems. Our solutionsconvert this heat into electricitywhich reduces energy consumption and lowers operating costs.
Additionally, we contribute to reducing CO2 emissions by supporting more sustainable facility management based on AI artificial intelligence. Large-format stores that use our technologies can operate more efficiently while reducing their impact on the environment.
Large-format warehouses
Our technologiesenable large-scale warehouses to recover heat from air-conditioning, heating and refrigeration systems, transforming it into electricity. This allows for a significant reduction in operating costs and energy consumption.
Additionally, our BMS systems support optimal energy management in large warehouse spaces, which increases operational efficiency. Thanks to these solutions, warehouses can operate more efficiently, reducing CO2 emissions and supporting sustainable development.