Solar heat can be easily integrated at multiple points into the existing heating system.
With Absolicon solar technology you get maximum efficiency and reliable plant operation, supplying heat, steam, and cooling processes.
Breweries and beverage production plants hold a significant advantage to replace fossil fuel consumption with renewable energy using Absolicon solar technology, enabling substantial cuts in energy costs and CO2 emissions.
Major producers worldwide are investigating the possibilities with solar heat to increase both profitability and sustainability as Solar thermal is an ideal energy source for beverage production.
Solar thermal energy is the ideal energy source for a wide range of food processing applications. Food processing companies hold a significant advantage in replacing fossil fuel consumption with renewable energy using Absolicon solar technology.
Today, 25% of the global emissions are related to the food industry. With solar thermal, your industry has the chance to be both competitive and reduce CO2 emissions.
The growing awareness of the detrimental effects of fossil fuels and the substantial cuts in energy costs and CO2 emissions is driving major textile producers towards renewable energy sources.
Textile production processing consumes significant amounts of energy, most of it as low to medium temperature heat, making it a perfect fit for solar thermal energy.
Designed to improve air quality in cities by moving combustion to one place and replace individual boilers, Solar district heating now improves the process by replacing combustion also in heating plants with clean solar energy.
Introducing Solar in district heating, cost savings will be made in reduced fuel consumption and maintenance.
Every tonne of dairy product processed in the industry results in a significant amount of CO2 emission.
By providing a secure and renewable energy supply, with solar thermal, you can save both fuel cost and emission in the dairy industry.
Often situated in countries with high solar energy radiation, mining companies have great potential to integrate solar thermal systems.
Absolicon technology efficiently supports a large fraction of your heat demand, supplying your industry with a competitive and constant energy source, preventing future fluctuation of fossil fuel prices.
Solar desalination replaces or supplements your existing systems, providing a renewable energy alternative to meet the demand offering predictable prices.
Absolicon technology integrates solar desalination, resulting in a stable energy supply with low emissions.
Solar thermal is applicable in several stages of the chemical industry, saving emissions and fuel costs.
Absolicon technology gives effective utilization of solar thermal energy for industrial process heat application, supplying your industry with a competitive and constant energy source, preventing future fluctuation of fossil fuel prices.
Solar thermal is applicable in several stages of the pharmaceutical industry, all the way from research and development to the finished product.
Absolicon technology gives effective utilization of solar thermal energy for industrial process heat application, that can reduce dependency of fossil fuel and unsustainable biomass energy consumption.
Absolicon technology has multiple areas for implementation in the pulp and paper sector and can be integrated into the existing boiler system to reduce energy costs.
The integration points of the highest interest are the make-up water, condensate, feedwater, and low-pressure steam.
The effective utilization of solar thermal energy for industrial processes in the tea industry provides a renewable energy alternative to meet the heat demand offering predictable and competitive prices.
In tropical climates, the all-year-round availability of solar energy provides a great potential for industrial heating application, resulting in a stable energy supply with low emissions.
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