Turkey, which became a party to the Paris Agreement in 2021 and announced a net zero emission target for 2053, is taking measures to prevent climate change and transition to a low-carbon and sustainable economy. The industrial sector also plays an important role in this process. Because the industrial sector, which ranks first with a 34 percent share in energy consumption, is responsible for approximately one-fourth of energy-related carbon emissions.

Industrialists are renovating air conditioning systems, which have a significant share in energy consumption, in order to reduce energy costs and reduce emissions from their activities. Because nearly 60 percent of the total energy consumed in industrial facilities in Turkey is consumed by inefficient heating and cooling systems.

Climate change is among the most important problems of our day. 197 countries around the world, including Turkey, are taking measures to prevent climate change and transition to a low-carbon and sustainable economy within the scope of the Paris Agreement. The first of the issues addressed in this context is energy. Because energy-related emissions in Turkey constitute 71 percent of total greenhouse gas emissions. The industrial sector, which ranks first in energy consumption with a share of 34 percent, is also held responsible for approximately one-fourth of energy-related carbon emissions.

Industrialists invest in energy-efficient, economical technologies to reduce energy costs and emissions from their activities. Air conditioning systems, which have a significant share in energy consumption, are at the forefront of saving measures in the industry. Because nearly 60 percent of the total energy consumed in industrial facilities in Turkey is consumed by inefficient heating and cooling systems. For this reason, old and inefficient heating systems in businesses and industrial facilities threaten energy resources and ecological life.

Heats the areas where it is needed

If radiant heating systems are preferred instead of traditional heating systems used in industry, savings of up to 65 percent can be achieved in heating costs. Because radiant heating systems, unlike central air conditioning systems, heat only the areas where it is needed instead of the entire business. Thus, by preventing excessive energy consumption, it becomes possible to reduce CO2 emissions caused by heating.

Çukurova Isı, the leader of the heating sector, reduces the energy consumption of the industry caused by heating and reduces the carbon footprint with its highly efficient and environmentally friendly radiant heating systems.

The most environmentally friendly technology in its class

The Goldsun CPH ceramic plate radiant heater, developed by Çukurova Isı in accordance with the European Commission’s Ecodesign Directive (ErP), is defined as the most environmentally friendly technology in its class with its low emission values. The local (regional) and spot (point) heating feature of Goldsun CPH provides savings of up to 70 percent by heating only the area or areas that need heating in high, large and uninsulated industrial facilities where heating is difficult.

Reduces operational costs and environmental impacts

Çukurova Isı provides comfortable heating in a very short time with ‘Blackheat Pipe Radiant Heating Systems’ in facilities with a height of 6 meters and above, thus reducing operational costs and environmental impacts. In this system, the gas circulating inside the radiant pipe releases its heat to the pipe. The radiation that starts to spread from the pipe is directed downwards again by means of the reflector on the pipe. Thus, the rays that are directed directly to people and machines without being affected by air movements prevent energy losses.

The period of entering the regime also prevents energy losses

The period of entering the regime of radiant heating systems also plays an important role in preventing energy losses. While the period of entering the regime of classical systems takes between 2 and 4 hours, this period is reduced to 1 hour in radiant heating systems. Thus, both energy losses are prevented and comfort conditions are provided in a short time.