The heat-treating market
in India is anticipated to reach USD 8.37 billion by 2027. Factors bolstering the growth of this market is the arrival of numerous automotive manufacturers. Major players in this sector in the country are working on the implementation of green technologies with an aim to decrease carbon footprint.
Industrial heating equipment
comprises a circuit, which combines the technologies that are needed to offer heat effectively to a determined industrial production process. Not just that, this system should also ensure the quality of the final product while optimizing productivity and reducing energy costs.
The global industrial heating equipment market is anticipated to reach USD 33.88 billion by 2027. Industrial heating equipment is implemented by a wide range of industries that include plastic, chemical, food and beverages, and the oil & gas industry. The distinct kind of products such as boilers, electric furnaces, heat pumps, etc. are being used in the industries and these products can be employed as industrial heating equipment.
An industrial heating system’s efficiency is fundamentally determined by the equipment’s capacity to meet and comply with the quality requirements in the production process of any product that is being manufactured and such systems comprise all the elements as well as technologies that are required to heat or melt a particular product.
The key aspect of industrial heating equipment is its energy efficiency. This is because the particular system should possess the capability of producing a product with the anticipated quality standards however with less amount of energy consumption
. A piece of efficient industrial heating equipment permits beginning a manufacturing task with less amount of energy requirements, for every unit of heated product at a particular temperature.
Four main energy sources:
Industrial heating equipment is mainly designed revolves around 4 main energy sources as technologies based on heating fuels, electricity, water-steam-based technologies, and hybrid process.