Tubular block Furnace

Most of the combustion of gas fuel occurs inside the burners, which minimizes the flame height in the heat exchange chamber. Flue gases from the combustion chambers enter the interior of the furnace in the form of flat jets. The jets, which have high kinetic energy, inject already cooled flue gases from the lower side zones of the heat exchange chamber, creating intensive recirculation of combustion products. This process is accompanied by developed radiation-convective heat exchange between the recirculating flue gases and the central sections of the product coil. 1. Oil and gas production: Heating of oil and oil emulsions at production sites to improve fluidity and prepare for transportation. Heating of products before feeding to tanks or pumping stations to prevent freezing in pipelines. 2. Transportation of oil and oil products: Ensuring a stable product temperature in main pipelines, which reduces pressure losses and facilitates pumping of heavy oil. 3. Oil preparation and refining facilities: Heating of raw materials before further technological processes such as stabilization, desulphurization and dehydration. 4. Oil and petroleum product storage facilities: Heating of products to prevent their stratification and solidification in tanks, especially in cold climates.