What is an organic heat carrier boiler? What are the specifications?

This is called a lava tank, and it uses electric heating. It didn’t call the boiler. Look, what is written as the name of the product you bought?

An organic heat carrier boiler, also known as a heat transfer oil boiler, is a new type of thermal energy conversion device that uses high-temperature heat transfer oil (also referred to as a heat medium or heat carrier) as the heat carrier, and features operation at low pressure and high temperature.

An organic heat carrier boiler, also known as a heat transfer oil boiler, is a type of new energy conversion device that uses high-temperature heat transfer oil (also referred to as a heat medium or heat carrier) as the heat transfer fluid. It features low-pressure and high-temperature operating conditions.

This post was last edited by nj1952 on 2017-8-8 at 18:29. An organic heat carrier boiler is a new type of thermal energy conversion device in which the heat transfer medium is high-temperature heat transfer oil (also known as a heat carrier). Therefore, organic heat carrier boilers are also referred to as heat transfer oil boilers. The capacity of such boilers is usually expressed in “MW” (megawatts); older units included “10,000 kilowatts/hour” or “10,000 kcal/hour”, that is, “104kcal/h”. Organic heat carrier boilers are divided into liquid-phase and gas-phase types; most organic heat carrier boilers are of the liquid-phase type (gas-phase boilers are rarely used in China). Organic heat carrier boilers feature low-pressure and high-temperature operating conditions. With the development of industrial production and advancements in science and technology, organic heat carrier boilers have seen continuous development and application. Although the operating pressure of organic heat carrier boilers is relatively low, the temperature of the heat transfer fluid inside the boiler is high, and such fluids are often flammable and explosive. In the event of a leak during operation, it can lead to fires, explosions, and even cause casualties and property damage. Therefore, great emphasis must be placed on the safe operation and management of organic heat carrier boilers. Relevant standards and specifications: (1) GB/T 17410-2008 \"Organic heat carrier boilers\"; (2) GB 24747-2009 \"Safety technical requirements for organic heat carriers\"; (3) DB31 70-2002 \"Management of safe, environmentally friendly and economical operation of organic heat carrier heating boilers in Shanghai\"; (4) DB43 1255-2017 \"Safety operating procedures for organic heat carrier boilers in Hunan Province\"

I also have another furnace here; its heat carrier is heat transfer oil, and the fuel used is gas. It is registered as a special equipment boiler, but the Boiler Department of the Special Equipment Inspection Institute considers the molten salt furnace there to not be a boiler.

It should not need to be managed as a boiler. Specifically, please consult the local special equipment regulatory authority

Molten salt furnaces typically operate at temperatures ranging from 150 to 580°C, under atmospheric pressure, with a design pressure of 1 MPa; therefore, the inspection authority does not include molten salt furnaces within the scope of boiler inspections.

\"Pot Regulations\", standards such as 17410; strength calculations are carried out in accordance with 16507

Gas-fired molten salt furnace HG/T20658-2014 \"Technical Specifications for Molten Salt Furnaces\"