The natural gas heating oil furnace is mainly composed of a combustion engine, a furnace, a circulating oil pump, an expansion oil tank, a chimney, and a control system. The natural gas or liquefied petroleum gas is used as the fuel, and the open fire is injected into the furnace to heat the heat transfer oil. The hot oil is circulated between the heat transfer oil boiler and the heat consuming equipment by the circulating oil pump, which has the effect of heating and temperature control. As the natural gas combustion produces no other harmful substances except carbon dioxide and water, the natural gas heat transfer oil furnace has received strong support from the government as an environment-friendly furnace. It is widely used in petrochemical industry, textile, printing and dyeing, plastics, rubber, food processing, wood processing, asphalt heating, carton production, vegetable dehydration, paint baking, casting sand mold drying, etc. It can also be used for baking, steaming, forming, melting, drying at ≤ 350 ° C.

Applicable to:

Chemical industry - oil chemical industry, polymerization industry, reaction tank, distillation, and concentration.

Plastic industry - plastic blasting, extrusion molding.

Textile industry - resin forming machine, dyeing machine, drying room, high-temperature machine, drum-rolling machine.

Rubber industry -- vulcanization heating of rubber.

Food industry - cooking, drying, vegetable oil refining.

Forest industry - heating and forming of plywood, paulin board and fiberboard.

Paper industry - drying of multi-layer cardboard packaging carton.

Others – heating for metal electroplating tank, drying for paint condensation, distillation, reduction, concentration, dehydration in pharmaceutical industry

Structure Diagram

Feature

1.     Energy saving and electricity saving: low operation cost, no need for complex water treatment equipment, water saving, can replace the boiler heating with water as the medium in water resource shortage areas.

2.     Precise temperature control: stable heating, accurate temperature regulation, high automation program.

3.     High heating efficiency: closed loop heat supply is adopted, with no waste heat emission, good load adaptability, and the best heating efficiency can be maintained under different working conditions, with high comprehensive heat utilization efficiency.

4.     Safe and reliable: with complete operation control and safety monitoring devices, the heating system operates with high safety factor.

5.     High temperature and low pressure: higher working temperature can be obtained under lower operating pressure.