For gas fired steam boiler is an important equipment in many industries, such as textile, garment, food processing, paper making, pharmaceutical, printing, services industries etc, 10 tons gas fired steam boiler is especial welcomed in Philippines.

Fossil fired boilers are fuels that use fossils as fuel, fossil fuels include oil, natural gas, coal, etc.

With the rapid development of national energy saving and environmental protection, gas fired steam boiler for winter heating by the market's favor, many customers will ask how to calculate the gas steam boiler heating area.

The first return process is arranged in the lower part of the middle of the boiler body, the third return is the right and left sides of the combustion chamber, which is located in the low water level area and no radiation loss, and the second return pipe group is placed above the symmetrical third return pipe group.

According to the media use points, there may be hot water boilers, heating steam boilers, industrial steam boilers, industrial power boilers and so on. Generally customers just contact the boiler , they do not understand, which requires the boiler plant to provide the scope of available products, customers can choose according to their needs .

SZS series water tube boiler can burn gas and oil fuels, coal gas also including. Coal gas is a flammable gaseous fuel made from coal and supplied to the user via a piped distribution system.

In Nov, 2016, ZBG singed a sales contract with clients in Malaysia, a set of 28 ton water tube boiler, which should meet DOSH standard as required.
DOSH Certification in manufacturing area is widely applied. Boiler exported to Malaysia, must follow local governments regulation.

ZBG singed a sales contract of 28 ton gas fired steam boiler with Malaysia clients in Nov, 2016, which will be produced under DOSH standard as required.

Combustion air pre-heat is another potential energy saving technique worthy of consideration. And it is an necessary boiler auxiliary equipment to save boiler energy and improve thermal efficiency.

Boiler thermal efficiency% = 100 - (flue gas losses% + radiation losses% + blow down losses% - other losses%)