1. Reasonable design:

Most of the steam generator has a vertical pipe structure. The upper and lower tubes of the main body are welded together with two coils of water pipes that form a flue gas triple stroke with the shell casing.The flue gas has a long heat transfer, a large heat area and a reasonable construction.The burner is placed on the top of the body and the flame can expand and burn.

2. High efficiency and energy savings:

The thermal efficiency of the steam generator can achieve more than 92%, and the condenser steam generator can achieve more than 96%.

3. Specifications for manufacturing:

Meat -producing components are manufactured in accordance with national and international standards (ISO). Strict production processes are closely monitored at all stages of production to ensure reliable product quality.

4. Drying of steam:

A steam generator with built -in steam water separator can deliver high quality steam. Because it is steam. Steam helps eliminate unnecessary extra condensation, saving fuel, reducing system scaling and extending service life.

5. Reliable and sustainable:

Excellent steam generator design, excellent production technology, strict quality control are the quality assurance of each steam generator.

Technical Parameters

Main Technical Reference for Fuel (Gas) Steam Generator

Note: The fuel consumption in the table is based on the low calorific value of biomass particles 17084 KJ/Kg (4085 Kcal/Kg).Calculations show that if the low calorific value of biomass fuel is higher than that, the corresponding fuel consumption will be more economical than the values in the table.

Configuration and Interface Size of Fuel (Gas) Steam Generator

Remarks: We will reserve rights to change the above mentioned data due to continuous policy transformation and product improvement.