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Brewery Natural Gas Boiler

The Mashing Process: This involves converting malt starches into fermentable sugars, which requires precise heating and temperature control at specific rest temperatures. It is one of the most heat-intensive stages. Wort Boiling & Hop Addition: The wort must be boiled and hops are added to extract flavors, coagulate proteins, and sterilize the wort. This process demands a substantial and consistent supply of thermal energy. CIP (Cleaning-in-Place): Breweries have extremely high hygiene standards. All piping, fermenters, and tanks require regular cleaning and sanitization with hot water and steam. Pasteurization: Packaged beer is often heated to kill any remaining yeast and microorganisms, thereby extending its shelf life. Space Heating & Domestic Hot Water: Providing heating for the brewery in winter and hot water for general use.

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Description

1000kg Automatic Vertical Natural Gas Steam Boiler

A natural gas steam boiler is a type of equipment that uses natural gas as its fuel source to heat water and raise steam. As a category of gas-fired boilers, it is widely employed in industrial production, heating, and power generation due to its high thermal efficiency, environmental benefits, low operating costs, and ease of operation. These boilers come in both horizontal and vertical designs, and are available as pressure or atmospheric models to meet various requirements. Key features often include high-efficiency combustion, low nitrogen oxide (NOx) emissions, and intelligent control systems, making them a mainstream product in the modern boiler market.

Application

NNatural Gas Steam Boiler

1. Industrial Manufacturing

Food & Beverage: Brewing, dairy processing, meat packing.

Chemical: Raw material heating, reactor heating, distillation.

Textile: Dyeing, fabric setting, drying.

Paper: Pulp cooking, paper drying.

Pharmaceutical: Sterilization, cleanroom heating.

Automotive: Paint shops, electrocoating.

Other: Plastics, rubber, wood processing.

2. Commercial & Residential Heating

District Heating: Residential complexes, schools, offices.

Commercial Buildings: Hotels, malls, airports, stadiums.

3. Power Generation

Cogeneration (CHP): Producing both electricity and useful heat.

4. Agriculture

Greenhouse Heating

Livestock Farming: Barn heating, hot water.

Grain Drying

5. Service & Other Industries

Hospitality: Hotels, laundries, kitchens.

Healthcare: Hospital sterilization, HVAC, hot water.

Key Features of Natural Gas Boilers

Natural Gas Boiler

I. High Efficiency & Energy Saving

High Thermal Efficiency: Modern natural gas boilers, particularly condensing models, recover latent heat from flue gas, achieving exceptional thermal efficiency (typically 90%-109%). This significantly reduces operating costs.

Rapid Heating: They start quickly and reach the set temperature with minimal delay, meeting on-demand heating requirements.

II. Clean & Environmentally Friendly

Lower Carbon Emissions: Natural gas combustion produces less carbon dioxide compared to coal or oil, contributing to climate change mitigation.

Low Pollutant Emissions: Combustion generates virtually no soot or sulfur oxides. Emissions of nitrogen oxides (NOx), the primary concern, are effectively minimized through low-NOx burner technology, ensuring compliance with strict environmental standards.

III. Stable & Reliable Operation

High Automation: Advanced control systems enable unattended operation, automatic diagnostics, and safety protection, making them easy to operate and maintain.

Stable Output: Consistent gas supply ensures uniform boiler output, allowing for precise temperature and pressure control, and a continuous, stable heat source.

IV. Cost-Effectiveness

Controllable Operating Costs: Although subject to gas price fluctuations, their overall operating costs are generally lower than those of oil or electric boilers.

Reasonable Initial Investment: Equipment and installation costs are relatively moderate. The system is compact, requiring minimal floor space.

V. Safety & Convenience

High Safety Standards: Equipped with multiple safety protections (e.g., flame failure, over-pressure, and leakage protection). The gas supply system includes leak detection and emergency shutoff valves.

Convenient Fuel Supply: Piped natural gas requires no on-site storage, ensuring a continuous supply and eliminating the hassles of fuel transportation and storage.

Specification

1. Boiler evaporation: 1 t/h

2. Steam pressure 0.7MPa

3. Steam temperature 170 ℃

4. Feed water temperature 20 ℃

5. The design thermal efficiency is 98%

6. Designed fuel power 7 power supply 380V/50Hz

8. Electric heat pipe power 720 KW

9. Boiler water volume 1.5m3

10. Safe and stable operating condition range of 50 ~ 100%

11. Total power consumption 721.5kw

12. Steel consumption of boiler body 544kg

13. Steel structure consumption of 236.5kg

14. Large boiler transport weight 1061kg

15. Large transportation size of boiler (length × width × height) 2586×1480×1854 mm

Parameter

Item	Unit	DH0.1	DH0.2	DH0.3	DH0.49	DH0.7
Thermal Power	MW	0.14	0.21	0.35	0.49	0.7
Working Pressure	MPa	0.4	0.4	0.4	0.4	0.4/0.7
Outlet Water Temp.	℃	95	95	95	95	95
Return Water Temp.	℃	70	70	70	70	70
Thermal Efficiency	%	82
Fuel	/	Coal
Fuel Consumption	Kg/h	35	52	88.4	121.8	176
Heating Area	m²	9.1	11.73	19.57	26.35	36.09
Grate Area	m²	0.36	0.48	0.95	1.13	1.47
Power Consumption	KW	4.5	5.5	9.5	11.5	11.5
Water Capacity	m³	0.88	1.33	1.96	2.82	3.7