SCZ 10.0T High-performance Diesel Engine Fuel Enhancer
1.Introduction：
ShiChun's boiler hydrogen combustion-supporting computer is a high-efficiency energy-saving gadget for chain grate boilers, integrating coal and hydrogen combustion as China's most suitable utility system. Its core hydrogen generator makes use of high-voltage inverter DC pulse technology, overcoming low-efficiency and high-power-consumption troubles in ordinary electrolysis, with electrolyte-assisted effectivity exceeding 95%.
Fuel Characteristics:
As a secondary energy source, hydrogen features a high calorific value (about 142 MJ/kg, 2.7 times that of natural gas), fast combustion velocity (flame propagation speed of approximately 4.8 m/s), and clean combustion products (generating only water without pollutants such as CO₂, SOₓ, and NOₓ).
2.Core Components
Hydrogen Supply：
High-pressure hydrogen is first stored in a storage unit (e.g., hydrogen cylinder or storage tank). It is then depressurized to the working pressure range (0.1–0.5 MPa) by a pressure-regulating valve. The flow rate is precisely controlled by a flowmeter before the hydrogen is delivered to the burner.
Mixed Combustion：
In the burner, hydrogen is mixed with combustion air or oxygen. The mixture is then ignited by an ignition system, producing a high-temperature flame that efficiently heats the boiler's heating surface.
Intelligent Control：
The control device continuously displays key combustion parameters-such as temperature, pressure, and flow rate-in real time. Using these readings, it dynamically adjusts the air-fuel ratio to optimize combustion efficiency and ensure optimal performance.
3.Application：
Industrial Scenarios：
Applied in chemical, metallurgical, food, papermaking, and other industries, it meets the requirements for high-temperature heating and environmental protection. Examples include heating chemical reactors and metal rolling furnaces to enhance efficiency and reduce emissions.
Commercial and Residential Settings：
In commercial and residential contexts (e.g., central heating systems, hotels, data centers), it facilitates low-carbon transition-for example, upgrading traditional boiler heating and providing stable heat sources to data centers.
Special Scenarios：
Special applications include hydrogen-powered ships, coal-fired power plants undergoing hydrogen co-firing, and aviation deicing, addressing the needs for mobile heating and transitional technologies.
4.Technical Information：
|
Product Name: |
Combustion Supporting Machine |
|
Model NO.: |
SCZ10.0T |
|
Input Voltage： |
380V Three Phase |
|
Working Current (A)： |
440 |
|
Working Gas Pressure (Mpa)： |
0.05-0.2 |
|
Relative Humidity (%)： |
90＞ |
|
Rated Gas Production (L/h)： |
10000 ±10% |
|
Water Consumption： |
5.5 |
| Power Consumption ： | 37 |
|
Water Feed： |
Automatic/Manual |
|
Cooling Mode： |
Air Cooling |
|
The Insulation Level: |
F |
|
Power Supply Protection Grade: |
IP21S |
|
Working Medium: |
Filtered water or deionized water or soft water |
|
Working Method: |
Continuous |
|
Enviroment Temperature (℃): |
0~40 |
|
Machine size: |
1660*910*1960mm
|
|
Net Weight: |
1000KGS |
|
Wooden Box Package Size： |
1710*960*2120mm
|
|
Wooden Box Package Gross Weight： |
1125KGS |
5.Technological advantages：
| Dimension | Specific Performance |
|---|---|
| Energy Efficiency Improvement | The overall combustion efficiency is increased by 5 - 15%, the fuel consumption is reduced by 10 - 20%, and the energy cost is significantly decreased. |
| Environmental Performance | NOₓ emissions are reduced by 30 - 60%, and there is zero CO₂ emissions during pure hydrogen combustion, meeting stringent standards such as the EU's Industrial Emissions Directive (IED). |
| Fuel Adaptability | Supports the "hydrogen + coal/gas/oil" co - firing mode, and can gradually replace 30 - 50% of fossil fuels, promoting the transition to hydrogen energy. |
| System Stability | The combustion remains stable under load fluctuations, reducing boiler slagging and corrosion, and extending the equipment lifespan by 10 - 15%. |
5.Our Company：
Headquartered in China, ShiChun New Energy is a leading manufacturer at the forefront of the hydrogen energy industry, specializing in the full lifecycle of hydrogen energy systems-from meticulous research and development (R&D) to advanced manufacturing and global sales. With over a decade of focus on technological innovation, our core product portfolio has evolved to address the diverse demands of cutting-edge industries. Beyond traditional applications, our solutions encompass modern innovations such as automotive carbon cleaning systems, intelligent boiler combustion enhancement modules, high-precision welding equipment, and automatic cutting-sealing integrated machines. These products serve critical roles across sectors including automotive maintenance, industrial manufacturing, environmental protection, and energy infrastructure.
6.Q&A:
Q: Do you accept customization?
A: Yes, we offer customized products tailored to clients' specific requirements. We also provide OEM (Original Equipment Manufacturer) and ODM (Original Design Manufacturer) services.
Q: Do your products come with a warranty?
A: Yes, all products come with a one-year warranty and lifetime technical support.
Q: How Does It Differ from Traditional Boiler Combustion?
A:
Fuel Efficiency
Hydrogen's high calorific value (142 MJ/kg, 2.7 times that of natural gas) and rapid flame speed (4.8 m/s) enhance combustion efficiency by 5–15% compared to conventional systems.
Emission Performance
Its clean combustion produces only water vapor as a byproduct, achieving near-zero CO₂ emissions (when used as the primary fuel) and reducing NOₓ by 30–60%.
Fuel Flexibility
Capable of partially replacing coal, gas, or oil, it supports seamless integration with energy transition strategies.
Q: How Can Operational Costs Be Reduced?
A:
Cost-Effective Hydrogen Sourcing
Prioritize utilizing byproduct hydrogen from chemical plants or low-cost electrolysis using off-peak electricity to minimize production expenses.
Peak-Valley Energy Management
Store hydrogen during periods of low electricity rates for deployment during peak demand, optimizing energy cost structures.
Subsidy Utilization
Leverage government incentives (e.g., China's Hydrogen Ten Measures) to offset higher upfront costs, which are typically 30–50% greater than traditional boiler systems
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