In April, the highly anticipated 35th China International Glass Industrial Technical Exhibition successfully concluded at the Shanghai New International Expo Centre. Anderson Thermal Solutions presented its independently developed high-performance burners at Booth N1-268, joining partners across the entire industry chain to envision new prospects for the sector's development.

At this year's exhibition, technological breakthroughs took center stage. Upholding its philosophy of safety, reliability, energy efficiency, and environmental protection, Anderson Thermal Solutions continued to drive innovation and unveiled its hydrogen burner series, showcasing its latest achievements in hydrogen combustion technology to the industry.

Hydrogen Burner Series — Innovative Application

In response to the industry's megatrend toward hydrogen energy transition, Anderson Thermal Solutions launched its hydrogen burner series. This achievement is a powerful testament to the company's R&D capabilities and represents a firm step forward in leading the advancement of combustion technology:

• Optimized nozzle structural design ensures a stable and controllable flame, effectively reducing flashback risk and ensuring safe, efficient combustion
• Flexible switching or co-firing with natural gas combustion systems significantly lowers the technical barrier to hydrogen energy adoption, helping customers achieve a smooth transition
• Effective carbon emission reduction aligns with sustainable development principles, providing a clean combustion solution for high-temperature industries

Natural Gas Oxy-Gas Burner Series — FFO51/FHO96

Combining oxy-combustion technology to significantly enhance combustion efficiency and glass melting quality:

• More uniform temperature: Improves temperature homogeneity of the glass melt, optimizing forming quality
• Longer service life: Reduces burner body temperature, extending equipment lifespan
• Lower emissions: Minimal nitrogen oxide formation, promoting green and environmentally friendly operations
• More dynamic flame: Adjustable contact point and flame length, with strong rigidity and low front-end kinetic energy, adaptable to various furnace layouts
• More precise temperature control: Flexible and adjustable burner positioning enables precise temperature management

Natural Gas Air Burner Series — FFA10

Designed for conventional air-assisted combustion systems, balancing high combustion performance with cost-effectiveness and stability:

• Low NOx emissions, environmental compliance: Effectively controls nitrogen oxide formation, meeting environmental emission requirements
• Extended furnace lifespan: Optimized combustion conditions reduce thermal load impact on furnace structure, prolonging furnace life
• Reduced overall energy consumption: Enhanced combustion efficiency reduces fuel consumption, achieving lower comprehensive operating costs
• Improved glass quality: Stable and uniform thermal field distribution provides reliable assurance for high-quality glass melting, elevating product quality

Fuel Oil Air Burner Series — FFA16

Optimized for fuel oil heating applications, balancing high combustion efficiency with low maintenance costs:

• Easy retrofitting: Features bottom-insert installation, compatible with existing bottom-insert gas burner brackets, facilitating on-site replacement
• Complete combustion: Flame ejects from the center of the port, mixing uniformly with combustion air, helping improve combustion efficiency
• Simple maintenance: Low maintenance requirements reduce downtime and minimize operational impact
• Compliant emissions: Low nitrogen oxide emissions meet environmental requirements
• Significant energy savings: Reduced overall energy consumption offers greater long-term economic benefits

This exhibition brought Anderson Thermal Solutions meaningful engagement with over a hundred professional visitors, with tangible project opportunities serving as a core driver for translating research into production. Looking ahead, the glass industry—driven by the dual engines of green low-carbon development and high-end manufacturing—is entering a prosperous period of technological upgrading and market expansion, with a promising outlook ahead.