Explosion - Proof Glass Roof Fan & Fan Coil Solution for Coal - to - Gas Projects
Shunda offers explosion - proof glass roof fans & fan coil units for coal - to - gas renovation (e.g., Almaty Power Plant 2). These solutions reduce pollution, improve energy efficiency, and provide Russian - language technical support + after - sales. Ideal for power plants, industrial facilities in Kazakhstan/Eurasia.
Overview
Shunda’s explosion - proof glass roof fan & fan coil solution is designed for coal - to - gas conversion projects (e.g., Almaty Power Plant 2, Kazakhstan).
Product Highlights:
Explosion - proof design (meets ATEX/IECEx standards) for hazardous environments.
Glass roof fans: Lightweight, corrosion - resistant, and efficient for large - space ventilation.
Fan coil units: Precise temperature control, energy - saving, and compatible with gas - fired power systems.
Technical Support:
Russian - language engineering support (installation, commissioning, troubleshooting).
Comprehensive after - sales (spare parts, maintenance guidance).
Project Value:
Reduces SOx/NOx/dust emissions (aligns with Kazakhstan’s environmental goals).
Improves energy efficiency (cuts operational costs for power plants).
Supports long - term sustainable development in Eurasia’s energy sector.
Target Scenarios:
Power plants, thermal power facilities, industrial parks undergoing coal - to - gas renovation.
Application Scenarios
- Explosion - proof motor & housing (Ex d IIB T4 rating).
- Glass - reinforced polymer (GRP) roof fan blades (lightweight, rust - proof).
- Fan coil units with EC motors (variable speed, 30% energy saving).
- Smart control compatibility (optional BMS integration).
- Customizable sizes (match project - specific ventilation needs).
Advantages
- Safety: ATEX - certified explosion - proof design.
- Efficiency: High - performance fans & fan coils (energy - saving, precise climate control).
- Localization: Russian - language support + after - sales (fast response for CIS markets).
- Durability: Corrosion - resistant materials (ideal for harsh industrial environments).
- Sustainability: Enables coal - to - gas transition (reduces carbon footprint).