Power
Power Generation Solutions by Greenox Gases
Specialized Gas Technologies for Energy Production
Greenox Gases provides comprehensive gas solutions that enhance efficiency, reliability, and environmental compliance across all power generation technologies.
The power sector relies on industrial and specialty gases for electricity generation, cooling, combustion efficiency, safety, and emissions control. Gases are used in thermal power plants, gas turbines, nuclear stations, and even renewable energy storage.

Core Power Industry Products
1. Turbine & Combustion Gases
Gas Turbine Optimization:
- Nitrogen for compressor cleaning (99.999%)
- Hydrogen cooling gas (99.9995%) for generators
- Oxygen enrichment systems (25-95% O₂)
2. Emissions Control Solutions
SCR Systems:
- Anhydrous ammonia (99.98%)
- Urea decomposition gases
Flue Gas Treatment:
- Activated carbon reactivation gases
- Mercury removal compounds
3. Plant Operations & Maintenance
Blanketing & Purging:
- High-purity nitrogen (99.999%)
- Argon for sensitive equipment
Leak Detection:
- Helium-based tracer gases
- Hydrogen safety mixtures
Technology-Specific Solutions
Thermal Power Plants:
- Coal-fired boiler optimization gases
- Fly ash conditioning
- SO₂/NOx reduction systems
Hydroelectric Facilities:
- Generator cooling gases
- Transformer inerting systems
- Dam structure preservation
Nuclear Power:
- Reactor coolant treatment
- Containment atmosphere control
- Waste processing gases
Renewable Energy:
- Biogas upgrading
- Hydrogen energy storage
- Battery fire suppression
Power Plant Gas Specifications
Turbine Cleaning N₂ 99.999% Oil-free (<0.01 mg/m³) H₂ Cooling Hydrogen 99.9995% Dew point <-70°C SCR Systems NH₃ 99.98% Water <10 ppm Transformer Blanketing N₂ 99.999% O₂ <10 ppm
| Application | Gas Type | Purity | Critical Parameter |
|---|---|---|---|
| Turbine Cleaning | N₂ | 99.999% | Oil-free (<0.01 mg/m³) |
| H₂ Cooling | Hydrogen | 99.9995% | Dew point <-70°C |
| SCR Systems | NH₃ | 99.98% | Water <10 ppm |
| Transformer Blanketing | N₂ | 99.999% | O₂ <10 ppm |




