LD500 – Laser Diode Based Cross Stack In-Situ Gas Analyzer
Home / LD500 – Laser Diode Based Cross Stack In-Situ Gas Analyzer
The LD500 is a Laser Diode-based Cross Stack In-Situ Gas Analyzer designed for direct measurement of gaseous emissions across industrial stacks, ducts, and process lines. Unlike extractive analyzers, the LD500 performs non-contact, non-sampling measurements directly within the gas stream, eliminating the need for sample conditioning systems.
The system provides highly accurate real-time gas monitoring while reducing maintenance requirements and operating costs. Its advanced laser absorption technology ensures exceptional selectivity, sensitivity, and long-term measurement reliability.
Measuring Parameters
NH₃ (Ammonia), HCl (Hydrogen Chloride), HF (Hydrogen Fluoride), H₂S (Hydrogen Sulfide), CO, O₂, CH₄
Process-specific gases depending on application
Key Benefits:
- Non-sampling in-situ measurement technology
- No sample extraction system required
- High sensitivity and accuracy
- Minimal maintenance requirements
- Fast real-time measurements
- Cross-stack monitoring capability
- Low operating costs
- Long-term measurement stability
- Remote monitoring and diagnostics
- Suitable for harsh industrial environments
Why Choose LD500
- Direct in-situ measurement without sample transport losses.
- Eliminates maintenance associated with sampling systems.
- Provides highly accurate cross-stack gas monitoring.
- Fast response for process control applications.
- Ideal for industrial stacks, boilers, kilns, and process ducts.
- Reduces operational costs and downtime.
- Reliable performance in high-temperature and dusty environments.
- Supports environmental compliance and process optimization.
How it Works
