Multiple Gas Analyzers

Multi-gas analyzers provide simultaneous detection of multiple gases with high sensitivity, using advanced sensor technologies like NDIR, electrochemical, PID, and FTIR. Ideal for industrial, environmental, and safety applications, they offer real-time monitoring, data logging, and high accuracy even in complex gas mixtures.

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MultiGas™ 2030 FTIR Gas Analyzers

The MultiGas™ 2030 is a high-performance FTIR-based gas analyzer designed for the simultaneous detection of over 30 gas species with exceptional sensitivity, reaching 10–100 ppb for many toxic gases. It is ideal for a wide range of applications, including:

☑️ Automotive emissions measurement
☑️ Stack and process emissions monitoring
☑️ Ambient air and purity monitoring
☑️ Selective catalytic reduction (SCR) performance evaluation

The MultiGas™ 2030 FTIR Gas Analyzer can precisely measure a wide range of gases and vapors—over 30 species simultaneously—including (but not limited to) NO, NO₂, N₂O, SO₂, CO, CO₂, CH₄, HCl, HF, NH₃, and H₂O.

Equipped with a patented high-optical-throughput sampling cell, the analyzer delivers precise measurements even in humid gas streams (up to 40% water content).

Key Features:

☑️ Simultaneous real-time analysis of over 30 gas species
☑️ Permanently stored & transferable calibration spectra, minimizing need for gas cylinders
☑️ Linearized detector response ensures consistent calibration across instruments
☑️ User-friendly software with multi-point calibration and up to 9 orders of dynamic range (ppb to 100%)
☑️ Fully automated and robust system requires minimal maintenance — no field technician needed

The analyzer includes the 2102 Process FTIR Spectrometer, intuitive software, and a comprehensive quantitative spectral library. It captures high-resolution infrared spectra, delivering highly accurate and sensitive measurements for a broad range of gases and vapors.

With built-in utilities to verify system performance and universal calibration compatibility, the MultiGas™ 2030 is a reliable, flexible, and powerful tool for modern gas analysis challenges.

SKY8000-OU ODOR GAS ANALYER

The SKY8000-OU Odor Gas Analyzer combines multiple advanced sensing technologies—including electrochemical, semiconductor, and PID photoionization sensors—with biological intelligent electronic nose technology to provide precise and reliable measurement of odor concentrations in various environments. This versatile instrument is essential for detecting odorous gas pollutants in challenging settings such as landfills, waste incineration plants, sewage treatment facilities, chemical enterprises, ports, warehouses, and more.

Designed to offer comprehensive detection, the SKY8000 measures a wide range of characteristic gases and odor components, including hydrogen sulfide (H₂S), ammonia (NH₃), volatile organic compounds (VOCs), and other common odorous pollutants. Its modular design supports detection of 1 to 18 gases simultaneously, allowing customized setups tailored to specific monitoring needs.

Key features include:

✅️ Use of world-class sensors for highly reliable and third-party certifiable results
✅️Multiple industrial pumps with adjustable flow rates for optimized sampling
✅️ Flexible display modes: single curve, multi-curve, and numerical data, with freely switchable concentration units
✅️ Optional monitoring of temperature and humidity to provide contextual environmental data
✅️ Advanced wireless communication options such as Bluetooth, ZIGBEE, WIFI, and GPRS for remote data transfer
✅️ Data logging with large capacity storage and independent SD memory card for easy data management and review
✅️ Long-lasting lithium polymer rechargeable battery with mobile USB charging capability for extended field operation
✅️ Durable aviation-grade wear-resistant materials and a 3.5-inch HD LCD screen for clear, user-friendly operation even in harsh industrial environments

The SKY8000 is widely used in municipal engineering, urban construction, parks, airports, railway tunnels, hospitals, and schools, making it a critical tool for environmental safety and regulatory compliance. Its ability to accurately identify and quantify odors helps industries reduce environmental impact and improve air quality management.

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