Importance of Analyzers In The Gas Processing Industry
Analyzers play a critical role in the gas processing industry by ensuring safety, efficiency, and regulatory compliance. They measure hydrocarbon, oxygen, CO₂, sulfur, and methane levels, providing real-time data on gas composition. This helps operators optimize processes, prevent hazardous conditions, and maintain product quality.
Gas processing analyzers detect impurities and monitor performance, supporting cost savings, environmental protection, and operational reliability. As a result, they are essential for modern gas processing facilities.
How Our Analyzers Work
Our gas processing analyzers utilize KECO’s proprietary Membrane Technology and advanced sensor systems designed specifically for demanding process environments. These analyzers extract vapors from liquid streams without extensive sample conditioning, enabling fast, accurate, and real-time measurements.
With continuous monitoring and automated sampling, KECO analyzers help increase efficiency, reduce operational costs, and support compliance across modern gas processing systems.
Applications
Why Choose Gas Processing Analyzers From KECO?
Designed for gas processing environments, KECO analyzers combine accuracy, compliance, and value to support efficient, reliable operations.
Optimized Contaminant Detection
Advanced membrane separation and proprietary sensors ensure precise detection of H₂S, CO₂, and other contaminants, even in harsh or variable gas conditions.
Regulatory Compliance & Industry Standards
Designed to meet ASTM and industry standards, KECO analyzers ensure safe, accurate gas processing while supporting compliance with environmental regulations. KECO is NMAC compliant, TX RRC compliant, ATEX certified, and IECEx certified for use in regulated and hazardous environments.
Seamless System Integration
KECO analyzers integrate with existing control systems using flexible outputs, alarms, and protocols to enable real-time monitoring and process efficiency.
Low Maintenance & Long-Term Reliability
Durable construction, minimal moving parts, and solid-state design reduce maintenance needs and ensure long-term, dependable performance in tough environments.
Automated Operation & Remote Access
Automated sampling and remote access features provide 24/7 visibility, real-time alerts, and hands-free control from virtually anywhere.
KECO Support & Service
KECO Care offers expert support, routine maintenance, and responsive service to maximize uptime and keep analyzers performing at peak levels.
Explore Our Product Range
What Our Clients Say
Real stories from real partners. See how we’ve made an impact.
“This analyzer provided fast and reliable measurements, which in turn, enhances operational efficiency and reduced chemical expenditure.”
CHRISTIAN T.
Ops Manager at Oil Producer in New Mexico
“Cost savings were thousands of dollars a month. In conclusion, with this data, we were able to automate the system and save on chemicals.”
BRAD S.
Chemical Specialist of a Major Oil ProducerFrequently Asked Questions
Have questions about KECO analyzers? Explore quick answers to help you understand how our technology supports compliance, efficiency, and reliable performance in real-world conditions.
KECO analyzers provide continuous, real-time monitoring of critical gas components such as hydrogen sulfide (H₂S), total sulfur, carbon dioxide (CO₂), and oxygen (O₂). This real-time data enables operators to promptly detect deviations from specified gas quality parameters, ensuring compliance with industry standards and protecting downstream equipment from corrosion and other issues.
KECO provides specialized analyzers for sulfur detection. The Model 1700-150 measures total sulfur and H₂S using a hydrogenation method aligned with ASTM standards, suitable for continuous online analysis. The 600 and 700 Series focus on total sulfur analysis, offering accurate measurements to protect catalysts and ensure process efficiency. Additionally, the Dual H₂S & CO₂ Gas Analyzer simultaneously measures both gases, ideal for applications requiring comprehensive gas composition analysis.
Yes, KECO analyzers are designed for deployment in various parts of gas processing facilities, including areas near dehydration units. Their robust construction and resistance to harsh environmental conditions make them suitable for such installations, ensuring accurate monitoring of gas quality before and after dehydration processes.
KECO analyzers are equipped with standard communication protocols such as 4–20 mA outputs and RS-485 Modbus, facilitating seamless integration with centralized control systems like SCADA and DCS. This integration allows for remote monitoring, data logging, and control, enhancing operational efficiency.
Absolutely. KECO offers customizable analyzers to suit various gas compositions and process requirements. Options include different detection ranges, materials compatible with specific gases, and configurations tailored to unique operational needs, ensuring optimal performance across diverse applications.
KECO analyzers are designed to maintain accuracy under varying pressure conditions. They incorporate pressure regulation and flow control mechanisms to ensure consistent sample delivery to the detection system, thereby providing reliable measurements even with fluctuating inlet pressures.
KECO analyzers are built to operate within a broad temperature range, accommodating elevated processing temperatures commonly found in industrial environments. For cryogenic applications, it’s essential to implement appropriate sample conditioning systems to bring the sample to a temperature range compatible with the analyzer’s operational specifications.
Optimal sample flow rates vary depending on the specific analyzer model and application. For instance, the Dual H₂S & CO₂ Gas Analyzer operates effectively with a regulated gas pressure of 10 PSI and a flow rate of approximately 1.5 standard cubic feet per hour (SCFH).
Other Industries We Serve
KECO analyzers are trusted across a wide range of industries beyond chemical and petrochemical, delivering precise measurement, regulatory support, and operational peace of mind.
