Main products
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Aoma M2 Handheld FID Total Hydrocarbon Analyzer
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Aoma X5 Portable Total Hydrocarbon Analyzer/Volatile Organic Compounds Analyzer
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Aoma M3 Portable VOC Analyzer for Field Detection
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OM3500 Handheld Total Hydrocarbon Analyzer for VOCs Leak Detection
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OM3000 Pro Portable VOC Analyzer for LDAR & Leak Detection
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OM3000 Portable VOC Analyzer for LDAR & Leak Detection
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M2 Portable Total Hydrocarbon Analyzer
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Application Cases
The Aoma Intelligent Portable VOCs/Total Hydrocarbon Analyzer has become a critical tool for environmental safety and process control due to its rapid response, real-time monitoring, and mobility. Its core value lies in the "on-site acquisition of total hydrocarbon concentration data," yet its application objectives, scenarios, and methods vary significantly across different industries.
View our case studies to learn about our application areas and more customer testimonials:
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Technology & services
Equipped with a self-developed miniature Hydrogen Flame Ionization Detector (FID), it delivers core advantages including rapid response, high sensitivity, and outstanding stability. Its excellent performance enables reliable on-site detection in complex environments such as petrochemical, chemical, and environmental monitoring applications, significantly enhancing inspection efficiency and monitoring reliability. Simultaneously, Aoma provides full-process technical support and guidance with a 24-hour rapid response, assisting enterprises in achieving precise, efficient VOCs emission control and enhanced safety management.
Here you can learn about our core technologies and the specific services we provide:
About AOMA
Anhui Aoma Intelligent Technology Co., Ltd. specializes in the professional technical design, development, production, marketing, and promotion of gas sensors.We are committed to providing customers with accurate, reliable, efficient, and cost-effective FID gas sensor technologies, delivering tailored gas detection solutions for key sectors such as industrial manufacturing, energy development, environmental protection, public safety, and healthcare. Leveraging our innovative core patented technology—low-temperature co-fired ceramic (LTCC) micro-FID—and advancements in intelligent algorithms, we offer more robust solutions for gas detection in complex environments. Our product portfolio includes sensor modules, portable analyzers, mobile analyzers, and online analytical instruments, enabling precise detection of gas composition and......
Latest News
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2026-07-29
How Does a Portable Total Hydrocarbon Analyzer Improve VOC Monitoring?
What Is a Portable Total Hydrocarbon Analyzer?Why Are Traditional VOC Monitoring Methods Facing Challenges?Limited Flexibility for Field InspectionDelayed Measurement FeedbackIncreasing Environmental Compliance RequirementsHow Does FID Technology Improve Total Hydrocarbon Detection?High Sensitivity for Hydrocarbon CompoundsReliable and Stable MeasurementFast Response for Real-Time MonitoringPortable Total Hydrocarbon Analyzer vs Tra...
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2026-07-07
VOC Analyzer vs Traditional Leak Detection Methods: Which Is Better for LDAR Compliance?
Understanding the Difference Between VOC Analyzers and Traditional Leak Detection MethodsWhy Are Traditional Leak Detection Methods Becoming Less Effective?1. Increasingly Strict VOC Emission Regulations2. Human Factors Affect Inspection Accuracy3. Limited Ability to Identify Small LeaksHow Does an FID VOC Analyzer Improve LDAR Compliance?High Detection SensitivityFast Response TimeBetter Compliance DocumentationVOC Analyzer vs Trad...
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2026-06-22
What Is a Portable VOC Analyzer, and Why Does LDAR Need One?
What Is LDAR, Really?What Is a Portable VOC Analyzer?Why Every LDAR Program Actually Needs OneChoosing the Right Analyzer for Your ProgramFAQQ: Do I need an FID or a PID analyzer for EPA Method 21 compliance? Q: How often do components need to be monitored under LDAR rules?Q: What happens if my analyzer isn't properly calibrated? If you've just been handed responsibility for your facility's fugitive emissions program, "LDAR" prob...
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2026-06-11
How to Pick a Handheld FID Analyzer With No Hydrogen Cylinder
What Solid-State Hydrogen Storage Actually SolvesWhat to Check Before Choosing OneSolid-State Storage vs. Traditional Cylinder SupplyChoosing Equipment That Won't Slow You DownFAQQ: Is solid-state hydrogen storage as reliable as a compressed gas cylinder for continuous field use?Q: Does removing the high-pressure cylinder affect the analyzer's detection range? Q: Can a cylinder-free FID analyzer still be used in explosive atmosphere...
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2026-05-21
Micro-FID vs Legacy: M2 Portable Total Hydrocarbon Analyzer
Conducting fugitive emissions monitoring in heavy petrochemical plants is an unforgiving task. Field engineers must navigate labyrinthine pipelines, scale towering distillation columns, and operate in high-risk zones. In these brutal environments, deploying fragile, bulky legacy equipment is not just an operational bottleneck—it is a serious safety liability. When your frontline team relies on heavy, temperamental gas detectors, ...
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2026-05-08
Why Traditional FIDs Fail vs. OM3000 Portable VOC Analyzer
Conducting Leak Detection and Repair (LDAR) in a sprawling petrochemical facility is an endurance test for both field engineers and their equipment. Operators often find themselves navigating complex pipeline mazes, climbing heavy-duty scaffolding, and working in harsh, unpredictable weather conditions. In these demanding environments, the last thing an engineer needs is a heavy, temperamental instrument that constantly demands atte...
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2026-04-23
How to Choose a Portable VOC Analyzer for Field Detection?
For environmental compliance officers and industrial hygiene technicians, the daily reality of field detection is often a battle against logistics. Navigating vast petrochemical complexes or pharmaceutical manufacturing zones requires tools that balance laboratory-grade precision with the ruggedness needed for unpredictable outdoor environments. Traditional detection methods have long been plagued by equipment that is too heavy to c...
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2026-03-19
Petrochemical Fugitive Emissions: Why Lightweight FID Detectors Win
In the continuous battle against fugitive emissions within the petrochemical, refining, and pharmaceutical industries, field personnel face a monumental, often silent, challenge. Beyond the technical rigor required to identify and quantify thousands of potential volatile organic compound (VOC) leak sources—valves, flanges, and piping connectors—inspectors endure immense physical strain. The complex landscape of a typical production ...
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