IoT Monitoring – Catalyxchemicals

Gas Detection & Monitoring Solutions

Gas levels in industrial environments are constantly fluctuating, making continuous monitoring essential to ensure safety and efficiency. Our IoT gas monitoring systems are designed to meet a wide range of needs, offering both portable and fixed configurations with detection capabilities from ultralow (PPB-range) to high concentrations. These solutions provide real-time data to help you make informed decisions and stay ahead of potential risks.

Built with high-quality, durable components, our systems are engineered to perform reliably in even the harshest industrial environments. Whether exposed to extreme temperatures, humidity, or corrosive conditions, our sensors and hardware are designed to last, minimizing downtime and reducing maintenance costs. With robust performance and longevity, our solutions deliver peace of mind for your operations year after year.

All-in-One Monitoring Interface

Our user-friendly dashboard provides an all-in-one view of your data, offering current level displays, detailed line-graph visualizations, and easy access to past reports. Designed for simplicity, the interface ensures effortless navigation, making it accessible for any team member without the need for extensive training. Best of all, we offer a low, flat monthly fee that covers unlimited users, eliminating the hassle of per-seat charges and keeping costs predictable.

AI Integrations & Automations

Our AI integrations enable customized daily reports and real-time alerts via email to suit the unique needs of your operations. These AI-driven features analyze data to generate insightful summaries, spotlighting trends and irregularities for improved decision-making and efficiency. Alerts can be tailored to trigger at specific thresholds, ensuring immediate notification of critical changes and helping maintain efficiency, safety and quality across all processes.

Industries Served

Academia & Research: Drive breakthroughs in environmental science, chemistry, and engineering with precise gas monitoring tailored for laboratories and research facilities.
Agriculture: Monitor ammonia and methane levels to improve livestock welfare and mitigate greenhouse gas emissions, contributing to sustainable farming practices.
Biotechnology: Ensure controlled environments for bioprocessing and manufacturing with continuous monitoring of oxygen, carbon dioxide, and volatile organic compounds.
Data Centers: Detect potentially harmful gas leaks, such as sulfur hexafluoride (SF₆), used in electrical equipment, to prevent downtime and maintain infrastructure integrity.
Food & Beverage: Maintain product freshness by monitoring ethylene, carbon dioxide, and oxygen levels in storage and transport environments.
Healthcare: Protect patients and staff by detecting harmful gases like formaldehyde and anesthetic gases, ensuring air quality in hospitals and laboratories.
Livestock: Enhance animal welfare and productivity by monitoring ammonia levels in barns and stables, reducing respiratory risks and odor.
Manufacturing: Improve workplace safety by monitoring toxic gases, such as carbon monoxide and hydrogen sulfide, and ensure compliance with environmental regulations.
Mining & Metals: Detect methane, hydrogen sulfide, and other hazardous gases in underground operations to safeguard workers and equipment.
Oil & Gas: Prevent accidents and ensure compliance by monitoring flammable and toxic gases during extraction, refining, and transportation processes.
Pharmaceutical: Maintain sterile and controlled environments for production and research by tracking oxygen and carbon dioxide concentrations.
Produce & Cold Chain: Optimize cold storage for fruits and vegetables by monitoring ethylene and other gases to prolong shelf life and reduce waste.
Water Treatment: Enhance facility operations by detecting chlorine, hydrogen sulfide, and other gases critical for water purification processes.