Monitoring in an industrial environment requires variable capabilities depending on the specific regulatory requirements. The flexibility of AROMA platform allows for continuous monitoring for process control and employee and environmental health and safety needs. AROMA instruments are easily deployed as a mobile platform for virtual fenceline monitoring and fugitive emissions and hazardous air pollutants detection required by chemical manufacturers and sterilizers, as well as the oil and gas industry. For the oil industry, direct analysis of oilfield produced fluid is possible with AROMA-TRACER.
Of critical importance for chemical manufacturers and commercial sterilizers is ensuring the safety of their employees when dealing with dangerous chemicals. We provide a unique, customizable solution to our client’s employee, health, and safety and chemical monitoring needs. This solution is enabled by AROMA with multi-point sampling system and external monitor integration, which provides multi-chemical ppt detection capabilities and instrument stability unparalleled on the current market.
Chemical manufacturers, oil and gas well and refinery operators, commercial sterilizers and other industrial leaders need to ensure compliance of their facility with air quality regulations. To prevent significant fines monitoring for early detection of leaks and fugitive emissions is ideal to ensure quick mitigation.
The AROMA platform offers a high-tech solution for improving leak detection, process control, and emission control in industrial settings. By monitoring for potential hazards and detecting product contamination that might have otherwise gone unnoticed, AROMA instruments can help industries maintain the quality of their products and ensure that they meet all specifications.
The AROMA technology offers a number of applications for the hydrocarbon development industry, from prospecting to production. AROMA-TRACER is already making a mark in oil-field produced-fluid analysis by providing a 1000x sensitivity improvement over traditional methods of chemical tracer detection with an in-field, unattended capability.