When in the air they behave as an inert material for the duration of the tracing experiment. Flutec™ Tracers enable pockets of air to be identified and followed from source of pollution to dispersal or deposition.įlutec™ Tracers are non-toxic and do not constitute a pollution nuisance themselves they are thermally stable and have the ability to survive high temperatures within most industrial stacks.
They are injected into the flow with an injection-gas and will trace the path of the injection-gas to a production well in the subsurface environment, providing definitive information regarding injector/producer communication, partitioning characteristics and cycle times. They can be deployed, sampled and analysed with the same instrumentation simultaneously.įlutec Tracers comparison table Gas & Petroleum Reservoir Mappingįlutec™ Tracers are a crucial tool in maximising productivity through accurate mapping of flow paths, volumes and the geological structures of oil and gas reservoirs. There are 22 Flutec™ Tracers with a wide variety of tracers available with boiling points from 48☌ to 180☌, a wide range of experiments, including multi-component, are supported. Transport Characteristics comparable to Methane & Ethane.Detectable at parts per quadrillion levels.The background atmospheric concentrations are negligible.Flutec™ TG-Tracers share a unique set of properties which make them ideal candidates for tracing and tagging applications:
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