The EASZ-1 TF1 Watercut Monitor for condensate at higher pressure addresses a problem faced by piping engineers who wish to comply with standards pertaining to inlet and outlet connections e.g. the ANSI or DIN pressure ratings etc. Since sensors reside inside the process it is important not to forget that the leak paths from the sensor to the environment are also subject to the same leakage parameters as the flanged process connections.

Therefore EESIFLO International also design and manufacture the EASZ-1 TF1 so that ALL connections to the process and from the process are inline with MANDATORY piping specifications.

For more information and availability of the EASZ-1 TF1 please contact EESIFLO International Pte Ltd

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There are quite literally hundreds of different equipment configurations for the processing required to separate natural gas condensate from a raw natural gas. The raw natural gas feedstock from a gas well or a group of wells is cooled to lower the gas temperature to below its hydrocarbon dew point at the feedstock pressure and that condenses a good part of the gas condensate hydrocarbons. The feedstock mixture of gas, liquid condensate and water is then routed to a high pressure separator vessel where the water and the raw natural gas are separated and removed. The raw natural gas from the high pressure separator is sent to the main gas compressor.

The gas condensate from the high pressure separator flows through a throttling control valve to a low pressure separator. The reduction in pressure across the control valve causes the condensate to undergo a partial vaporization referred to as a flash vaporization. The raw natural gas from the low pressure separator is sent to a "booster" compressor which raises the gas pressure and sends it through a cooler and on to the main gas compressor. The main gas compressor raises the pressure of the gases from the high and low pressure separators to whatever pressure is required for the pipeline transportation of the gas to the raw natural gas processing plant.