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Highly responsive steam traps with a membrane regulator are ideal for saturated steam systems, steam tracing, heating coils, air heaters, steam rollers, irons, and tire presses. This makes it suitable for heat exchangers where efficient operation is not adversely affected by minimal condensate build-up.
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Suited to steam-regulated heat exchangers, vacuum systems, drying cylinders, steam dryers and systems with very low operating or differential pressures, GESTRA's ball float steam traps remove condensate from steam, cold condensate, and distillates.
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Compact thermodynamic steam traps are ideal for draining heating processes with small load fluctuations, including saturated and superheated steam systems, steam tracing, and air heaters.
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Thermostatic steam traps are ideal for sterile and aseptic applications in the pharmaceuticals industry, including pure steam and ultrapure steam applications, clean-in-place, and steam-in-place processes.
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With a low pressure drip and excellent sealing, dual-plate check valves prevent the risk of backflow in liquid and gas lines.
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SBO gravity circulation check valves are installed downstream or upstream in heating and hot water installations to prevent gravity circulation. This ensures that the heating system works correctly, reliably, and at highest efficiency, reducing costs.
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Wafer-type non-return (check) valves with spring, for installation in any position. Ideal for liquids, gases, and vapor applications. GESTRA's RK (wafer-type) non-return valves are for sandwiching between flanges. The valve has a spring to allow installation in any position. The valve self-centering body uses patented centering cams for RK 86/ RK 86A which make installation easier and faster – reducing costs. Our RK non-return valves are ideal for liquids, gases, and vapor applications.
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The swing-plate check valve is a cost-effective way to prevent backflow in your pipelines and other industrial applications for use with a wide range of fluids such as gases, liquids and steams.
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Save energy and control your cooling-water return temperature with GESTRA's self-acting mechanical control valve CW (GESTRAMAT). GESTRA's CW cooling-water control valves (GESTRAMAT) help you to save energy by reducing the cooling-water flow to a minimum, and keeping the discharge temperature to the maximum permissible value. These control valves are self-acting and sense the discharge temperature by the integral regulator, so you can reduce operating costs.
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GESTRA's GCV general-purpose control valves are engineered to provide solutions for steam, condensate, and other industrial fluid, as well as gas applications and processes. These general-purpose control valves reliably and precisely control temperature and pressure within your processes. GCV valves are available with electric or pneumatic actuator, positioners, and compressed air filter/regulators.
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Self-acting pressure controls are easy to install and use. They enable you to manage the pressures needed for your applications, and ensure that your system is running efficiently and safely.
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GESTRA's Clorius system is a self-acting temperature control that are easy to use and install for various applications in your heating or cooling system including including industrial plants, building plants and marine equipment.
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The Pony® Sample Conditioning System (PSCS®) is ideal for sampling wet or dry natural gas when a compact solution mounted directly to the sampling probe is preferred. The PSCS contains a self-limiting block heater, Watlow® PID temperature controller, system temperature limiter, and a single or multistage pressure regulator, all mounted inside a Pony® Heated Probe Enclosure. The close coupled system reduces the opportunity for richer gases to condense within sample tubing and protects analyzers from damage by solids or liquids while delivering a representative sample
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The Mustang P53® Sample Conditioning System is an integral component to provide an Analytically Accurate® solution for natural gas sampling applications. The P53® Sample Conditioning System solves the problem of hydrocarbon liquid condensation from Joule-Thomson cooling in natural gas analysis systems. High pressure natural gas samples are transported at a temperature well above the expected hydrocarbon dew point, which is maintained throughout the pressure reduction process, delivering a representative sample to the analyzers.
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The Mustang Intelligent Vaporizer Sampling System is a patented technology system designed to vaporize liquid, providing a fresh sample to a continuous online analyzer. This system is designed with enhanced sample quality, through controlled vaporization, accumulation, and homogenization, accomplished through multiple stages.
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The Mustang Composite Sampling System is an intermittent, waterless sampling system for liquefied natural gas. The system accumulates a representative sample by capturing small samples at regular intervals, either fixed or proportional to flow rate.
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The Mustang NGL Sample Conditioning System (MNGL®) combines a Mustang® Vaporizer and Mustang® Heated Regulator with a PID temperature controller and a liquid membrane separator to create a robust, single-path pressure regulating and vaporizing sample conditioning system for natural gas liquids.
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The Mustang® Liquid Sample Pump (MLSP®) enhances Analytically and repeatability of measurements of Natural Gas Liquids (NGL) extracted from a pipeline by a sample probe during sample analysis processing utilizing a metering pump up-stream of the sample conditioning equipment. The Mustang Liquid Sample Pump also reduces lag time of the pressurized fluid prior to introduction to the sample conditioning equipment. The system generates sufficient residual pressure to off-set and overcome the takeoff vacuum (suction pressure) to promote unfiltered bypass flow for fluid reinjection into the pipeline.
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Orbital is a customized solutions provider. Orbital’s design engineers will work alongside you to develop an analytical system that perfectly fits your needs. GasPT, or "Gas Properties Transmitter," is an online analyzer that provides the following physical properties of natural gas:
- Calorific Value (CV) / British Thermal Unit (BTU)
- Wobbe Index (WI)
- Relative Density (RD)
- Compression Factor (Z)
- Methane Number (MN)
- Total Air Requirements (TAR)
- MON
- SOS
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Benchmark Measurement Solutions, formerly Turner Designs Hydrocarbon Instruments, proudly announces the all new dual-channel TD-560 Oil in Water Analyzer. In addition to the optical channel found in the TD-550, suitable for crude and other heavy oils, the TD-560 adds a second channel for detecting lighter hydrocarbons, such as BTEX, gas condensates, gasoline, jet fuel, kerosene, transformer oils, styrene and phenol. The TD-560 offers a greatly enhanced detection range (low ppb to 5000 ppm) over most oil in water analyzers.
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Benchmark Measurement Solutions, formerly Turner Designs Hydrocarbon Instruments, is proud to introduce the new standard in grab sample oil in water analysis with the TD-550 oil in water analyzer. The TD-550 is suitable for crude oils and other heavy oils with a greatly enhanced detection range (low ppb to 5000 ppm) over most oil in water analyzers. Related product, the TD-560, includes the same optical channel of the TD-550 along with a second optical channel for detecting lighter hydrocarbons such as BTEX, gas condensates, gasoline, jet fuel, kerosene, transformer oils, styrene and phenol.
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The TD-120 Oil in Water Monitor is ideal for detection of oil leaks from heat exchangers—protecting boilers, water intakes and membrane systems—as well as optimizing water treatment systems. With low detection limits and extended measurement range, the TD-120 provides the necessary tools and ease of use to meet today’s complex oil in water measurement needs.
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Benchmark Measurement Solutions is proud to present the CF-200 Algae Monitor. Using the C-Fluor fluorescence probe, the online monitor is fully integrated and ready to detect Chlorophyll A in fresh or sea water.
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The TD-4100XD is a ruggedized version of the TD-4100 continuous online oil in water monitor. The XD is designed specifically for offshore oil production, refining, petrochemical, mining, and other industries that require robust online hardware for severe duty and hazardous area locations. The monitor is skid or wall mounted and constructed of 316 stainless steel.
