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В этом разделе представлена краткая, общая информация о сфере деятельности и/или полная производственная программа Turner Designs, Inc.. |
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| Turner Designs manufactures fluorometers and research grade luminometers to scientists and environmental engineers for the measurement of fluorescent tracers, algal pigments, hydrocarbons, and other naturally occurring fluorescent compounds. Fluorometers and luminometers for field, laboratory, and process control applications in the environmental and biotech markets: 10-AU Field Fluorometer for chlorophyll measurement and dye tracer studies; TD-700 Lab Fluorometer for chlorophyll measurement, DNA/RNA quantitation and general lab assays; TD-360 Mini- fluorometer for DNA/RNA quantitation and general lab assays and TD-20/20 Luminometer for genetic reporting and ATP measurements; AlgaeWatch On-line Fluorometer for real-time measurement of algal biomass in water; SCUFA® Submersible Fluorometer for chlorophyll and dye tracing applications; Picofluor™ Handheld Dual Channel Fluorometer; Aquafluor™ Handheld Fluorometer/Turbidimeter; Laboratory, portable and on-line fluorometers for the detection of oil in water (hydrocarbon monitors). The 10-AU-005-CE Field Fluorometer is a rugged, field-portable fluorometer that can be set up for continuous-flow monitoring or discrete sample analyses. It is equipped with easily-removable filter paddles, making excitation and emission filter changes quick and convenient. A watertight case, internal data logging, automatic range changing, and unmatched stability make this the fluorometer of choice for field fluorometry studies. A variety of compounds can be easily measured on-site using application-specific optical filters available from Turner Designs. The AlgaeWatch® On-Line Fluorometer is the ideal tool for water resource managers and scientists interested in real-time monitoring of water quality, provides a continual indication of the algal biomass in water. The SCUFA® (Self-Contained Underwater Fluorescence Apparatus) is an accurate, simple-to-use and versatile submersible fluorometer for chlorophyll and dye tracing applications. The SCUFA® has been designed to operate in a wide range of concentrations and environmental conditions. The Picofluor™ Fluorometer is a lightweight, handheld instrument, configured to detect both Rhodamine WT and Fluorescein tracer dyes. The Aquafluor™ is a lightweight, inexpensive, handheld fluorometer/turbidimeter. It is ideal for the user who needs quick measurements away from the laboratory. Its dual-channel capability allows the user to measure both fluorescence and turbidity in one sample. The TD-360 FastHEX™ Produced Water Lab Instrument is an affordable replacement for the industry standard oil and grease field methods. Measure oil and grease with simple solvent extraction and no evaporation. The TD-3100 Laboratory Fluorometer is a low cost benchtop instrument that was developed to provide an alternative to industry standard oil and grease methods. Measure samples directly (non-extraction) or with solvent (i.e. hexane) extraction methods. The Turner Designs TD-4100 on-line oil in water monitor reliably detects BTEX, gasoline, diesel, jet fuel and oil in water. The TD-4100 is a nonfouling continuous, on-line monitor that provides hydrocarbon and oil in water monitoring down to low ppb. The TD-4100 is installed for applications that require monitoring of treated and untreated wastewater streams ranging from industrial wastewater, groundwater, process water, produced, potable water intakes, and storm water run-off. The TD-4100 XD is a ruggedized version of the TD-4100 continuous on-line oil in water monitor. The XD is designed specifically for offshore oil production, refining, petro-chemical, mining, and other industries that require robust on-line hardware for severe duty and hazardous area locations. The monitor is skid mounted and constructed of 316 stainless steel, including an external keypad, for operation in corrosive environments. The TD-4100 XD detects and measures crude oil, refined fuels, fuel oils, lubricating or hydraulic fluids, and aromatic solvents in water. Detection limits range from low ppb (ґg/L) to high ppm (mg/L). The system is easily configured for hazardous area locations: Class I Division I and Class I Division II. |
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