The Mobile PV® Series Carbon Adsorption System is a trailer-mounted option which features our PV® Series liquid phase carbon adsorbers in a self-contained unit and is ideally suited for temporary or emergency events, or, to pilot test new technology -- all without the need of capital investment.
The Thermo Scientific Arke SO3 System, with built-in SO3 generator, uses an advanced Quantum Cascade (QC) Laser-based platform to provide high sensitivity, optimum selectivity and a continuous, direct measurement of SO3 within tough industrial-plant process environments.
This loop-powered analytical unit serves industrial, commercial and municipal applications with the widest range of liquid measurement inputs available for a two-wire liquid transmitter.
The GreenLight® 910 can calculate live aerobic bacteria loads in as little as 45 minutes making it possible to perform real time operational changes to processes and automatically record results.
The GreenLight® 930 is capable of calculating live aerobic bacteria loads of 24 different samples in as little as 45 minutes.
The new Secura is a laboratory balance that does far more than set new standards in metrological specifications. Beyond its technical specs, Secura also gives you the security and serenity of knowing that you have done everything right according to best practices to ensure the quality of your measurement results, compliance with regulatory requirements and your efficiency as well.
The Thermo Scientific™ Omni FTIR Multi Gas CEMS is designed to meet 40 CFR Part 60 standards by using the state-of-the-art Thermo Scientific™ Antaris™ IGS gas analyzer to simultaneously monitor more than ten gases with high precision, sensitivity, speed and reliability within a tough industrial environment.
The Series 9100 is a multi-purpose gas chromatograph designed to continuously monitor single or multiple gas components in a wide range of applications. The analyzer is microprocessor based and contains powerful embedded firmware and software. This makes it an online instrument with GC technology that is virtually transparent to the end user.
Thermo Scientific™ Permeation Source is the only permeation oven that fully integrates with the Thermo Scientific™ Mercury FreedomTM system to meet interim protocol QC and U.S. EPA regulatory requirements for Mercury Monitoring.
The TS-IR Infrared Camera Series is IP67 rated and optimized to provide the most accurate and sensitive thermal images.
This series of high performance infrared cameras can be used to resolve targets up to 2500oC. High dynamic ranges ensure high contrast and accuracy in the images captured and thermal sensitivity allows for the detection of temperature differences as small as 20 mK.
The MS-IR uses a high-speed filter wheel to perform 8-channel multispectral target signature analysis. Its user adjustable rotating speed can go up to 100 Hz, meaning it can support an up to 800 fps frame rate. The camera’s high dynamic range ensures the highest possible contrast and accuracy in the images it captures.
The Thermo Scientific™ TVA2020 Toxic Vapor analyzer is the only intrinsically safe, portable field analyzer using both Flame Ionization Detection (FID) and Photo Ionization Detection (PID) technologies.
The 6888 in situ O2 transmitter provides accurate measurement of the oxygen remaining in the flue gases coming from any combustion process.
The MT86 insertion type multipoint mass flow meter combines FCI's highly reliable thermal dispersion, no-moving parts flow element design with up to 16 flow sensing points while operating over a wide temperature range up to 850° F [454° C]. The electronics features continuous built-in testing and calibration adjustment to prevent signal drift.
The Thermo Scientific 5020i SPA analyzer ensures accurate sampling and complete data capture of particulate laden flow.
The Thermo Scientific Model 81i calibrator utilizes a vapor generator that allows standard calibration and dynamic spiking into the extraction probe. A wide calibration range lets the user directly calibrate the analyzer at post-dilution concentrations. The calibrator is ideally suited for daily zero/span checks and routine converter efficiency and linearity testing.
The Thermo Scientific Model 80i analyzer uses an advanced cold vapor atomic fluorescence technology. This technology enables the Model 80i analyzer to provide continuous sample measurement, with no additional gases or accumulations required and virtually no interference from SO2. High sensitivity allows high sample dilution reducing moisture, heat, and interfering pollutants.
The Thermo Scientific Model 82i probe controller is microprocessor-driven and connected by an umbilical to the stack probe and mercury converter. The controller automates probe calibration and dynamic spiking, and confirms auto dilution. It also monitors probe temperature, measures flow rates and pressure in the sampling loop, and enables automated filter blowback.
Reliably capture and report all significant sulfur emission quantities with the Thermo Scientific™ SOLA II Flare Sulfur On-Line Analyzer, featuring an unparalleled response time and a wide measurement range. This highly accurate instrument enables reliable flare stack sulfur emission monitoring by providing a measuring range from 10 ppm to 95% S by volume and fast high-to-low response time. The field-proven SOLA II Flare continuously monitors the total sulfur content in flare feeds, enabling immediate corrective action without lab analysis delays.
The Thermo Scientific Calibrator Certification Service compares and validates the Thermo Scientific Model 81i Mercury Calibrator to a NIST (National Institute of Standards and Technology) traceable Vendor Prime or Field Reference Generator. The calibration method is based on the Interim Draft Traceability Protocol as set forth by NIST and the Environmental Protection Agency (EPA).
Real-time, respirable dust monitor for use in United States based mining applications
The Thermo Scientific&trade Particulate Dryer Maintenance Program provides flexible options for the maintenance of Thermo Scientific™ TEOM™ Series and Thermo Scientific™ Model 8500-C particulate dryers.
The Baseline® Series 9000 H is a high-temperature member of the extraordinary Series 9000 family of gas analyzers. The Series 9000 is the candidate of choice whenever accurate, reliable hydrocarbon analysis is required.
Thermo Scientific™ Extended Warranty Agreements are designed to give you peace of mind and keep your equipment running strong.
Introducing the new piD-TECH eVx sensors. Incorporating state of the art technology and upgrades that cannot be matched in the marketplace.
Evoqua Water Technologies supplies activated carbon adsorbers and systems for both liquid and vapor phase applications, designed to treat a wide variety of flow rates and pressure requirements.
Evoqua features premium virgin activated and reactivated carbons made from high quality bituminous coal, coconut shell and anthracite coal for liquid and vapor phase applications.
Evoqua Water Technologies offers an extensive range of activated carbons for the adsorption of volatile organic compounds (VOC), odor and organic compounds for municipal, industrial and remedial vapor treatment.
Evoqua Water Technologies offers a full line of polyglass liquid phase adsorbers. These adsorbers are manufactured with fiberglass reinforced resin and an inner polyethylene liner. The PG series adsorbers can be utilized by industrial, municipal, or commercial users in a variety of applications.
The FB Series vapor phase carbon adsorption systems utilize a rectangular vessel design to provide cost effective removal of VOC’s from low to moderate flow air streams and other emission control applications. The rectangular-style adsorber results in a low pressure drop and effective utilization of activated carbon.
Evoqua Water Technologies provides laboratory testing and computer modeling capabilities to evaluate, identify and solve adsorption related problems in vapor and liquid phase treatment applications.
Evoqua Water Technologies has developed computer modeling to make granular activated carbon (GAC) usage estimates quick, easy and reliable. The proper sizing of carbon adsorber beds requires an estimation of GAC usage rates.
Perform a carbon profile to characterize it as either hazardous or non-hazardous. Once profiled, we help ensure proper handling and recycling at one of our three, state-of-the-art reactivation facilities.
Service Deionization (SDI) is a safe, convenient and economical method of producing high-purity water. Unlike permanent-bed demineralizers, Service Deionization (SDI) requires no up-front capital expenditure, no end user system installation, chemical handling or maintenance. It maintains a continuous supply of high-purity water. The resin in the tanks can be regenerated and replaced after being exhausted.
In 2002, the US Environmental Protection Agency (EPA) promulgated the final arsenic primary drinking water maximum contaminant level (MCL) of 10 micrograms per liter. In addition, some states have adopted even lower limits (5 micrograms per liter). Over the past decade, this regulation has prompted hundreds of municipalities to utilize numerous treatment technologies for the removal of arsenic. Among the various technologies available, the EPA identified adsorption with GFH Media from Evoqua Water Technologies as a Best Available Technology (BAT) for arsenic removal.
Evoqua Water Technologies' mobile clarification treatment systems are self-contained, trailer-mounted units capable of treating highly turbid water.
Evoqua Water Technologies' horizontal filtration trailer (HFT) is a high-capacity, trailer-mounted system designed to provide temporary water treatment in a wide variety of industrial and municipal applications.
Evoqua Water Technologies' mobile pretreatment trailers are self-contained, trailer-mounted systems ideally suited for temporary multimedia filtration, iron filtration, activated carbon, or softening.
Evoqua Water Technologies' mobile membrane separation trailers (MST) feature a self-contained, trailer-mounted system configured with up to four skid-mounted reverse osmosis (RO) modules that provide temporary mobile RO water.
The 2016 Stormwater Congress is a specialized educational opportunity included in the WEFTEC 2016 program in New Orleans.
The technical program is the most respected and competitive educational program of its kind featuring over 900 speakers. The program is put together by over 200 topical experts in the Program Committee using a highly rigorous selection process ensuring a high quality program. Just over 50 percent of submissions are accepted. If it is related to water quality or quantity, it is at WEFTEC.
Perfluoroalkyl Compounds: Perfluorooctane Sulfonic Acid (PFOS) and Perfluorooctanoic Acid (PFOA) Treatment.