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  • Process Turbidity Analyzers
    the ability to select the wavelength. Process Turbidity Analyzers. English | Deutsch | Español. Home. About optek. Photometry. Products. Applications. Events. Contact Us. Documentation. Jobs. How optek Sensors Work. Spectral Range. Lambert-Beer Law. Turbidity. Printable Version. New Products
  • Liquid Analysis in Mineral Processing
    are critical for effective operation. The nature of the process stream. causes measuring difficulties for liquid analyzers both from abrasion-related wear and chemical. attack. The selection of an appropriate liquid analysis system, and an installation plan is essential. for efficiency and longevity, which
  • Top 10 reasons to adopt on-line particle size analyzers
    even those processes that have fast. dynamics. Equally important is the fact that new software is becoming available. which eases the integration of a number of analyzers to enable multivariate. process control. Packages that adhere to the latest OPC standard for. Analytical Device Integration provide
  • Phase Separation in Batch Processes - Aqueous Phase - Organic Phase
    differences in absorbing light. This technique allows you to optimize your separation process, at the same time minimizing product loss and saving thousands of dollars per batch. Phase Separation in Batch Processes - Aqueous Phase - Organic Phase Benefits. No operator on a sight glass. Exact
  • Medical Device Link . EtO Sterilization: Principles of Process Design
    of the most popular. Validated EtO processes can be run in sterilizers ranging from BIER vessels of a few cubic feet to industrial-sized vessels exceeding 4500 cu ft. Typically, the EtO process can be broken down into four basic phases, each of which needs careful planning to ensure a safe and efficacious
  • The Pitfalls of Process TOC Analysis and How To Avoid Them (.pdf)
    Since the introduction of Total Organic Carbon (TOC) Analyzers by Dow, Union Carbide and Automated Environmental Systems in the1960's, they have proven to be an invaluable tool in the environmental and process monitoring fields. While technologies have advanced since then, certain performance
    . This project (GPA Project No. 081) was undertaken to determine a practical hydrocarbon dew point specification allowing small amounts of liquids that have no significant impact on operations. Results from the project show that 0.002 gallons of liquid per thousand standard cubic feet of gas (GPM) has
  • Fuel Cell Technology Primer (.pdf)
    ” to convert the fossil fuel into pure hydrogen. In many cases, accurate process gas. analysis plays an important part in the development of improved devices. This application note. will describe the various fuel cell technologies and highlight the role that Thermo analyzers can. play in their development

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