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combustible dust Applications

  • Combustible Aluminium, Titanium and Magnesium Dust Collection

    The consequences of an industrial dust explosion or fire are unthinkable - worker injury, loss of life, property damage, business interruption, and irreversible environmental harm. Few companies realize how many diverse and common industrial applications produce combustible particulates, or where in their facilities this catastrophic threat is settling. What is a combustible dust? “A combustible particulate solid that presents a fire or deflagration hazard when suspended in air or other oxidizing medium over a range of concentrations, regardless of particle size or shape” – NFPA 654? High Risk Applications Metalwork (aluminum, magnesium, or titanium and others) – cutting, grinding, or finishing Ceramics – raw product handling and enamel spray Chemicals – material handling, crushing, grinding, roasters, kilns, and coolers Coal mining – material handling, de-dusting, drying, air cleaning Food (flour, sugar, and others) – mixing, grinding, blending, bagging, and packaging Foundry – sand handling, tumbling mills, abrasive cleaning, and shakeout Pharmaceutical – mixing, grinding, blending, bagging, and packaging Rubber – mixing, grinding, talc dusting, de-dusting, and batch-out rolls Woodwork – woodworking machines, sanding, waste conveying?

    By DiversiTech based in Montreal, QUEBEC (CANADA).

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    Gas monitoring and dust monitoring for the powerplants industry

    LaserGas measurements

    • Boiler combustion control, O2 and CO
    • DeNOx system, NH3 and NO
    • Electrostatic precipitators (ESP), CO monitoring for explosion prevention
    • Stack gas emissions, NH3, H2O, NO
    • Coal silos, CO monitoring for explosion prevention and detection of smouldering fires (only in coal fired plants)

    LaserDust measurements

    • Stack gas emission
    • Coal silo, explosion prevention

    By NEO Monitors AS based in Skedsmokorset, NORWAY.

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    Gas monitoring and dust monitoring for the iron / steel industry

    • Blast furnace offgas, combustion control, CO, CO2, O2
    • Converter (Basic oxygen furnace BOF)
      • CO gas recovery
      • O2 measurement for explosion prevention
    • Electric arc furnace offgas, combustion control, CO, O2, H2O
    • Reheating furnaces, O2
    • Coking plant
      • CO analysis in oven offgas
      • O2 analysis for explosion prevention in raw coke gas or after tar precipitator
      • NH3 measurement after scrubber
      • H2S measurement after scrubber

    By NEO Monitors AS based in Skedsmokorset, NORWAY.

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    Industrial briquette presses for Biomass briquetting

    Harness the energy that’s inside your biomass! For too long, human and naturally produced substances have been disregarded. Straw, hay, tobacco, nutshells, miscanthus, pulse parings, cotton and flax are valuable resources for heat energy generation. The briquette shape makes your waste more cost effective to transport and ready in a saleable format. The calorific value of highly compressed briquettes is much greater than of lose material also optimising the combustibility characteristics. Additionally, explosive dust can be handled more safely. Efficient re-utilization of biomass as a cheap alternative fuel source cannot be ignored, particularly in the production of agricultural foods.

    By WEIMA based in Ilsfeld, GERMANY.

  • Opacity monitoring for continuous emissions

    The history of air pollution regulation dates back as far as the 13th century when in 1273, Edward I (Longshanks) of England prohibited the burning of sea coal in London. The smoke produced by its combustion was considered detrimental to human health. By the late 19th and early 20th centuries, regulations were being passed that sought to control air pollution predominantly for smoke and odour control. Traditionally, regulators were concerned with the visual impact of the discharge from a stack or chimney. Therefore, emission limits were expressed in terms of colour or opacity. Modern methods for opacity measurement still use the darkness of the stack gases to measure the amount of smoke or dust emitted within the exhaust gases.

    By DynOptic Systems Ltd based in Brackley, UNITED KINGDOM.

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