hazardous industrial wastewater Articles

  • Treatment of industrial wastewater

    All industries produce some type of waste product, either from production, maintanance or both. These hazardous and non-hazardous wastes need to be properly stored, treated and discharged to a sewer system or otherwise disposed of. Wastewater treatment is a multi-stage process to renew wastewater before it is discharged to the municipal sewer system. The goal is tio reduce or remove organic ...


    By Newterra

  • Removal of hazardous dye reactofix navy blue 2 GFN from industrial effluents using electrochemical technique

    Azo dyes continue to be a source of pollution in industrial processes that utilise dyes to colour paper, plastic, food, pharmaceutical products as well as natural and artificial fibre. Effluents containing azo reactive dyes are very difficult to treat in environmental system, owing to the sulphonic group, which makes the dye water soluble and very polar and difficult to treat by conventional ...


    By Inderscience Publishers

  • Industrial operations facility - Tobyhanna army depot

    Client: U.S. Army Corps of Engineers   Completion Date: 1999  Services Provided Design charrette Facility planning Design of facility and processes Shop drawing review Engineering assistance during construction Project Summary This project at Tobyhanna Army ...


    By Burns & McDonnell

  • OVERVIEW OF MINERGY’S GLASSPACK® VITRIFICATION TECHNOLOGY

    Vitrification, defined as a thermal process for converting minerals into glass, is an emerging technology in the area of treating wastewater residuals. Vitrification has a well established track record in other industrial processes especially glass furnaces used in the glass manufacturing industry and slagging furnaces used in coal-fired power generation.Wastewater treatment residuals, such as ...


    By Minergy Corporation Limited

  • Dynamic Simulation of Volatile Compound Transient Events at WWTPS

    ABSTRACTTransient or intermittent releases of specific volatile or semi-volatile organic compounds are not managed well by existing predictive fate models such as TOXCHEM+ or Water9 because they are based on steady-state conditions. In this paper, two scenarios for treatment of transient organic compound concentrations are studied using dynamic simulation: ...

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