• Title of article

    Image Processing Techniques Applicable to Wastewater Quality Detection: Towards a Hygienic Environment

  • Author/Authors

    shanono, ibrahim haruna universiti putra malaysia - faculty of engineering - department of electrical and electronics, Serdang, Malaysia , shanono, ibrahim haruna bayero university - faculty of engineering - department of electrical engineering, Kano, Nigeria , sapiee, mohd razali mohamad universiti putra malaysia - faculty of engineering - department of electrical and electronics, Serdang, Malaysia , sapiee, mohd razali mohamad universiti teknikal malaysia melaka - department of engineering technology, Melaka, Malaysia , aziz, khairul azha universiti putra malaysia - faculty of engineering - department of computer and communication systems, Serdang, Malaysia , suleiman, nasir hassan zakaria universiti putra malaysia - faculty of engineering - department of computer and communication systems, Serdang, Malaysia , gomes, ashen universiti putra malaysia - faculty of engineering - department of electrical and electronics, serdang, Malaysia , gomes, chandima universiti putra malaysia - faculty of engineering - department of electrical and electronics, Serdang, Malaysia

  • From page
    2288
  • To page
    2303
  • Abstract
    This paper presents the latest techniques developed in image processing that can be applied for wastewater quality detection and monitoring. The available techniques are analyzed under their characterization, advancements and benefits in the assessment of the levels of wastewater contamination and identifying the contaminants. It also outlines the primary global wastewater quality parameters that need to be controlled and monitored for any wastewater produced as a result of human activities.
  • Keywords
    Image processing , Acquisition , Microscopy , Wastewater quality indicators , Activated sludge
  • Journal title
    Journal of Materials and Environmental Science
  • Journal title
    Journal of Materials and Environmental Science
  • Record number

    2583406