Project Description

Project Brief

Tertiary treatment is designed based on physical and chemical method and also reverse osmosis system. Two modules are considered for this plant with average flowrate 18000 m3/d.
Type of agreement for this project is EPC.

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Skills Needed

  • Environmental engineering,
  • Chemical engineering,
  • Mechanical engineering,
  • Civil engineering,
  • Instrumentation and Control engineering.
Water savings 94%
Energy savings 72%
Environment impact 35%
Customer satisfaction 100%

Initial Concept Planning

Tertiary treatment is designed based on physical and chemical method and also reverse osmosis system. Two modules are considered for this plant with average flowrate 18000 m3/d. Type of agreement for this project is EPC.

Drafts & Revisions

This review has discussed Physical and chemical system including screening, oil removal system, flash mixing, clariflocculation, lime soda softening, filtration, reverse osmosis system and also sludge processing unit that can be adopted to reuse industrial wastewater treatment plant effluent and to reduce the pollution load. Treated wastewater characteristics have been controlled strictly and meet the standard of reuse as make up water in iron and steel industry.

Other information

The raw wastewater enters manual coarse screen with bar space 20 mm used to protect process equipment from big solids. Collected screening is transferred to rubbish mobile container manually.

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Full technical specifications

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Excellent Results

This project fully met our customer’s expectations.