Project Description

Project Brief

After conducting a feasibility study to assess the advantages and disadvantages of different process methods, Advanced Sequencing Batch Reactor method with capability of BOD and Nitrogen removal has been chosen. Four modules are considered for this plant with average flowrate 30,000 m3/d.
Type of agreement for this project is BOT (Build-operation-transfer).

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Skills Needed

  • Environmental engineering,
  • Chemical engineering,
  • Mechanical engineering,
  • Civil engineering,
  • Instrumentation and Control engineering.
Water savings 98%
Energy savings 65%
Environment impact 35%
Customer satisfaction 100%

Initial Concept Planning

After conducting a feasibility study to assess the advantages and disadvantages of different process methods, Advanced Sequencing Batch Reactor method with capability of BOD and Nitrogen removal has been chosen. Type of agreement for this project is BOT (Build-operation-transfer).

Drafts & Revisions

This review has discussed pretreatment system, Advanced Sequencing Batch Reactor, disinfection system, Sludge processing unit in order to use municipal wastewater treatment plant effluent and to reduce the pollution load. Treated wastewater characteristics have been controlled strictly and meet the standard of discharging to River.

Other information

Raw wastewater is entered the treatment plant at inlet structure by two corrugate PE pipes DN1000 and DN600. This structure is equipped with Inlet structure sluice gate and bypass sluice gate for transferring of wastewater to W.W treatment plant or bypass line.

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Full technical specifications

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Excellent Results

This project fully met our customer’s expectations.