Hydrodynamic and Sediment Model For 600 MW IPP Power Plant at Chittagong, Bangladesh.

1. Project Name: Hydrodynamic and Sediment Model for 600 MW IPP Power Plant at Chittagong, Bangladesh

Objetive: The main objective of the study is to assess the feasibility of a breakwater in respect of  hydrodynamic and morphological condition.

Work Done: (i) Developed well calibrated Hydrodynamic, Wave and Morphological Model to establish the baseline condition and for further analysis, (ii) A comparative analysis between two different orientation was carried out to caompare variation is water level, current speed, wave parameters, TSS concentration and erosion-deposition pattern and (iii) siltation rate inside breakwater.

Duration: October 2017 to July 2018   

Figure: Current speed during ebb tide

2. Project Name: Feasibility study for the proposed Jetty ofPetrochemical Complex Plant at Sitakunda, Bangladesh

Work Done: (i) Developed well calibrated Hydrodynamic, Wave and Morphological Model to establish the baseline condition and for further analysis, (ii) A comparative analysis between two different orientation was carried out to caompare variation is water level, current speed, wave parameters, TSS concentration and erosion-deposition and (iii) siltation rate inside breakwater.

Objetive: The main objective of the study is to assess the hydrodynamic condition, morphological condition and wave action at and around project site during monsoon season, cyclonic storm and sea level rise.

Duration: November 2018 to December 2019

Figure: Maximum water level at the site if a cycolne of different wind speed hits near the project site

3. Project Name: Merbok Water Quality and Flood Modelling Study, Malaysia

Objetive: The main objective of the study is evaluate flood level in the study area for different return period and water quality condition for future event.

Work Done: (i) Developed well calibrated Hydrodynamic and Water Quality Model to establish the baseline condition and for further analysis, (ii) Flood map for different returm period such as 20, 50 and 100 year return period, and (iii) Water Quality of the river for 2035 and 2050 on DO, BOD, COD, Ammonia, p^H, TSS and salinity.

Duration: June 2018 to June 2019

Figure: Flood depth map for 100 year return period

4. Project Name: Hydraulic Study for Commitment Project – Phase II Development of Fish Landing Complex, LKIM Labuan, Malaysia

Objetive: The main objective of the study is to identify the impacts of proposed jetty, floating pontoon and the needs of breakwater or any other mitigation works if required, so that the environmental problem can be minimized.

Work Done: (i) Developed well calibrated Hydrodynamic, Wave and Morphological Model to establish the baseline condition and for further analysis, (ii) Impact analysis on water level, current speed, wave and morphological condition due to proposed jetty and floatring pntoon.  and (iii) A different orientation of breakwater was analysed using numeriacal model and comparative analysis was given for decision making.

Duration: February 2017 to November 2017

5. Project Name: Roposed marine recovery of 10 acres in portugu village, town area 38, central melaka district, Melaka, Malaysia

Objetive: To study the water level and flow patterns before and after reclamation project, to study the dispersion patterns of sediment plume due to reclamation activities and to study the sediment transport and erosion/siltation pattern around the project sites.

Work Done: (i) Developed well calibrated Hydrodynamic, Wave and Morphological Model to establish the baseline condition and for further analysis, (ii) Impact analysis on water level, current speed, wave and morphological condition due to proposed reclamtion work.  and (iii) Sediment plume distribution due to reclamation work

Duration: February 2014 to November 2014

6. Project Name: The proposed constyruction and compleetion of the Drawbridge connecting Muara North Muara South in Kuala Terengganu City Centre for the East Coast Economic Region Development Council (ECERDC), Malaysia

Objetive: The main objectives of this study are to assess the impact of 35 pillars during construction workand two piers after construction on hydrodynamic (current speed and water level) andmorphological (erosion and deposition pattern) condition.

Work Done: (i) Developed well calibrated Hydrodynamicand Morphological Model to establish the baseline condition and for further analysis, (ii) Impact analysis on water level, current speed, and morphological condition during and after construction work.  and (iii) Assessmewent was carried out for different upstream flow such as 125 m³/s, 250 m³/s and 500 m³/s.

Duration: Janaury 2013 to October2013

7. Project Name: Coastal Hydraulic Study for Proposed Reclamation of 15.322ha land for mixed development, Johor Bahru, Johor, Malaysia

Objetive: The main objective of the study is to assess the impacts of the proposed reclaimed land and its location and position, potential measures for the safe construction work and proper measures for any adverse impact in the neighbouring water body and existing hydraulic structures.

Work Done: (i) Developed well calibrated Hydrological to calculate upstream flow for different retrun period, (ii) Hydrodynamic and Morphological Model to establish the baseline condition and for further analysis, and (iii) Impact analysis on water level, current speed, and morphological condition afterreclamationand.

Duration: November 2013 to October 2014.