Bottom Ash A Case Study of Tanjung Bin Power Plant 10 th Annual - - PowerPoint PPT Presentation

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Bottom Ash A Case Study of Tanjung Bin Power Plant 10 th Annual - - PowerPoint PPT Presentation

Feb 03, 2024 615 likes •987 views

Waste Management of Coal Fired Power Plant Potential Utilization of Potential Utilization of Bottom Ash A Case Study of Tanjung Bin Power Plant 10 th Annual Waste Management Conference & Exhibition Part 1:

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SLIDE 1

Waste Management of Coal Fired Power Plant

Potential Utilization of Potential Utilization of

Bottom Ash

  • 10th Annual Waste Management Conference & Exhibition

A Case Study of Tanjung Bin Power Plant

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SLIDE 2
  • Part 1: Introduction of Malakoff

Part 2: Tanjung Bin Coal Fired Power Plant

  • Part 2: Tanjung Bin Coal Fired Power Plant

Part 3: Potential Utilization of Bottom Ash

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SLIDE 3
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  • Core businesses: Power

generation, water desalination, power plant O&M services, electricity distribution, project management

  • management

Staff strength > 700; more than

  • ne third engineers

Privatized in 2007 by major shareholder MMC Corporation Berhad

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Under-construction: Tanjung Bin Energy (1,000MW) Supercritical Coal-fired plant

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Teknik Janakuasa Sdn. Bhd Generation Net Capacity: 3 x 700 MW Type of Plant Plant Capacity Owner O&M Contractor Conventional Thermal Power Plant Main Fuel: Pulverized Coal Start Up Fuel: Light Fuel Oil

Tanjung Bin Power

Teknik Janakuasa Sdn. Bhd Commercial Operation Dates Transmission Works Unit 1 28 September 2006 Unit 2 28 February 2007 Unit 3 31 August 2007 Substation Bukit Batu 500/275kV 500kV Transmission Line Tanjung Bin to Bukit Batu (approx. 70km) 275kV Transmission Line Tanjung Bin to Y-junction (approx. 10km)

Tanjung Bin Power

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SLIDE 16

3*

  • The largest privately owned

Coal fired power plant at the tip of the Eurasian continent

1°20’05.41”N, 103°32’28.45”E Mukim Serkat, Daerah Pontian, Johor Darul Takzim

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Global Bottom Ash Utilization Global Bottom Ash Utilization

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  • Bottom Ash Application in US in 2007

Source: American Coal Ash Association(ACAA)

Road base material

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SLIDE 27

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  • Utilization of Coal Combustion Product in Europe (2009)

Source: European Coal Combustion Products Association (ECOBA)

Lightweight concrete block

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Key Success Factor

7 Continuous support from Authorities 7 Smart partnership with technology provider 7 Understanding the demand in construction sector 7 Sustainable strategy (cost leadership vs. product differentiation)

Key Success Factor

7 Continuous support from Authorities 7 Smart partnership with technology provider 7 Understanding the demand in construction sector 7 Sustainable strategy (cost leadership vs. product differentiation)

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SLIDE 31

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Key Features Natural resources

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Product GHG Emission (tonne CO2e)

Bottom Ash Brick 0.501 Cement/Sand Brick 2.718 Clay Brick 52.249

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Key Features Application Alternative for sand usage in construction industry Strength enhancement Improved compressive strength as Strength enhancement Improved compressive strength as compared to sand brick (if brick product) Product differentiation Low density of Bottom Ash creates lighter product

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SLIDE 33

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Key Features Product Cost Competitive as raw material replacement

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Green funds R&D funds, Tax incentives, Green label Ash Pond Cost saving on ash pond construction and new landfill area development

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