A Study to Retrofit Parabolic Trough Collector on Jimah Coal-Fired Power Plant

Research output: Contribution to journalConference article

Abstract

In Malaysia, coal-fired power plant makes up 40% out of the total installed capacity as of the year 2016. This preference is set to continue despite the global push to reduce carbon emissions. Solar Aided Coal-Fired Power Generation (SACPG) may be a viable option to be considered to help reduce carbon emissions while maintaining the capability to meet the country's growing electricity demand. This study looks into the possibility and potential of retrofitting Parabolic Trough Collectors (PTC) at Jimah Power Plant (JPP) to substitute the existing steam extraction feedwater heating with solar heating. The main focuses are the potential solar energy that can be harvested and the best feedwater preheating retrofitting scheme. The study found that an area of 59,340.06 m2 can be utilised and a maximum solar heating rate of 69,427,870.20 kJ/hr can be harvested. Meanwhile, the lowest feedwater heating was at Feedwater Heater (FWH) A with a heating rate of 153,317,018.40 kJ/hr. Full replacement of any feedwater heater is found to be impossible and the only suitable retrofit scheme is to have 0.45 solar fraction heating at Feedwater Heater A. This retrofit scheme can help to increase 0.59% of JPP efficiency and reduce 8.18 ton/hr of coal consumption.

Original languageEnglish
Article number012148
JournalIOP Conference Series: Earth and Environmental Science
Volume268
Issue number1
DOIs
Publication statusPublished - 2 Jul 2019
EventInternational Conference on Sustainable Energy and Green Technology 2018 - Kuala Lumpur, Malaysia
Duration: 11 Dec 201814 Dec 2018

Fingerprint

coal-fired power plant
trough
carbon emission
heating
power plant
coal
power generation
electricity
replacement
solar heating
heater
retrofitting
rate

ASJC Scopus subject areas

  • Environmental Science(all)
  • Earth and Planetary Sciences(all)

Cite this

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title = "A Study to Retrofit Parabolic Trough Collector on Jimah Coal-Fired Power Plant",
abstract = "In Malaysia, coal-fired power plant makes up 40{\%} out of the total installed capacity as of the year 2016. This preference is set to continue despite the global push to reduce carbon emissions. Solar Aided Coal-Fired Power Generation (SACPG) may be a viable option to be considered to help reduce carbon emissions while maintaining the capability to meet the country's growing electricity demand. This study looks into the possibility and potential of retrofitting Parabolic Trough Collectors (PTC) at Jimah Power Plant (JPP) to substitute the existing steam extraction feedwater heating with solar heating. The main focuses are the potential solar energy that can be harvested and the best feedwater preheating retrofitting scheme. The study found that an area of 59,340.06 m2 can be utilised and a maximum solar heating rate of 69,427,870.20 kJ/hr can be harvested. Meanwhile, the lowest feedwater heating was at Feedwater Heater (FWH) A with a heating rate of 153,317,018.40 kJ/hr. Full replacement of any feedwater heater is found to be impossible and the only suitable retrofit scheme is to have 0.45 solar fraction heating at Feedwater Heater A. This retrofit scheme can help to increase 0.59{\%} of JPP efficiency and reduce 8.18 ton/hr of coal consumption.",
author = "{Ashraf Asmuni}, Iman and Venkiteswaran, {Vinod Kumar} and Alkaff, {Saqaff Ahmed Abdulrahman}",
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