- Project Title: Energy Audit on Electrical Equipment
Client: UTSB
Responsibility: Member
Vote Number: 1277
Amount: RM 4,000
Period: 2017
Note: To conduct workshop on energy audit - Project Title: Energy Audit Beyond Boiler: Optimisation on Steam System
Client: UTSB
Responsibility: Project leader
Vote Number: 1276
Amount: RM 3,400
Period: 2017
Note: To conduct workshop on energy audit - Project Title: Workshop On Energy Certification Under The Aemas And Energy Commision
Client: Malaysia Green Tech Corporation (MGTC)
Responsibility: Member
Vote Number: 1275
Amount: RM 13,000
Period: 2017
Note: To conduct workshop on energy manager certification. - Project Title: Energy Audit on Mechanical Equipment
Client: UTSB
Responsibility: Member
Vote Number: 1195
Amount: RM 6,625
Period: 2017
Note: To conduct workshop on energy audit - Project Title: Workshop On Energy Certification Under The Aemas And Energy Commision
Client: Malaysia Green Tech Corporation (MGTC)
Responsibility: Member
Vote Number: 1193
Amount: RM 20,000
Period: 2017
Note: To conduct workshop on energy manager certification. - Project Title: Workshop On Energy Certification Under The Aemas And Energy Commision
Client: Malaysia Green Tech Corporation (MGTC)
Responsibility: Member
Vote Number: 1134
Amount: RM16,000
Period: 2016
Note: To conduct workshop on energy manager certification. - Project Title: The 9th Regional Conference on Chemical Engineering (RCCHE 2016), The 1st Postgraduate International Symposium on Chemical & Energy Engineering (POISCHE 2016)
Client: UNI-Technologies Sdn Bhd
Vote number: 1076
Amount: RM107,809
Responsibility: Consultant
Period: 2016 - Project Title: Utilities Minimisation in Oleon Sdn Bhd
Client: Oleon Sdn Bhd
Responsibility: Consultant
Vote Number: 1067
Amount: RM 85,000
Period: Feb 2016 to July 2016
Note: To propose energy and water minimisation measures for Oleon Sdn Bhd. - Project Title: Workshop On Energy Certification Under The Aemas And Energy Commision
Client: Malaysia Green Tech Corporation (MGTC)
Responsibility: Member
Vote Number: 1063
Amount: RM16,000
Period: 2016
Note: To conduct workshop on energy manager certification. - Project Title: In-house training on advance pinch technology for maximising total site energy and utility cost savings
Client: Petronas PCOGD
Responsibility: Member
Vote Number: 996
Amount: RM16,000
Period: 13-14 October 2015
Note: To provide in-house training on advance pinch technology. - Project Title: Workshop On Energy Certification Under The Aemas And Energy Commision
Client: Malaysia Green Tech Corporation (MGTC)
Responsibility: Member
Vote number: 994
Amount: RM20,000
Period: 25 to 29 October 2015
Note: To conduct workshop on energy manager certification. - Project Title: Energy Monitoring System Installation at Hospital Kuala Lumpur Client: Radicare
Responsibility: Consultant
Vote number: 990
Amount: RM 351,953.92
Period: November to December 2015
Note: To install energy monitoring system at Kuala Lumpur hospitals. - Project Title: Design Gap Analysis for Fractionation & Distillation Plants Works of Evyap Sabun Malaysia Sdn Bhd.
Client: Optimal Systems Engineering Sdn Bhd (OPTIMISE)
Responsibility: Consultant
Vote Number: 865
Amount: RM34,847
Period: October 2014 to Mac 2015
Note: To perform design gap analysis on the fractionation and distillation plant works. - Project Title: HAZOP Analysis for Evyap Sabun Palm Oil Refinery
Client: Evyap Sabun
Responsibility: Consultant
Vote Number: 754
Amount: RM146,750
Period: Aug 2013 to Jan 2014
Note: To perform HAZOP analysis on the plant design and develop 3D piping modelling. - Project Title: Retrofit of Middle Distillate Refinery Plant for Utility Conservation Using Pinch Analysis
Client: Middle Distillate Plant
Responsibility: Consultant
Vote Number: 671
Amount: RM95,000
Period: June 2012 – Nov 2012
Note: To design a heat and water recovery system for middle distillate plant. - Project Title: Design of cogeneration system for rice mill
Client: BERNAS
Responsibility: Consultant
Vote Number: 69627
Amount: RM70,000
Period: 2 Jun 2008 – 30 August 2008
Note: To design an efficient cogeneration system using rice husk for a rice mill plant.