Thermal Energy Recovery Technologist (TERT) – Level 3

Next Training Date - Training Date will be confirmed upon registration

* No Payment Required

Overview

Process integration using pinch analysis provides facility and site planners, plant designers and process engineers with practical knowledge, skills and step-wise method for the integrated optimal planning, design and retrofit of processes, facilities and manufacturing sites to promote industrial symbiosis and achieve triple-bottom line benefits of minimised utilities (e.g. thermal energy), minimised costs (operating, maintenance and investment costs) and minimised wastes (CO2, gaseous emissions). This Thermal Energy Recovery Technologist (TERT) workshop covers our copyrighted and patented trade mark technologies on Process Integration Based On Pinch Analysis that delves deep into process operation covering furnaces,reactors, seperators, heaters, coolers and heat exchanger network retrofit.

For TERT Level 3 competency, participants are required to demonstrate they can apply the knowledge of TERT Level 1 and 2 to an industrial case study. They are required to complete an industrial case study assignment. In addition, they also need to take an examination to test their knowledge.

Course Duration: 8 hours / 1 Full Day

  • Assignment submission
  • Exam and Assignment briefing
  • Exam and Assignment presentation

Certification Level Overview

  • Thermal Energy Recovery Technologist – Level 1: User
  • Thermal Energy Recovery Technologist – Level 2: Advanced
  • Thermal Energy Recovery Technologist – Level 3: Professional
  • Thermal Energy Recovery Technologist – Level 4: Expert

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Outcome

  • Apply knowledge of TERT Level 1 and 2 to solve industrial case study.
  • Examine participants’ TERT knowledge via examination.

Target Participant

Utility/Facility Managers and Engineers, Energy Auditors, Energy Managers, Lecturers and Researchers.

Schedule

Trainers

Prof Ir Ts Dr Zainuddin Abdul Manan

Prof Ir Ts Dr Zainuddin Abdul Manan is a professor of chemical and energy engineering, founding director of UTM PROSPECT, founding dean of UTM’s Chemical and Energy Engineering faculty, and CEO of OPTIMISE. A Global Top 1% engineering scientist, he is a Registered Energy Manager (REM) and Registered Energy Auditor (REA), and a pioneer of UTM’s award-winning sustainable energy management.

CEMChemicalEnergyengineeringPEREAREM

Prof Ir Ts Dr Sharifah Rafidah Wan Alwi

Prof Ir Ts Dr Sharifah Rafidah Wan Alwi is a professor of chemical and energy engineering at UTM, former director of UTM Process Systems Engineering Centre, and co-founder/director of Optimal Systems Engineering. An award-winning expert, she has led resource minimisation innovations and is a certified energy manager, Registered Energy Manager (REM), Registered Energy Auditor (REA) and ASEAN energy manager coach.

CEMChemicalEnergyengineeringPEREAREM

Assoc Prof Ir Dr Lim Jeng Shiun

Thought for 25s

Assoc Prof Ir Dr Lim Jeng Shiun is a research fellow at UTM’s Process Systems Engineering Centre (PROSPECT) and a Stanford-listed World’s Top 2% Scientist. He specialises in process systems engineering for energy and carbon optimisation and is a Chartered Engineer, Certified Energy Manager, Registered Energy Manager (REM) and Registered Energy Auditor (REA), and UNIDO-certified expert in industrial thermal energy.

CEMChemicalEnergyengineeringPEREAREM

Past Participant Reviews