Technologies review for wastewater treatment: Adsorption, photocatalysis and membrane

  LEVEL : BEGINNER                    HRDF : CLAIMABLE 

    TRAINERS : DR NOORFIDZA YUB HARUN, DR NONNI SORAYA SAMBUDI & DR NIK ABDUL HADI SAPIAA

 

WHEN  


17 - 18 DECEMBER 2021

 

WHERE 


MS TEAMS

 

TIME


9.00AM - 1.00PM

 

RM 580 FOR PROFESSIONALS

10% Discount for Early Bird (until 17 November 2021) / Group / Students

CONTENT SUMMARY

INTRODUCTION

There are many methods available to treat organic pollutants in an aqueous environment such as adsorption, membrane technology, photocatalysis, coagulation, ozonation and biological treatment. The existence of pollutants in the aquatic environment or wastewater not only hinders the transmission of light which threatens the survival of aquatic organisms, but it can also lead to toxicity as well as dysfunction of liver, kidney and reproductive systems in human beings when consumed. Among these contaminants, stand out are dyes, heavy metals, and oily wastewater. Adsorption is a useful unit operation able to remove contaminants from wastewaters. Adsorption has several advantages including low cost, simple operation and implementation, high efficiency, and abundant source for adsorbent synthesis. 

In water treatment area, the photocatalytic technology and low-cost adsorbent have been widely investigated for the pollutants and dyes degradation and regarded as sustainable technology treatment in the future Hence, the utilization of TiO2 in photocatalytic water treatment technology has been highly sought due to its high-photoactivity, good thermal and chemical stability, and low toxicity and cost. For the improvement of photodegradation performance, TiO2 is doped or loaded with metal and non-metal elements, as well as paired with other photocatalyst. These strategies are aimed to reduce the recombination rate that decreases the photocatalytic performance. 

Membrane is an alternative unit operation for water and wastewater treatment. The rapid advancement in membranes technology has matured the technology to compete with existing processes. Since 2000, the materials advancement has reduced the membrane cost to competitive prices. For wastewater treatment, micro- and ultrafiltration membrane often used to meet the regulation discharge. Moreover, membrane technology also implements for water reuse purpose to minimize wastewater discharge.

COURSE CONTENT
  • Biomass adsorbent characterization and synthesis for industrial wastewater treatment
  • Wastewater treatment using photocatalytic technology: trend in materials, reactors used and potential for industrial application.
  • Membrane for wastewater and water treatment: Theory, applications, and challenges






OBJECTIVES

Upon completion of this course, participants will be able to:

  • Recognized existing and effective methods for wastewater treatment. 
  • Gain knowledge in treatment of industrial wastewater using adsorbent synthesized from biomass. 
  • Understand the utilization of light energy for wastewater treatment and its future potential in industry. 
  • Know the challenges faced in membrane technologies for wastewater treatment and how the technologies have evolved.


WHO SHOULD ATTEND?

  • Anyone interested in wastewater treatment, adsorption, photocatalyst, and membrane technology. 
  • Engineers, Researchers & Consultants






OUR TRAINERS




1. Dr Noorfidza Yub Harun  (UTP)

2017, PhD in Mechanical Engineering by University of New Brusnwick 2011, MSc in Forest Engineering by University of New Brunswick 2012, Diploma in University Teaching by University of New Brusnwick 2001, MSc in Environmental Energy Engineering by University of Sheffield 1992, BEng in Chemical and Process Engineering by Universiti Kebangsaan Malaysia Research and Specialization: Waste-to-green adsorbent. Waste-to-fuel. Blending of materials for bio-composite adsorbent. Industrial waste treatment for fuel, chemicals, and ashes.


2. Dr Nonni Soraya Sambudi  (UTP)

2015 PhD in Chemical & Biomolecular Engineering, KAIST South Korea 2010 M.S in Chemical & Biomolecular Engineering, KAIST South Korea 2007 B.Eng in Chemical Engineering, University of Indonesia Research and specialization Wastewater treatment using photocatalytic techniques, biomass conversion to carbon quantum dots (CQDs), composite fibers, membrane, 1. Control Mechanism of Tunable Silica-grafted Carbon Quantum Dots from Rice Husk by Heteroatoms Doping and Surface Functionalization 2. Nacre-Inspired Photocatalytic Membrane of Pva-Wo3 Nanosheets for Oily Wastewater Treatment 3. Hybrid Photocatalyst Bioadsorbents Using Naturally Occuring Materials for Water and Wastewater Treatment

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3. Dr Nik Abdul Hadi Sapiaa (UTP)

2015, PhD (Gas Engineering) by Universiti Teknologi Malaysia (UTM) 2011, BEng (Chemical Engineering) by Universiti Teknologi Malaysia (UTM) Research and specialization: Polymeric membrane for wastewater treatment and gas separation; metal-organic framework synthesis

COUNTDOWN

REGISTRATION FEES

      ProfessionalS       

myr580

*fee quoted does not include SST, GST/VAT or withholding tax (if applicable)

Early bird/ group/ student

myr522

*fee quoted does not include SST, GST/VAT or withholding tax (if applicable)

OUR LOCATION

Centre for Advanced & Professional Education (CAPE)

 Level 16, Menara 2, Menara Kembar Bank Rakyat, 50470, Jalan Travers, Kuala Lumpur.

CALL US

+605 - 368 7558

DROP US AN EMAIL

cape@utp.edu.my