dr. ang wei lun

pensyarah universiti

jabatan kejuruteraan kimia & proses

 wl_ang@ukm.edu.my

No. sambungan :  0389216501

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Research interest: membrane separation technology, water & wastewater treatment, nanotechnology, desalination, sustainable resource recovery, adsorption, coagulation, water analytics, and engineering education. Aim to be a lecturer that excels in research & teaching, and be a role model for students.

  • saiyidah anisah ismail, wei lun ang, abdul wahab mohammad.  (2021).  electro-fenton technology for wastewater treatment: a bibliometric analysis of current research trends, future perspectives and energy consumption analysis.  - journal of water process engineering.  1-23. 

     

    abdul wahab bin mohammad;ang wei lun.  (2021).  development of fluidized graphene oxide-multifunctional nano-adsorbents reactor for water treatment and wastewater reclamation.  -

     

    jun ying tan, wei lun ang & abdul wahab mohammad.  (2021).  hydrophobic polyvinylidene fluoride membrane modified with silica nanoparticles and silane for succinic acid purification using osmotic distillation process.  - jurnal kejuruteraan.  93-105. 

     

    siew fen chua, alireza nouri, wei lun ang, ebrahim mahmoudi, abdul wahab mohammad, abdelbaki benamor, muneer ba-abbad.  (2021).  the emergence of multifunctional adsorbents and their role in environmental remediation.  - journal of environmental chemical engineering.  1-22. 

     

    ang wei lun, muhamad alias md. jedi, lohgheswary nagarethinam.  (2021).  factors affecting the acceptance of open learning as e-learning platform by technical course students.  - journal of engineering science and technology.  903-918. 

     

    saiyidah anisah ismail, wei lun ang, abdul wahab mohammad.  (2021).  electro-fenton technology for wastewater treatment: a bibliometric analysis of current research trends, future perspectives and energy consumption analysis.  - journal of water process engineering.  1-23. 

     

    siew fen chua, alireza nouri, wei lun ang, ebrahim mahmoudi, abdul wahab mohammad, abdelbaki benamor, muneer ba-abbad.  (2021).  the emergence of multifunctional adsorbents and their role in environmental remediation.  - journal of environmental chemical engineering.  1-22. 

     

    wei lun ang, abdul wahab mohammad, daniel johnson, nidal hilal.  (2020).  unlocking the application potential of forward osmosis through integrated/hybrid process.  - science of the total environment.  1-17. 

     

    ebrahim mahmoudi, lay yong ng, wei lun ang, yeit haan teow, abdul wahab mohammad.  (2020).  improving membrane bioreactor performance through the synergistic effect of silver-decorated graphene oxide in composite membranes.  - journal of water process engineering.  1-12. 

     

    ebrahim mahmoudi, sepehr azizkhani, abdul wahab mohammad, law yong ng, abdelbaki benamor, wei lun ang, muneer ba-abbad.  (2020).  simultaneous removal of congo red and cadmium (ii) from aqueous solutions using graphene oxide-silica composite as a multifunctional adsorbent.  - journal of environmental sciences.  151-160. 

     

    n. lohgheswary, a. s. fatin nur diana, a. wei lun.  (2020).  analysis on course outcomes of computational and numerical analysis subject.  - journal of mechanics of continua and mathematical sciences.  127-137. 

     

    wan nur syuhada wan at, ang wei lun & abdul wahab mohammad.  (2019).  role of graphene oxide in support layer modification of thin film composite (tfc) membrane for forward osmosis application.  - jurnal kejuruteraan.  327-334. 

     

    wei lun ang, abdul wahab mohammad, daniel johnson, nidal hilal.  (2019).  forward osmosis research trends in desalination and wastewater treatment: a review of research trends over the past decade.  - journal of water process engineering.  1-16. 

     

    yi hong tan , siew xian chin ,wei lun ang*, ebrahim mahmoudi, azran mohd zainoodin , abdul wahab mohammad.  (2018).  effect of h3 po4 and koh as the activating agents on the synthesis of low-cost activated carbon from duckweeds plants.  - jurnal kejuruteraan. 

     

    mohd syahmi hafizi ghani, teow yeit haan, ang wei lun, abdul wahab mohammad, rahmat ngteni, khairul muis mohamed yusof.  (2018).  fouling assessment of tertiary palm oil mill effluent (pome) membrane treatment for water reclamation.  - journal of water reuse and desalination. 

     

    h a t norhaida, w l ang, m kismurtono and m t siti.  (2020).  effect of air temperature and velocity on the drying characteristics and product quality of clinacanthus nutans in heat pump dryer.  - iop conference series: earth and environmental science.  1-14. 

     

    h a t norhaida, w l ang, m kismurtono and m t siti.  (2020).  effect of air temperature and velocity on the drying characteristics and product quality of clinacanthus nutans in heat pump dryer.  - iop conference series: earth and environmental science.  1-14. 

     

    wei lun ang, abdul wahab mohammad.  (2019).  sustainable water and wastewater processing.  - 50. 

     

    abdul wahab bin mohammad;ang wei lun.  (2021).  development of fluidized graphene oxide-multifunctional nano-adsorbents reactor for water treatment and wastewater reclamation.  -

     

    ang wei lun;abdul wahab bin mohammad.  (2020).  magnetic molecularly imprinted nano-adsorbent for purification of succinic acid from palm oil biomass fermentation broth.  -

     

    wan nor roslam bin wan isahak;siti aminah bt. osman;noor ezlin bt. ahmad basri;farid bin mat zain;shahrom binti md zain;noraini binti hamzah;afida binti ayob;muhamad fadle bin mohamad abu sadin;suhana binti johar;mohammad rasidi bin mohammad rasani;mohd r.  (2020).  integrasi gaya hidup lestari dan pengurusan sisa dalam memperkasa kolaborasi universiti dan komuniti masjid.  -

     

    wei lun ang.  (2020).  amalan audit air elak pembaziran, pulihara sumber.  - berita harian.  1. 

     

    ang wei lun;abdul wahab bin mohammad;rosiah binti rohani;teow yeit haan;mohd shaiful bin sajab.  (2019).  palm oil mill biogas reactor effluent concentration for production of organic fertilizer and water reclamation using an integrated forward osmosis membrane process.  -