Biografi/ Biography :
Mimi Hani Abu Bakar was born and raised in Klang Valley. After graduating high school in Kelana Jaya, she entered Universiti Kebangsaan Malaysia (UKM) to pursue her Bachelors in Biochemical Engineering, and then continue her Master in Chemical Process Engineering within the field of fuel cell technology, at the same institution. She decided to join the corporate sector to gain real world working experience. Recruited by PETRONAS in 2005, she was given the responsibility to plan for refineries schedule in crude oil sectors. From there, she had gained new experience in working together with national and international oil and gas refineries. Later she decided to pursue her true passion, that is research and proceed with her Doctorate. In 2016, she earned her Ph.D. from Lincoln University of Canterbury New Zealand, which focused on biofuel cell technology. She is convinced that the field of her expertise will have a positive impact on the environment and climate change. Now, she is leading the Biohydrogen and the Biofuel Cell Group of the Fuel Cell Institute UKM, and supervising researchers under various grants and with relevant publications. Apart from that, she is also a member of the Malaysian Association of Hydrogen Energy (MAHE) and is an active reviewer within the biofuel cell category for several ISI journals.
mohd sobri takriff, nazlina haiza mohd yasin, mimi hani abu bakar. (2024). electrochemical membrane technology. - . 523.
ryan yow zhong yeo, krishan balachandran, irwan ibrahim, mimi hani abu bakar, manal ismail, wei lun ang, eileen hao yu, swee su lim. (2024). revolutionizing energy conversion - photoelectrochemical technologies and their role in sustainability. - . 13.
norsuzlin binti mohd sahar;mimi hani binti abu bakar;shahrun niza bin abdullah suhaimi;gan kok beng;touhidul alam. (2024). metamaterial loaded semi oval shape antenna sensor for non-invasive blood glucose monitoring. - . .
krishan balachandran, ryan yow zhong yeo, mimi hani abu bakar, wei lun ang, mohd nur ikhmal salehmin, jean-marie fontmorin, swee su lim. (2024). conducting polymer as potential retrofitting material for gas diffusion electrode to enhance microbial electrosynthesis: state-of-the-art review. - international journal of hydrogen energy. 932-957.
nur atikah aryanee nadzri, nazlina haiza mohd yasin, mimi hani abu bakar, suresh thanakodi, mohd nur ikhmal salehmin, mohd sobri takriff, mohamad faisal ni aznan, toshinari maeda. (2023). photosynthetic microbial desalination cell (phmdc) using chlamydomonas sp. (ukm6) and scenedesmus sp. (ukm9) as biocatalysts for electricity production and water treatment. - international journal of hydrogen energy. 11860-11873.
krishan balachandran, ryan yow zhong yeo, mimi hani abu bakar, wei lun ang, mohd nur ikhmal salehmin, jean-marie fontmorin, swee su lim. (2024). conducting polymer as potential retrofitting material for gas diffusion electrode to enhance microbial electrosynthesis: state-of-the-art review. - international journal of hydrogen energy. 932-957.
irwan ibrahim, mohd nur ikhmal salehmin, krishan balachandran, muhammad farhan hil me, kee shyuan loh, mimi hani abu bakar, bor chyan jong, swee su lim. (2023). role of microbial electrosynthesis system in co2 capture and conversion: a recent advancement toward cathode development. - frontiers in microbiology. 1-19.
nur atikah aryanee nadzri, nazlina haiza mohd yasin, mimi hani abu bakar, suresh thanakodi, mohd nur ikhmal salehmin, mohd sobri takriff, mohamad faisal ni aznan, toshinari maeda. (2023). photosynthetic microbial desalination cell (phmdc) using chlamydomonas sp. (ukm6) and scenedesmus sp. (ukm9) as biocatalysts for electricity production and water treatment. - international journal of hydrogen energy. 11860-11873.
mohd nur ikhmal salehmin, muhammad farhan hil me, wan ramli wan daud, nazlina haiza mohd yasin, mimi hani abu bakar, abu bakar sulong, swee su lim. (2023). construction of microbial electrodialysis cells equipped with internal proton migration pathways: enhancement of wastewater treatment, desalination, and hydrogen production. - science of the total environment. 1-13.
farah husna saifuddin, nurul afqah arzaee, mohamad firdaus mohamad noh, mimi hani abu bakar, mohd asri mat teridi, mohd sobri takrif, mohd adib ibrahim. (2022). existence of sodium bicarbonate enhanced bioelectricity generation on chlorella sp. bioflm in a biophotovoltaic (bpv) system. - journal of applied phycology. 2423-2436.
swee su lim, poh she chong, bor chyan jong, mimi hani abu bakar, wan ramli wan daud, jamaliah md. jahim, mohd nur ikhmal salehmin. (2022). microbial fuel cell-based sensor for enterobacter sp. kbh6958 activity monitoring during hydrogen production: the effects of ph and glucose concentration. - journal of applied electrochemistry. 1327-1342.
nur iman syafiqah muhammad nasruddin, mimi hani abu bakar. (2021). mitigating membrane biofouling in biofuel cell system, a review. - open chemistry. 1202-1215.
siti mariam daud, mimi hani abu bakar, wan ramli wan daud, byung hong kim, jamaliah md jahim, andanastuti muchtar, mahendra roa somalu, pak hoe lee, peer mohamed abdul. (2021). improvement of microbial fuel cell performance using novel kaolin earthenware membrane coated with a polybenzimidazole layer. - energy science & engineering. 2342-2353.
aisyah nadhirah juhari, muhd syazwan sharani, wan ramli wan daud, tahereh jafary, mimi hani abu bakar. (2020). ukm2 chlorella sp. strain electricity performance as bio-anode under different light wavelength in a biophotovoltaic cell. - sains malaysiana. 3229-3241.
teoh min wei, wan ramli wan daud, tahereh jafary, mahendra rao somalu, samuel reinhard ignatius sitorus, mimi hani abu bakar. (2020). low operating cost approach in spirulina platensis bio-photovoltaic cell. - international journal of nanotechnology. 840-856.
krishan balachandran, ryan yow zhong yeo, mimi hani abu bakar, wei lun ang, mohd nur ikhmal salehmin, jean-marie fontmorin, swee su lim. (2024). conducting polymer as potential retrofitting material for gas diffusion electrode to enhance microbial electrosynthesis: state-of-the-art review. - international journal of hydrogen energy. 932-957.
ibdal satar, mohd nur ikhmal salehmin, mimi hani abu bakar, wan ramli wan daud, ika dyah kumalasari, muhammad aziz, mahendara rao somalu, byung hong kim. (2023). evaluating hydrogen production from glucose using graphite felt beads as a solid matrix in immobilized mixed cell reactor at thermophilic fermentation. - communications in science and technology. 180-189.
mohd nur ikhmal salehmin, muhammad farhan hil me, wan ramli wan daud, nazlina haiza mohd yasin, mimi hani abu bakar, abu bakar sulong, swee su lim. (2023). construction of microbial electrodialysis cells equipped with internal proton migration pathways: enhancement of wastewater treatment, desalination, and hydrogen production. - science of the total environment. 1-13.
nur atikah aryanee nadzri, nazlina haiza mohd yasin, mimi hani abu bakar, suresh thanakodi, mohd nur ikhmal salehmin, mohd sobri takriff, mohamad faisal ni aznan, toshinari maeda. (2023). photosynthetic microbial desalination cell (phmdc) using chlamydomonas sp. (ukm6) and scenedesmus sp. (ukm9) as biocatalysts for electricity production and water treatment. - international journal of hydrogen energy. 11860-11873.
irwan ibrahim, mohd nur ikhmal salehmin, krishan balachandran, muhammad farhan hil me, kee shyuan loh, mimi hani abu bakar, bor chyan jong, swee su lim. (2023). role of microbial electrosynthesis system in co2 capture and conversion: a recent advancement toward cathode development. - frontiers in microbiology. 1-19.
mohd nur ikhmal, mimi hani, muhammad farhan, ibdal satar, nur iman syafiqah, aisyah nadhirah, samuel reinhard. (2021). hidupan seni & tenaga hijau. - . 106.
nur atikah aryanee nadzri, nazlina haiza mohd yasin, mimi hani abu bakar. (2018). siri penyelidikan biosains dan bioteknologi 2018. - . 4.
mohd sobri takriff, nazlina haiza mohd yasin, mimi hani abu bakar. (2024). electrochemical membrane technology. - . 523.
ryan yow zhong yeo, krishan balachandran, irwan ibrahim, mimi hani abu bakar, manal ismail, wei lun ang, eileen hao yu, swee su lim. (2024). revolutionizing energy conversion - photoelectrochemical technologies and their role in sustainability. - . 13.
tahereh jafary, anteneh mesfin yeneneh, muna al hinai, mimi hani abu bakar, mostafa rahimnejad. (2023). biological fuel cells: fundamental to applications. - . 487.
nur atikah aryanee nadzri, nazlina haiza mohd yasin, mimi hani abu bakar. (2018). siri penyelidikan biosains dan bioteknologi 2018. - . 4.
mimi hani abu bakar. (2017). sains-lah 2: catatan saintis muda. - . 8.
mohd nur ikhmal, mimi hani, muhammad farhan, ibdal satar, nur iman syafiqah, aisyah nadhirah, samuel reinhard. (2021). hidupan seni & tenaga hijau. - . 106.
norsuzlin binti mohd sahar;mimi hani binti abu bakar;shahrun niza bin abdullah suhaimi;gan kok beng;touhidul alam. (2024). metamaterial loaded semi oval shape antenna sensor for non-invasive blood glucose monitoring. - . .
lim swee su;jamaliah binti md jahim;mimi hani binti abu bakar. (2023). formulations of copper/tin oxide-derived catalysts for electrochemical co2 reduction in microbial electrosynthesis cells. - . .
mimi hani abu bakar. (2023). 8th international conference on fuel cell & hydrogen technology in conjunction with the 3rd symposium on fuel cell and hydrogen technology (icfcht-sfcht 2023). - majalah sains. 1-11.
mimi hani binti abu bakar;wan ramli bin wan daud;jamaliah binti md jahim;mahendra rao a/l somalu;khuzaimah binti arifin. (2022). correlation of porosity in clay ceramic with silver nano-particles as surface modifier for membrane biofouling inhibitor to improve electron transfer in a cylindrical microbial fuel cell.. - . .
nazlina haiza binti mohd yasin;mimi hani binti abu bakar;ang wei lun. (2022). feasibility study of photosynthetic microbial desalination cell (mdc) for electricity production and water treatment for defense application.. - . .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| INTEGRATING ENERGY PRODUCTION AND AL RECOVERY FROM BIOLOGICAL PROCESS AL DROSS IN BIOELECTROCHEMICAL CONDITIONS | bumi sinaran services | 61.2% (2023-10-01 sehingga 2025-09-30) |