pensyarah universiti
jabatan kejuruteraan kimia & proses
amru@ukm.edu.my
Biografi/ Biography :
Abdullah Amru Indera Luthfi is a biorefinery researcher and certified professional technologist specializing in biotechnology. He currently serves as a senior lecturer at the Department of Chemical and Process Engineering, Universiti Kebangsaan Malaysia (UKM). He is also a sub-area coordinator in the Fermentation Technology and Bioenergy Renewables area at the Research Center for Sustainable Process Technology (CESPRO), UKM. He graduated from IIUM with his B.Eng. (Biochemical-Biotechnology) in 2014. He then pursued his PhD (Chemical & Process Engineering) in 2015 and completed it in 2019 with a gold doctorate award achievement. He looks forward to developing premium bio-based products from local bioresources that could be on a par with the traditional fossil-based products or processes.
abdullah amru indera luthfi, jian ping tan, wen xuan woo, nurul adela bukhari, hikmah bajunaid hariz. (2024). chemical substitutes from agricultural and industrial by-products:. - bioconversion, bioprocessing, and biorefining. 387.
ming foong tiang, muhammad alif fitri hanipa, safa senan mahmod, muhammad tarmidzi zainuddin, abdullah amru indera lutfi, jamaliah md. jahim, mohd sobri takriff, alissara reungsang, shu-yii wu, peer mohamed abdul. (2024). impact of light spectra on photo-fermentative biohydrogen production by rhodobacter sphaeroides kku-ps1. - bioresource technology. 1-8.
shareena fairuz abdul manaf, abdullah amru indera luthfi, nur zahidah nasoha, nurul sakinah engliman, nur syakina jamali, jian ping tan. (2024). phenotype adaptation of kluyveromyces marxianus for enhanced conversion of biomass into xylitol. - process biochemistry. 104-115.
wan abd al qadr imad wan-mohtar, nurul izzah khalid, muhamad hafiz abd rahim, abdullah amru indera luthfi , nurul solehah mohd zaini, nur akmal solehah din, nurul aqilah mohd zaini. (2023). underutilized malaysian agro-industrial wastes as sustainable carbon sources for lactic acid production. - fermentation. 1-19.
swaathika suresh, abdullah amru indera luthfi. (2023). jenis sumber nitrogen organik bagi proses fermentasi. - majalah sains. -.
ming foong tiang, muhammad alif fitri hanipa, safa senan mahmod, muhammad tarmidzi zainuddin, abdullah amru indera lutfi, jamaliah md. jahim, mohd sobri takriff, alissara reungsang, shu-yii wu, peer mohamed abdul. (2024). impact of light spectra on photo-fermentative biohydrogen production by rhodobacter sphaeroides kku-ps1. - bioresource technology. 1-8.
shareena fairuz abdul manaf, abdullah amru indera luthfi, nur zahidah nasoha, nurul sakinah engliman, nur syakina jamali, jian ping tan. (2024). phenotype adaptation of kluyveromyces marxianus for enhanced conversion of biomass into xylitol. - process biochemistry. 104-115.
wen xuan woo, nur zahidah binti nasoha, abdullah amru indera luthfi, swee keong yeap, yew woh hui, nurul adela bukhari, shareena fairuz abdul manaf, jian ping tan. (2023). bio-based succinic acid production from durian husk: a rising southeast asia agricultural waste. - industrial crops and products. 1-12.
nur zahidah nasoha, abdullah amru indera luthfi, muhammad faizuddin roslan, hikmah bajunaid hariz, nurul adela bukhari, shareena fairuz abdul manaf. (2023). exploring pineapple peel hydrolysate as a sustainable carbon source for xylitol production. - scientific reports. 1-11.
cut ulfah nihayati husaini, rozieffa roslan, ahmad bazli ramzi, abdullah amru indera luthfi, jian ping tan, swee su lim, gong tao ding, jamaliah md jahim, peer mohamed abdul. (2023). the crispr technology: a promising strategy for improving dark fermentative biohydrogen production using clostridium spp. - international journal of hydrogen energy. 23498-23515.
rohani arpa, abdullah amru indera luthfi, nurul adela bukhari, jian ping tan, safa senan mahmod, muhammad zulhaziman mat salleh. (2023). economical study of bio-based polybutylene succinate production from oil palm biomass. - journal of oil palm research. 682-693.
nurul adela bukhari, soh kheang loh, abdullah amru indera luthfi, abu bakar nasrin, peer mohamed abdul. (2023). prospects and state-of-the-art in production of bio-based succinic acid from oil palm trunk. - journal of oil palm research. 555-581.
nurul adela bukhari, soh kheang loh, abdullah amru indera luthfi, peer mohamed abdul, jamaliah md jahim. (2022). low cost nutrient-rich oil palm trunk bagasse hydrolysate for bio-succinic acid production by actinobacillus succinogenes. - preparative biochemistry & biotechnology. 950-960.
ming foong tiang, arina atiqah azhar, muhammad alif fitri hanipa, peer mohamed abdul, mohd shaiful sajab, darman nordin, safa senan mahmod, abdullah amru indera luthfi & jamaliah md. jahim. (2022). strategi pengoptimuman lanjutan untuk meningkatkan penghasilan biohidrogen foto-fermentasi oleh bakteria ungu bukan sulfur. - sains malaysiana. 3567-3578.
siti syazwani mohd shah, abdullah amru indera luthfi, jamaliah md jahim, shuhaida harun, kheng oon low. (2020). an improvement in fermentability of acid-hydrolysed hemicellulose from kenaf stem for xylitol production. - international journal of food engineering. 1-10.
ming foong tiang, muhammad alif fitri hanipa, safa senan mahmod, muhammad tarmidzi zainuddin, abdullah amru indera lutfi, jamaliah md. jahim, mohd sobri takriff, alissara reungsang, shu-yii wu, peer mohamed abdul. (2024). impact of light spectra on photo-fermentative biohydrogen production by rhodobacter sphaeroides kku-ps1. - bioresource technology. 1-8.
shareena fairuz abdul manaf, abdullah amru indera luthfi, nur zahidah nasoha, nurul sakinah engliman, nur syakina jamali, jian ping tan. (2024). phenotype adaptation of kluyveromyces marxianus for enhanced conversion of biomass into xylitol. - process biochemistry. 104-115.
nur zahidah nasoha, abdullah amru indera luthfi, muhammad faizuddin roslan, hikmah bajunaid hariz, nurul adela bukhari, shareena fairuz abdul manaf. (2023). exploring pineapple peel hydrolysate as a sustainable carbon source for xylitol production. - scientific reports. 1-11.
cut ulfah nihayati husaini, rozieffa roslan, ahmad bazli ramzi, abdullah amru indera luthfi, jian ping tan, swee su lim, gong tao ding, jamaliah md jahim, peer mohamed abdul. (2023). the crispr technology: a promising strategy for improving dark fermentative biohydrogen production using clostridium spp. - international journal of hydrogen energy. 23498-23515.
zahidah nasoha, abdullah amru indera luthfi, hikmah bajunaid hariz, faizzudin roslan, nurul adela bukhari, shareena fairuz abdul manaf. (2023). xylose recovery from pineapple peel biomass by mild acid hydrolysis. - chemical engineering transactions. 1087-1092.
nur aishah ajali, nur zahidah nasoha, abdullah amru indera luthfi, muhammad zulhaziman mat salleh, shareena fairuz abdul manaf. (2023). delignification of meranti wood sawdust for sustainable yeast cell immobilization. - aip conference proceedings. 1-14.
muhammad zulhaziman mat salleh, mohamed kamel hadj-kali, abdullah amru indera luthfi and mohd ali hashim. (2022). predictive solubility of amino acids in deep eutectic solvents for chicken feather waste valorisation. - 33rd symposium of malaysian chemical engineers (somche 2022). 12023-12028.
nurul adela bukhari, soh kheang loh, abdullah amru indera luthfi, abu bakar nasrin, peer mohamed abdul, shuhaida harun, jamaliah md jahim. (2021). oil palm trunk biomass pretreatment with oxalic acid and its effect on enzymatic digestibility and fermentability. - materials today: proceedings. 119-123.
nurul adela bukhari, soh kheang loh, abdullah amru indera luthfi, peer mohamed abdul, shuhaida harun, jamaliah md jahim. (2021). effect of neutralizing agents in the preparation of succinic acid from oil palm trunk. - iop conference series: materials science and engineering. 12032-12040.
abdullah amru indera luthfi, jian ping tan, wen xuan woo, nurul adela bukhari, hikmah bajunaid hariz. (2024). chemical substitutes from agricultural and industrial by-products:. - bioconversion, bioprocessing, and biorefining. 387.
abdullah amru indera luthfi, jamaliah md jahim, shuhaida harun. (2020). sisa sawit: biotransformasi proses penghasilan asid suksinik. - . 196.
abdullah amru indera luthfi, jian ping tan, wen xuan woo, nurul adela bukhari, hikmah bajunaid hariz. (2024). chemical substitutes from agricultural and industrial by-products:. - bioconversion, bioprocessing, and biorefining. 387.
shuhaida harun, abdullah amru indera luthfi, peer mohamed abdul, nurul adela bukhari, jamaliah md jahim. (2022). value-chain of biofuels: fundamentals, technology, and standardization. - . 27.
abdullah amru indera luthfi, jamaliah md jahim, shuhaida harun. (2020). sisa sawit: biotransformasi proses penghasilan asid suksinik. - . 196.
khairul naim ahmad, abdullah amru indera luthfi, nur izzati ismail. (2023). makmal penyelesaian terbuka kejuruteraan kimia: penyepaduan teori, penyelidikan dan pembangunan lestari. - persidangan pendidikan kejuruteraan dan alam bina. 1-4.
swaathika suresh, abdullah amru indera luthfi. (2023). transformasi sisa nanas kepada produk kimia mesra alam. - majalah sains. -.
abdullah amru indera luthfi. (2023). peranan enzim dalam memangkin industri makanan. - majalah sains. -.
swaathika suresh, abdullah amru indera luthfi. (2023). jenis sumber nitrogen organik bagi proses fermentasi. - majalah sains. -.
abdullah amru bin indera luthfi;jamaliah binti md jahim;nurul aqilah binti mohd zaini;hassimi bin abu hasan;peer mohamed;muhammad zulhaziman bin mat salleh. (2023). lactic acid production by actinobacillus succinogenes using palm kernel cake as novel substrate. - . .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| BACTERIAL CELLULOSE CONTAINING ANTIMICROBIAL AGENT AS SUSTAINABLE FOOD PAD ABSORBENT | institut penyelidikan dan kemajuan pertanian malaysia (mardi) | 55.3% (2023-10-01 sehingga 2024-09-30) |
| BACTERIAL CELLULOSE CONTAINING ANTIMICROBIAL AGENT AS SUSTAINABLE FOOD PAD ABSORBENT | sri nona food manufacturing sdn. bhd. (snfm) | 55.3% (2023-10-01 sehingga 2024-09-30) |
| SYNERGISTIC COMPOUNDING OF PINEAPPLE PEEL AND FOOD WASTE BIOMASS FOR BIO-BASED CONTROLLED-RELEASE FERTILIZATION | diribumi ecological services | 27.7% (2023-10-01 sehingga 2025-09-30) |