pensyarah universiti
jabatan kejuruteraan kimia & proses
zulhaziman@ukm.edu.my
No. Telefon Rasmi : 0389216299
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
Research work focuses on the study of green solvents in many applications of interest such as desulfurization, denitrification, separation of aromatic–aliphatic mixtures, biomass pretreatment, carbon dioxide capture, dehydration of natural gas and palm oil upgrading. Major interest is novel solvent discovery (ionic liquids, deep eutectic solvents and polar aprotic solvents) which includes synthesis, characterization, computational simulation and applications
adeeb hayyan, faye loo wei qing, m. zulhaziman m. salleh, wan jefrey basirun, mahar diana hamid, jehad saleh, abdullah s.m. aljohani, fahad a. alhumaydhi, m.y. zulkifli, waleed al abdulmonem, andrew t.h. yeow, mohd roslan mohd nor, mohd ali hashim, jamal. (2023). encapsulated paracetamol-based eutectic solvents for the treatment of low-grade palm oil mixed with microalgae oil. - industrial crops and products. 11632.
maan hayyan, adeeb hayyan, asyraf danial m. hafizi, wan jeffrey basirun, andrew t.h. yeow, m. zulhaziman m. salleh, hens saputra, jehad saleh, khaled h. alkandari, mohd ali hashim, mohammed a. alsaadi. (2023). phosphonium-based deep eutectic solvents: physicochemical properties and application in zn-air battery. - chemical engineering and processing - process intensification. 10931.
norliza abd.rahman, jarinah mohd ali, nor yuliana yuhana, mohd shabudin mastar@masdar, mohd zulhaziman, shuhaida harun, siti kartom kamaruddin. (2022). pembangunan produk dan rekabentuk siri 7. - . 11.
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.
a. nurhidayah, n. zaini, m. zulhaziman m. salleh, n. zulbadli, noor ashikin mohamad, s. n. ezaty, n. s. shafie, dzulkarnain mohd sahri and siti sarah aliah mohd najib. (2022). evaluation of physically modified kenaf core adsorbent for carbon dioxide adsorptive study. - 9th conference on emerging energy & process technology 2021 (concept 2021). 7-15.
maan hayyan, adeeb hayyan, asyraf danial m. hafizi, wan jeffrey basirun, andrew t.h. yeow, m. zulhaziman m. salleh, hens saputra, jehad saleh, khaled h. alkandari, mohd ali hashim, mohammed a. alsaadi. (2023). phosphonium-based deep eutectic solvents: physicochemical properties and application in zn-air battery. - chemical engineering and processing - process intensification. 10931.
adeeb hayyan, faye loo wei qing, m. zulhaziman m. salleh, wan jefrey basirun, mahar diana hamid, jehad saleh, abdullah s.m. aljohani, fahad a. alhumaydhi, m.y. zulkifli, waleed al abdulmonem, andrew t.h. yeow, mohd roslan mohd nor, mohd ali hashim, jamal. (2023). encapsulated paracetamol-based eutectic solvents for the treatment of low-grade palm oil mixed with microalgae oil. - industrial crops and products. 11632.
mohamed k. hadj-kali, m. zulhaziman m. salleh, irfan wazeer, ahmad alhadid and sarwono mulyono. (2022). separation of benzene and cyclohexane using eutectic solvents with aromatic structure. - molecules. 1-17.
nurasyqin a. fattah, hanee f. hizaddin, mohd a. hashim, wan jefrey basirun, and muhammad zulhaziman mat salleh. (2022). evaluation of deep eutectic solvent performance for the extraction of free 3monochloropropane 1,2 diol (3 mcpd) from model oil cosmo rs and experimental validation. - european journal of lipid science and technology. 1-12.
maan hayyan, adeeb hayyan, asyraf danial m. hafizi, wan jeffrey basirun, andrew t.h. yeow, m. zulhaziman m. salleh, hens saputra, jehad saleh, khaled h. alkandari, mohd ali hashim, mohammed a. alsaadi. (2023). phosphonium-based deep eutectic solvents: physicochemical properties and application in zn-air battery. - chemical engineering and processing - process intensification. 10931.
adeeb hayyan, faye loo wei qing, m. zulhaziman m. salleh, wan jefrey basirun, mahar diana hamid, jehad saleh, abdullah s.m. aljohani, fahad a. alhumaydhi, m.y. zulkifli, waleed al abdulmonem, andrew t.h. yeow, mohd roslan mohd nor, mohd ali hashim, jamal. (2023). encapsulated paracetamol-based eutectic solvents for the treatment of low-grade palm oil mixed with microalgae oil. - industrial crops and products. 11632.
nurasyqin a. fattah, hanee f. hizaddin, mohd a. hashim, wan jefrey basirun, and muhammad zulhaziman mat salleh. (2022). evaluation of deep eutectic solvent performance for the extraction of free 3monochloropropane 1,2 diol (3 mcpd) from model oil cosmo rs and experimental validation. - european journal of lipid science and technology. 1-12.
mohamed k. hadj-kali, m. zulhaziman m. salleh, irfan wazeer, ahmad alhadid and sarwono mulyono. (2022). separation of benzene and cyclohexane using eutectic solvents with aromatic structure. - molecules. 1-17.
a. nurhidayah, n. zaini, m. zulhaziman m. salleh, n. zulbadli, noor ashikin mohamad, s. n. ezaty, n. s. shafie, dzulkarnain mohd sahri and siti sarah aliah mohd najib. (2022). evaluation of physically modified kenaf core adsorbent for carbon dioxide adsorptive study. - 9th conference on emerging energy & process technology 2021 (concept 2021). 7-15.
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.
norliza abd.rahman, jarinah mohd ali, nor yuliana yuhana, mohd shabudin mastar@masdar, mohd zulhaziman, shuhaida harun, siti kartom kamaruddin. (2022). pembangunan produk dan rekabentuk siri 7. - . 11.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| PENGHASILAN MAKANAN TERNAKAN AYAM DARIPADA SISA BERZAT TINGGI | envirosource sdn bhd | 77.5% (2022-09-01 sehingga 2023-08-31) |
| ENHANCING SEPARATION EFFICIENCY OF EXTRACTIVE FUEL DENITRIFICATION USING BINARY MIXTURE OF IONIC LIQUIDS | king saud university | 88.8% (2021-09-01 sehingga 2023-08-31) |