kushairi mohd salleh, sarani zakaria, mohd shaiful sajab, sinyee gan, hatika kaco.  (2019).  superabsorbent hydrogel from oil palm empty fruit bunch cellulose and sodium carboxymethylcellulose.  - international journal of biological macromolecules.  50-59. 

jeng yih law, abdul wahab mohammad, zhao kang tee, nadiah khairul zaman, jamaliah md jahim, jude santanaraj, mohd shaiful sajab.  (2019).  recovery of succinic acid from fermentation broth by forward osmosis assisted crystallization process.  - journal of membrane science.  139-151. 

mohd shaiful sajab, denesh mohan, jude santanaraj, chin hua chia, hatika kaco, shuhaida harun, nur hidayatul nazirah kamarudin.  (2019).  telescopic synthesis of cellulose nanofibrils with a stable dispersion of fe(0) nanoparticles for synergistic removal of 5-fluorouracil.  - scientific reports.  1-11. 

mohd shaiful sajab, jude santanaraj, abdul wahab mohammad, hatika kaco, shuhaida harun.  (2019).  detoxification of lignocellulosic hydrolysates by in situ formation of fe(0) nanoparticles on activated carbon.  - bioresources.  8614-8626. 

denesh mohan, mohd shaiful sajab, hatika kaco, saiful bahari bakarudin, anamt mohamed noor.  (2019).  3d printing of uv-curable polyurethane incorporated with surface-grafted nanocellulose.  - nanomaterials.  1-15. 

mohamad jani saad, chin hua chia, sarani zakaria, mohd shaiful sajab, sufian misran, mohammad hariz abdul rahman & siew xian chin.  (2019).  physical and chemical properties of the rice straw activated carbon produced from carbonization and koh activation processes.  - sains malaysiana.  . 

mohd shaiful sajab, nur nadia nazirah ismail, jude santanaraj, abdul wahab mohammad, hassimi abu hassan, chin hua chia, sarani zakaria, anamt mohamed noor.  (2019).  insight observation into rapid discoloration of batik textile effluent by in situ formations of zero valent iron.  - sains malaysiana.  393-399. 

mohd shaiful sajab, wan nurmawaddah wan abdul rahman jauhari, chin hua chia, sarani zakaria, hatika kaco, an'amt mohamed noor.  (2018).  oleophilicity and oil-water separation by reduced graphene oxide grafted oil palm empty fruit bunch fibers.  - sains malaysiana.  . 

mohd shaiful sajab, chin hua chia, sarani zakaria, mika sillanpaa.  (2017).  adsorption of heavy metal ions on surface of functionalized oil palm empty fruit bunch fibres: single and binary systems.  - sains malaysiana.  157-165. 

nor aziawati azahari, sarani zakaria, hatika kaco, gan sin yee,chin hua chia, sharifah nabihah syed jaafar, mohd shaiful sajab.  (2017).  membran selulosa kenaf terjana semula daripada larutan akues naoh/urea yang digumpal menggunakan asid sulfurik.  - sains malaysiana.  795-801. 

a.m. noor, f.a. mohd zin, l.s. wei, n.m. huang, m.h. abu bakar, m.s. sajab, m.k.a. abdul razab, n.h. abdullah, and a.k. zulhisyam.  (2019).  laser scribe silver-reduced graphene oxide as novel bactericidal filter.  - international conference on x-rays and related techniques in research and industry.  1-6. 

a.m. noor, f.a. mohd zin, l.s. wei, n.m. huang, m.h. abu bakar, m.s. sajab, m.k.a. abdul razab, n.h. abdullah, and a.k. zulhisyam.  (2019).  laser scribe silver-reduced graphene oxide as novel bactericidal filter.  - international conference on x-rays and related techniques in research and industry.  1-6. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia chin hua, chin siew xian & sharifah nurul ain syed hashim.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  20. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia chin hua & chin siew xian.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  22. 

hatika kaco, mohd shaiful sajab, sarani zakaria & chia chin hua.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  4. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia hua chia, ainun zuriyati mohamaed@asaari & rohaya othman.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  18. 

hatika kaco, mohd shaiful sajab, sarani zakaria & chia chin hua.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  173. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia chin hua, chin siew xian & sharifah nurul ain syed hashim.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  20. 

hatika kaco, mohd shaiful sajab, sarani zakaria & chia chin hua.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  4. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia chin hua & chin siew xian.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  22. 

hatika kaco, mohd shaiful sajab, sarani zakaria & chia chin hua.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  4. 

hatika kaco, mohd shaiful sajab, sarani zakaria, chia hua chia, ainun zuriyati mohamaed@asaari & rohaya othman.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  18. 

hatika kaco, mohd shaiful sajab, sarani zakaria & chia chin hua.  (2018).  potensi produk hijau termaju daripada sumber biojisim pertanian.  - .  173. 

mohd shaiful bin sajab;abdul wahab bin mohammad;mohd sobri bin takriff;sarani bt. zakaria;chia chin hua.  (2019).  preparation of bifunctional graphene oxide-fe(iii) for removal of lignin and phenolic derivatives in cyclic of adsorption and fenton-oxidation system.  - .  1-6. 

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.  - .  . 

jude santanaraj, mohd shaiful sajab, abdul wahab mohammad & peer abdul mohammad.  (2018).  integration of fenton technology in biohydrogen production from oil palm biomass.  - 3rd international conference on new energy and future energy systems (nefes 2018).  . 

chia chin hua;neoh hui min;mohd shaiful bin sajab;chin siew xian.  (2018).  cellulose nanocomposite containing silver nanoparticles and graphene oxide for environmental remediation.  - .  .