n.s. hassan, a.a. jalil, e.m. sharaf aldeen, m. bahari, l.p. teh, saravanan rajendran, n.w.c. jusoh, n. ainirazali.  (2024).  integrating zno with fibrous silica zirconia p-n heterojunction for effective photoredox of hexavalent chromium and congo red.  - journal of water process engineering.  1-12. 

n.i.h. hazril, a.a. jalil, f.f.a. aziz, n.s. hassan, a.a. fauzi, n.f. khusnun, n.m. izzudin, n.w.c. jusoh, l.p. teh, n.f. jaafar, s. rajendran.  (2024).  selective simultaneous photo-fenton removal of cr (vi) and methyl orange dye over critical raw material-free fibrous-silica irons catalyst.  - sustainable materials and technologies.  1-10. 

l.w. lai, l.p. teh, s.n. timmiati, n.h.n. kamarudin, h.d. setiabudi.  (2023).  a sustainable solution for diclofenac adsorption: chitosan-modified fibrous silica kcc-1 adsorbent.  - journal of environmental chemical engineering.  1-12. 

b.a. abdulkadir, l.p. teh, s.z. abidin, h.d. setiabudi, r. jusoh.  (2023).  advancements in silica-based nanostructured photocatalysts for efficient hydrogen generation from water splitting.  - chemical engineering research and design.  541-568. 

mochamad l. firmansyah, nurul s. hassan, aishah a. jalil, rino r. mukti, lee peng teh, herma d. setiabudi.  (2022).  structural investigation of phosphonium-based ionic liquid impregnated mesostructured silica nanoparticles and application towards the adsorption of pb(ii).  - chemical engineering research and design.  328-339. 

b. a. abdulkadir, s. n. miskan, a. t. abd wahab, n. ainirazali, l. p. teh, h. d. setiabudi.  (2024).  dry reforming of methane over ni/fibrous zeolite- y: optimization and regeneration studies.  - chemical engineering communications.  937-951. 

b. a. abdulkadir, l. p. teh, m. m. rahman khan, h. d. setiabudi.  (2024).  potential applications of metal-doped nanomaterials for enhancing solid-state hydrogen storage.  - chemistryselect.  1-25. 

nabilah suhaili, lee wah lim, lee peng teh, siti nurzubaida shahdan, zaitun ghazali, manabu miyamoto, shigeyuki uemiya, rizafizah othaman.  (2023).  effect of arginine-based deep eutectic solvents on supported porous sorbent for co2 capture analysis.  - sains malaysiana.  1419-1434. 

norasyikin mat, sharifah najiha timmiati, lee peng teh.  (2023).  recent development in metal oxide-based core-shell material for co2 capture and utilisation.  - applied nanoscience.  3797-3817. 

zuraini izati zulkifli, kean long lim, lee peng teh.  (2022).  metal-organic frameworks (mofs) and their applications in co2 adsorption and conversion.  - chemistryselect.  1-22. 

b. a. abdulkadir, s. n. miskan, a. t. abd wahab, n. ainirazali, l. p. teh, h. d. setiabudi.  (2024).  dry reforming of methane over ni/fibrous zeolite- y: optimization and regeneration studies.  - chemical engineering communications.  937-951. 

n.s. hassan, a.a. jalil, e.m. sharaf aldeen, m. bahari, l.p. teh, saravanan rajendran, n.w.c. jusoh, n. ainirazali.  (2024).  integrating zno with fibrous silica zirconia p-n heterojunction for effective photoredox of hexavalent chromium and congo red.  - journal of water process engineering.  1-12. 

h. u. hambali, t. jimoh, t. l. peng, a. a. umar, b. t. mutiullah, j. a. okolie.  (2024).  a review on co2 capture over novel adsorbents: progress in robust zeolite adsorbent development.  - nigerian journal of technological development.  94-111. 

b. a. abdulkadir, l. p. teh, m. m. rahman khan, h. d. setiabudi.  (2024).  potential applications of metal-doped nanomaterials for enhancing solid-state hydrogen storage.  - chemistryselect.  1-25. 

n.i.h. hazril, a.a. jalil, f.f.a. aziz, n.s. hassan, a.a. fauzi, n.f. khusnun, n.m. izzudin, n.w.c. jusoh, l.p. teh, n.f. jaafar, s. rajendran.  (2024).  selective simultaneous photo-fenton removal of cr (vi) and methyl orange dye over critical raw material-free fibrous-silica irons catalyst.  - sustainable materials and technologies.  1-10. 

n h r annuar, l p teh, h d setiabudi, m a a aziz, n m salam, a a jalil.  (2020).  the study of chromium oxide loading on platinum chromium oxide zirconia catalyst for n-dodecane and 1,4-diisopropylbenzene hydrocracking.  - energy security and chemical engineering congress (esche) 2019.  1-10. 

syawal mohd yusof, zheng bin pang, lee peng teh.  (2020).  fibrous silica hzsm-5 towards co2 adsorption performance: effect of copper oxide loading.  - 4th international conference on green chemical engineering and technology.  155-160. 

nur hazirah hamili, teh lee peng.  (2018).  siri penyelidikan kimia 2018.  - .  6. 

nur hazirah hamili, teh lee peng.  (2018).  siri penyelidikan kimia 2018.  - .  6. 

wan nur aini wan mokhtar, siti fairus mohd yusoff, nurfaizah abu tahrim, nur hasyareeda hassan, azizah baharum, suria ramli, teh lee peng, sharina abu hanifah.  (2018).  siri penyelidikan sains kimia 2018.  - .  109. 

nurul izzaty hassan, nurul huda abd karim, nur hasyareeda hassan, siti fairus mohd yusoff, nurfaizah abu tahrim, rizafizah othaman, azizah baharom, suria ramli, teh lee peng & wan nur aini wan mokhtar.  (2017).  siri penyelidikan kimia 2017.  - .  328. 

teh lee peng;rizafizah binti othaman;chia chin hua.  (2024).  elucidating composite synergism of metal-organic framework and dendritic fibrous nanosilica (mof-dfns) as efficient carbon dioxide adsorbent.  - .  . 

teh lee peng.  (2023).  8tv live show living delight.  - 8tv live show living delight: balloons would threaten the children's lives?.  . 

teh lee peng;rizafizah binti othaman;sharifah najiha binti timmiati.  (2023).  elucidating the role of core-shell structure on the synergistic interaction of mgo/dendritic fibrous nanosilica for enhanced co2 capture and co2 dry reforming to syngas.  - .  . 

teh lee peng.  (2023).  webinar by the division of physical & theoretical chemistry on `adsorption and catalytic conversion of co2 over porous materials`.  - berita ikm - chemistry in malaysia december 2023.  32. 

sharifah najiha binti timmiati;wan ramli bin wan daud;zahira binti yaakob;lim kean long;teh lee peng.  (2023).  ni@mesostructured silica nanoparticle (msn) core-shell catalyst for methane decomposition to hydrogen and filamentous carbon.  - .  .