swee su lim, jean-marie fontmorin, mohd nur ikhmal salehmin, yujie feng, keith scott, eileen hao yu.  (2022).  enhancing hydrogen production through anode fed-batch mode and controlled cell voltage in a microbial electrolysis cell fully catalysed by microorganisms.  - chemosphere.  1-13. 

paniz izadi, jean-marie fontmorin, swee su lim, ian m. head, eileen h. yu.  (2021).  enhanced bio-production from co2 by microbial electrosynthesis (mes) with continuous operational mode.  - faraday discussions.  344-359. 

swee su lim, jean-marie fontmorin, hai the pham, edward milner, peer mohamed abdul, keith scott, ian head, eileen hao yu.  (2021).  zinc removal and recovery from industrial wastewater with a microbial fuel cell: experimental investigation and theoretical prediction.  - science of the total environment.  1-16. 

mohd nur ikhmal salehmin, swee su lim, ibdal satar, wan ramli wan daud.  (2021).  pushing microbial desalination cells towards field application: prevailing challenges, potential mitigation strategies, and future prospects.  - science of the total environment.  14348-14351. 

swee su lim, jean-marie fontmorin, paniz izadi, wan ramli wan daud, keith scott, eileen hao yu.  (2020).  impact of applied cell voltage on the performance of a microbial electrolysis cell fully catalysed by microorganisms.  - international journal of hydrogen energy.  2557-2568. 

su, l.s., md. jahim, j., shari, s.n., ismail, m., daud, w.r.w..  (2012).  development of microbial fuel cell for palm oil mill effluent treatment [pembangunan sel fuel mikrob untuk rawatan air sisa kilang sawit].  - sains malaysiana.  41(10):1253-1261. 

swee su lim, jean-marie fontmorin, mohd nur ikhmal salehmin, yujie feng, keith scott, eileen hao yu.  (2022).  enhancing hydrogen production through anode fed-batch mode and controlled cell voltage in a microbial electrolysis cell fully catalysed by microorganisms.  - chemosphere.  1-13. 

mohd nur ikhmal salehmin, swee su lim, ibdal satar, wan ramli wan daud.  (2021).  pushing microbial desalination cells towards field application: prevailing challenges, potential mitigation strategies, and future prospects.  - science of the total environment.  14348-14351. 

swee su lim, jean-marie fontmorin, hai the pham, edward milner, peer mohamed abdul, keith scott, ian head, eileen hao yu.  (2021).  zinc removal and recovery from industrial wastewater with a microbial fuel cell: experimental investigation and theoretical prediction.  - science of the total environment.  1-16. 

paniz izadi, jean-marie fontmorin, swee su lim, ian m. head, eileen h. yu.  (2021).  enhanced bio-production from co2 by microbial electrosynthesis (mes) with continuous operational mode.  - faraday discussions.  344-359. 

swee su lim, jean-marie fontmorin, paniz izadi, wan ramli wan daud, keith scott, eileen hao yu.  (2020).  impact of applied cell voltage on the performance of a microbial electrolysis cell fully catalysed by microorganisms.  - international journal of hydrogen energy.  2557-2568. 

daud, w.r.w., ghasemi, m., chong, p.s., jahim, j.md., lim, s.s., ismail, m..  (2011).  speek/pes composite membranes as an alternative for proton exchange membrane in microbial fuel cell (mfc).  - 2011 ieee 1st conference on clean energy and technology, cet 2011; kuala lumpur.  . 

swee su lim, byung hong kim, da li, yujie feng, wan ramli wan daud, keith scott and eileen hao yu.  (2018).  microbial synthesis, gas-fermentation and bioelectroconversion of co2 and other gaseous streams.  - .  19. 

ang wei lun;lim swee su;ebrahim mahmoudi.  (2022).  sonoelectrochemical reactor with tunable ultrasound frequency and orientation for degrading persistent organic pollutants.  - .  . 

mimi hani binti abu bakar;jamaliah binti md jahim;lim swee su;t. husaini;nazlina haiza binti mohd yasin.  (2021).  performance enhancement using immobilized encapsulated cell on aryl modified anode microbial fuel cell stack.  - .  . 

jamaliah binti md jahim;siti zulikha binti hassan;lim swee su;kim byung hong.  (2018).  manipulation of electron metabolism of clostridium butyricum diverting hydrogen production to reduction of glycerol for 1,3 propanediol.  - .  .