Direct hire by SK Group to lead, design and optimise battery recycling plants in Indonesia, Thailand, Australia and Singapore. Collaborate with SK Innovation in spearheading their wastewater and water treatment technologies (i.e advanced oxidation processes)Role(s):1) Chemical Processing Engineering - MHP and Cobalt Hydroxide Recovery2) Mechanical Vapour Recompression - Lithium and Sodium Recovery via isentropic compression of Salt Laden Wastewaters

Green Li-ion is a technology company (www.greenli-ion.com) that solves the existential risk to the precious metals industry and the environment with their world first circular solution for the re-manufacturing of spent Lithium-Ion Batteries.The technical team employs hydrometallurgical processes to remove impurities and extract precious metals from spent Lithium Ion BatteriesLIBs include: LFPs, LMO, LCO, NMC (111,532,622,811), LTO, LCAImpurities removal, Solvent extraction… Show more Green Li-ion is a technology company (www.greenli-ion.com) that solves the existential risk to the precious metals industry and the environment with their world first circular solution for the re-manufacturing of spent Lithium-Ion Batteries.The technical team employs hydrometallurgical processes to remove impurities and extract precious metals from spent Lithium Ion BatteriesLIBs include: LFPs, LMO, LCO, NMC (111,532,622,811), LTO, LCAImpurities removal, Solvent extraction, NMC precipitation, Lithium precipitation + extraction Show less

Nominated For Best TA Awards• AY 18/19 Semester 1 (Aug - Dec 2019)• AY 18/19 Semester 2 (Jan - May 2020)Taught Civil (CEE) and Environmental Engineering (ESE) Undergraduates for tutorials• ESE3001 (Water Quality Engineering) • ESE3401 (Sustainable Urban Water Technologies) Mentored ESE Students for Modules beyond teaching requirements• ESE4401 (Water & Wastewater Engineering 2)• ESE4403 (Membrane Tech In Env Applns)• ESE4501 (Design Project)

• Assessed and reviewed recreational water quality / guidelines of Singapore, Hong Kong and USA • Analysed the multifaceted reasons that led to basis for the development of these guidelines employed by the three countries • Consolidated data from sampling points across beaches and compared methods of assessment• Recommended plausible faecal indicators that can be implemented in guidelines and control measures to achieve the Clean Water targets in Singapore