Johor bahru: A new extension building at the Johor Department of Chemistry Malaysia (KIMIA Johor), completed earlier this year at a cost of RM22.8 million, is expected to strengthen the nation's forensic analysis capabilities.
According to BERNAMA News Agency, Science, Technology and Innovation Minister Datuk Chang Lih Kang stated that the three-storey facility, constructed over six years under the 12th Malaysia Plan, includes the Food Quality Laboratory and the Water and Environmental Quality Laboratory, both outfitted with modern analytical facilities.
The minister emphasized that the facility reflects the government's commitment to enhancing science and evidence-based forensic services, aligning with the aspirations of Malaysia MADANI and the National Science, Technology and Innovation Policy (DSTIN). During the facility's inauguration, Chang highlighted the critical role of KIMIA Johor in criminal forensic analysis, environmental monitoring, and preparedness for chemical, biological, radiological, nuclear, and explosive (CBRNe) incidents.
Chang elaborated on the facility's functions, which include supporting investigations into high-profile crimes, drug processing, environmental pollution, and the use of hazardous substances. He also stressed the need for Malaysia to intensify research and development (R and D) in energy transition to better prepare for future global supply challenges.
The minister pointed out that the COVID-19 pandemic highlighted the importance of technological sovereignty, as countries without vaccine production capabilities had to depend on those with the technology. He asserted that Malaysia must not rely solely on foreign technology and should continue advancing its own capabilities.
Despite these challenges, Chang noted that Malaysia's status as an oil and gas-producing nation, with approximately 80 percent of its electricity generated from domestic natural gas supplies, has provided some relief. He reassured that the current supplies are sufficient, reducing immediate concerns, but reiterated the importance of intensifying R and D activities, particularly in energy transition.