IBG Biofertilizer Achieves SIRIM Eco-Labelling & MyHIJAU Recognition
IBG生物肥料获得SIRIM 环保标签与MyHIJAU认证
IBG is proud to announce a groundbreaking milestone in our journey toward sustainable agriculture: the IBG Biofertilizer Series has been officially certified under the SIRIM Eco-Labelling Scheme and awarded the prestigious MyHIJAU recognition — Malaysia’s official green recognition endorsed by the Government.
This dual recognition sets IBG Biofertilizer apart as Malaysia’s first biofertilizer to receive such eco-friendly certification. It reaffirms our commitment to innovation, sustainability, and environmental stewardship.
IBG 很荣幸的在可持续农业发展道路上迈出了重要的里程碑：IBG 生物肥料系列已获得 SIRIM环保标签计划的官方认证，并荣获MyHIJAU绿色认证—马来西亚政府认可的国家级绿色标志。
这两项认证使 IBG 生物肥料成为马来西亚首个获得此类环保认证的生物肥料，再次证明了我们对创新、可持续发展和环境管理的坚定承诺。
- Enhance soil health naturally through beneficial microorganisms, contributes to a cleaner and safer environment. 通过有益微生物自然改善土壤健康，为下一代创造更清洁、更安全的环境。
- Reduce reliance on synthetic chemical fertilizers, aligning plantations with eco-compliant agricultural practices that strengthen sustainability performance. 减少对合成化学肥料的依赖，使种植园的农业实践符合生态标准，从而提升整体可持续发展的表现。
- Lower agriculture’s carbon footprint while maintaining high crop productivity. 在保持高农业生产力的同时，有效降低农业碳足迹。
The MyHIJAU logo is Malaysia’s official green recognition scheme, endorsed by the Government through the Malaysian Green Technology and Climate Change Corporation (MGTC). Carrying the logo signifies that IBG Biofertilizer is an authentic, certified green product that meets rigorous local and international environmental standards. This recognition strengthens your company’s sustainability profile, especially in sectors like oil palm and rice cultivation, where international buyers demand verified sustainable practices. By being part of the MyHIJAU ecosystem, IBG Biofertilizer supports Malaysia’s green economy agenda and national commitments under global climate agreements. Together, these achievements reinforce IBG’s position not only as a manufacturer of quality agricultural products, but also as a dedicated contributor to Malaysia’s sustainable development.
MyHIJAU认证是马来西亚政府通过马来西亚绿色科技与气候变化机构（MGTC）推行的官方绿色认证计划。获得该认证意味着IBG生物肥料是一款符合本地与国际环境严格标准的绿色产品。这项认证有助于提升企业的可持续发展形象，尤其适用于油棕、水稻等对国际买家可持续实践要求较高的行业。作为MyHIJAU生态系统的一员，IBG生物肥料积极支持马来西亚的绿色经济议程及其在全球气候协议下的承诺。这不仅巩固了IBG作为高品质农业产品制造商的地位，也彰显了我们作为马来西亚可持续发展贡献者的责任与使命。
Scientific Validation through Research Collaboration with Xiamen University Malaysia (XMUM) 与厦门大学马来西亚分校（XMUM）的科研合作
Research collaborations with Xiamen University Malaysia (XMUM) have further validated IBG Biofertilizer’s sustainability performance. Through three joint studies, XMUM conducted comprehensive life cycle assessments (LCA) across IBG’s manufacturing and application stages, demonstrating significant carbon-reduction potential in both paddy and oil palm cultivation.
IBG biofertilizer manufacturing process has been proved to emit up to 99% less emissions than organic fertilizers & 95% less than nitrogen fertilizers* in the research paper “Biofertilizers for sustainable agriculture: A life cycle assessment of upstream manufacturing to carbon reduction”. Whilst in paddy field, the research paper “Toward carbon mitigation resiliency in the agriculture sector: An integrated LCA-GHG protocol-IPCC guidelines framework for biofertilizer application in paddy field” showed that the use of IBG biofertilizer helped lower greenhouse gas emissions by about 15% per hectare, mainly by improving how soil stores carbon and reducing the need for chemical fertilizers. If this method is used across the country by 2030, it could reduce greenhouse gas emissions from agriculture by about 10%, which is roughly 2% of Malaysia’s total emissions. That’s the same as planting over 580,000 mangrove trees**.
IBG与厦门大学马来西亚分校（XMUM）的科研合作进一步验证了IBG生物肥料在可持续发展方面的卓越表现。双方共同开展了三项研究，通过对IBG生物肥料从生产到应用阶段的完整生命周期（LCA）评估，结果显示该产品在稻米与油棕种植中均具有显著的减碳潜力。研究论文《Biofertilizers for sustainable agriculture: A life cycle assessment of upstream manufacturing to carbon reduction》证明，IBG 生物肥料的生产过程比有机肥料的排放量减少 99%，比氮肥的排放量减少 95%*。在稻田方面，研究论文《Toward carbon mitigation resiliency in the agriculture sector: An integrated LCA-GHG protocol-IPCC guidelines framework for biofertilizer application in paddy field》表明，使用 IBG 生物肥料有助于每公顷降低约 15% 的温室气体排放，主要是通过改善土壤储存碳的方式和减少对化学肥料的需求。如果到 2030 年在全国范围内采用这种方法，则可以减少农业温室气体排放约 10%，约占马来西亚总排放量的 2%。这相当于种植超过 580,000 棵红树林**。
*Mulya, K. S., Tan, J. P., Yeat, S. P., Yeat, C. N. C., & Woon, K. S. (2024). Biofertilizers for sustainable agriculture: A life cycle assessment of upstream manufacturing to carbon reduction. Chemical Engineering Transactions, 113, 187–192. https://doi.org/10.3303/CET24113032 **Mulya, K. S., Tan, J. P., Siaw Ping Yeat, Ning, C., Aitazaz Ahsan Farooque, Zhou, S., & Woon, K. S. (2025). Toward carbon mitigation resiliency in the agriculture sector: An integrated LCA-GHG protocol-IPCC guidelines framework for biofertilizer application in paddy field. Journal of Environmental Management, 389, 126005–126005. https://doi.org/10.1016/j.jenvman.2025.126005
