Clear, measurable goals: a 30% cut in stack emissions by 2030, and net zero by 2050.
We don't treat net zero as a slogan. We treat it as a schedule.
Sakura Ferroalloys is committed to advancing sustainability through clear and measurable long-term goals. By 2030 we aim to achieve a 30% reduction in stack emissions, supported by efficiency improvements and cleaner technologies. Looking further ahead, we are working towards net zero by 2050, aligning with global decarbonisation pathways and industry best practices. These targets reflect our commitment to climate action while keeping our operations resilient and competitive.
Targets from our Sustainability Report FY2025.
Commissioned to recover fines and by-products back into the furnace, reducing waste.
Began selling furnace slag, turning a by-product into a useful resource.
Invested in fume-abatement systems to cut stack emissions.
Commissioned water-treatment capacity to manage and reuse process water responsibly.
Completed a life-cycle assessment to measure the full environmental footprint of our products.
Introduced the Aman initiative as part of our sustainability programme.
Brought a sinter plant online to improve raw-material efficiency.
JFE became part of Sakura's shareholding, strengthening our partnership base.
A USD 90 million investment in our Refined Ferromanganese Converter was approved, strengthening production capacity and product diversification.
A low-carbon refined ferro-manganese (FeMn) project, aimed at supplying the steel and battery industries with manganese alloys that carry a smaller environmental footprint than traditional operations.
The next wave of low-carbon and circular-economy initiatives in our pipeline.
Converting furnace carbon monoxide (CO) into ethanol and sustainable aviation fuel (SAF), reducing our Scope 1 emissions.
Producing bio-carbon to reduce reliance on fossil reductants in our sinter and BREX operations.
Exploring advanced pathways for the circular economy, in partnership with Curtin University.
Transforming ammonium waste into sustainable fertiliser for regenerative agriculture, with the University of Putra Malaysia.
Building our preparedness to measure emissions, comply with tax rules, manage costs and reduce carbon impact, so we can handle the financial and regulatory effects of a carbon tax, including CBAM.
Track our progress across Environment, Social and Governance.
ESG performance highlights