If you’re reading this, chances are you’re either a steel mill manager, a metal industry analyst, or someone who’s spent way too many late nights tracking the volatile price of ferroalloys. Let’s cut to the chase: ferroalloys are the unsung backbone of modern manufacturing. Every stainless steel sink in your kitchen, every high-strength steel beam in a skyscraper, every component in a wind turbine—they all rely on ferroalloys (like manganese, chromium, silicon, and nickel) to get the specific properties they need. As a ferroalloy supplier who’s been in this game for over 12 years, I’ve seen the industry swing through boom and bust cycles, and one thing has never changed: policies that support the ferroalloy sector make or break our ability to deliver consistent, reliable materials to the people who count on us. Ferroalloy
For years, I’ve watched as governments around the world have treated ferroalloys as a “secondary” metal industry—something that’s just a step between raw ore and finished steel. But in the last five years, that narrative has shifted, largely due to the global push for decarbonization and supply chain resilience post-pandemic. Today, there are concrete policies in place (and more being drafted) that are designed to support ferroalloy producers like me, and it’s not just about handing out subsidies. It’s about modernizing operations, reducing emissions, and ensuring that ferroalloys don’t become the next critical mineral bottleneck. Let’s break down the key policies that are actually moving the needle for our industry, from what’s been implemented to what’s on the horizon.
First on the list: targeted tax incentives for low-emission ferroalloy production. For decades, ferroalloy manufacturing has been energy-intensive—most processes run on coal or natural gas, which means high carbon footprints and exposure to volatile fossil fuel prices. A few years back, the European Union launched its Carbon Border Adjustment Mechanism (CBAM), which puts a tariff on imported carbon-intensive goods, including ferroalloys. At first, I was worried this would price my products out of the EU market. But alongside CBAM, the EU rolled out the Critical Raw Materials Act (CRMA), which includes tax breaks for producers that invest in greener ferroalloy technologies. Last year, I used a 30% tax credit from the German Federal Ministry for Economic Affairs and Climate Action to upgrade two of our furnaces to run on 100% renewable electricity instead of coal. That cut my carbon emissions by 42% and made my ferroalloys eligible for the EU’s “low-carbon material” label, which lets me charge a 15% premium to steel mills that are also working to meet their own net-zero goals. It’s a win-win, but only because the policy tied support to actual emissions reductions, not just size of the business.
In the U.S., the Inflation Reduction Act (IRA) has been a game-changer for North American ferroalloy suppliers like us. The IRA includes a 45Z production tax credit for “clean energy minerals,” which explicitly includes ferroalloys used in electric vehicles (EVs), wind turbines, and grid storage. To qualify, ferroalloys need to have a carbon footprint at least 40% below the industry average, and the credit is paid per metric ton produced. That’s not a small number—last year, our U.S. production line qualified for over $2.1 million in tax credits, which we used to expand our high-purity silicon manganese line, a critical material for EV battery casings. What I love about the IRA is that it’s forward-looking: it doesn’t just support today’s operations, it incentivizes investing in the future. We’ve also used part of that credit to partner with a local university to develop a new process that recycles 65% of the waste slag from ferroalloy production into construction materials, cutting down on landfill waste and reducing our need for new ore.
Next, there are policies focused on supply chain resilience, which became non-negotiable after the 2020 pandemic when shipping delays made it impossible to get manganese ore from South Africa and chromium from Turkey. Many governments now classify ferroalloys as “critical materials” for national security and economic stability, which opens up grants for domestic mining and processing. For example, in Australia, the Critical Minerals Facilitation Office (CMFO) has a $2 billion fund for projects that develop domestic ferroalloy production, as well as streamline permits for ore mines that supply ferroalloy feedstock. Last year, I worked with an Australian manganese miner to secure a $1.2 million grant from the CMFO to build a small processing plant in Western Australia, cutting out 10,000 miles of shipping and reducing my lead time for that key material from 8 weeks to 2 weeks. That same policy also includes funding for stockpiling critical ferroalloys, so if there’s a disruption in global supply, steel mills and manufacturers don’t have to halt production. I’ve seen first-hand what happens when there’s no policy to support that: in 2021, a global chromium mine strike left half my customers waiting 6 months for material, which cost them millions in lost output. Now, thanks to government-mandated stockpiles in the U.S. and EU, that scenario is far less likely.
Another underdiscussed policy area is workforce development. Ferroalloy manufacturing has a aging workforce—most skilled operators and engineers are retiring, and young people aren’t entering the industry because it’s often seen as “dirty” or obsolete. Governments are starting to fix this with targeted training programs that teach the skills needed for modern, green ferroalloy production. For example, Canada’s Critical Minerals Workforce Strategy provides 100% funding for community colleges to create specialized courses in low-emission ferroalloy processing and automation. Last year, I hired 8 graduates from a program at a college in Ontario, and they’ve already helped us implement a new AI-powered system that optimizes furnace energy use, cutting our electricity costs by another 10%. These programs don’t just support producers—they make sure the industry has the skilled workers it needs to grow, which is something no tax credit can do on its own.
But here’s the thing: not all ferroalloy policies are created equal. I’ve seen governments throw money at generic “metal industry” programs that don’t account for the unique needs of ferroalloy suppliers. For example, a few years ago, a Southeast Asian country gave out $50 million in subsidies to metal producers, but most of it went to steel mills, not the ferroalloy suppliers that provide 30% of their raw material. That kind of policy doesn’t work because it ignores the value chain. The best policies I’ve encountered are the ones that engage producers like me in the drafting process—governments that host roundtables with suppliers, steel mills, and researchers to make sure the support is actually used where it’s needed. Last year, the EU’s CRMA advisory board included 12 ferroalloy representatives, and one of the proposals we pushed through was a streamlined customs process for low-carbon ferroalloys, which cut my paperwork time at the border by 70%. That might sound small, but for a supplier that ships 2,000 metric tons of material a month, it adds up to hundreds of thousands of dollars in saved costs annually.
Of course, there are still gaps that need to be filled. Many low- and middle-income countries don’t have the resources to implement the kind of tax credits and grants that the EU, U.S., and Australia have. That means ferroalloy production is shifting to regions with weaker environmental rules, which undermines global decarbonization efforts. For example, a new ferroalloy plant in Southeast Asia that runs on coal is undercutting my prices by 25% because it doesn’t have to pay carbon taxes or invest in emissions controls. That’s a problem for everyone—because when low-carbon producers like me can’t compete, the whole industry falls behind. We need global policies that create a level playing field, like a global carbon standard for ferroalloys, so that producers in every country are held to the same emissions rules. I’ve been part of several industry coalitions pushing for that, and it’s slowly gaining traction at the United Nations Industrial Development Organization.
For suppliers like me, these policies aren’t just about saving money—they’re about securing the future of the industry. Ten years ago, I thought ferroalloys would be a declining sector, replaced by new materials. But now, with EVs, wind turbines, and grid storage exploding, demand for high-quality, low-carbon ferroalloys is only going to grow. The policies that support our industry today will determine whether we can meet that demand without sacrificing the environment or reliability.
If you’re a steel mill, EV manufacturer, or any business that relies on consistent ferroalloy supplies, I’m here to help. As a supplier with 12 years of experience in both traditional and low-carbon ferroalloy production, I can work with you to source the exact materials you need, whether you’re looking for standard-grade manganese or custom low-carbon chromium. We understand that supply chain delays and price volatility can derail projects, and we’ve built our business to be flexible and reliable, with partnerships across multiple regions to minimize risk. If you’re ready to talk about your ferroalloy needs or learn more about how we can support your operations, don’t hesitate to reach out.
SiC — References:
- European Commission, Critical Raw Materials Act, 2023
- U.S. Department of the Treasury, IRA 45Z Clean Energy Minerals Production Tax Credit Guidance, 2022
- Australian Government, Critical Minerals Facilitation Office, Grant Program Guidelines, 2024
- United Nations Industrial Development Organization, Global Ferroalloy Sector Decarbonization Roadmap, 2023
- Canadian Government, Critical Minerals Workforce Strategy, 2022
Anyang Baitengxin Metal Co., Ltd.
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Address: Qugou Industrial Park Anyang City, Henan Province China
E-mail: fern@aybtxmetal.com
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