Welcome to the team, Garrett! Garrett Lutz, MBA is joining the Charm Industrial team to scale our monitoring, reporting and verification (MRV), helping us deliver the highest quality & most transparent carbon removal on the planet Read more about Garrett's journey here: https://lnkd.in/gmF4QVUV
Charm Industrial
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San Francisco，California 12,503 ä½å…³æ³¨è€…
Charm’s mission is to return the atmosphere to 280 ppm CO?.
关于我们
Charm Industrial is working to return the atmosphere to 280 ppm CO?. We design, build and operate a fleet of mobile fast pyrolyzers that convert ag and forest biomass residues into Charm Bio-oil and Charm Biochar for use in permanent carbon removal. At scale, Charm Bio-oil can be used to reduce iron ore into metallic iron to help decarbonize industrial emissions from steelmaking. In 2020, our Chief Scientist and co-founder had a breakthrough to sequester bio-oil that kickstarted the company. Within 10 months we completed our first carbon removal injection and we have completed more than 7,200 tons of Carbon Dioxide Equivalent removal for customers like Stripe, Shopify, JP Morgan and Microsoft. Charm leads the industry with a transparent ledger and helped build a verification model that reduces the risk of over-crediting. Charm isn’t just removing carbon, we’re also improving communities and ecosystems we operate in today. Charm partners with communities to create new jobs, reduce wildfire risk, improve air quality, and safely close abandoned oil wells.
- 网站
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https://charmindustrial.com
Charm Industrial的外部链接
- 所属行业
- 环境æœåŠ¡
- 规模
- 51-200 人
- 总部
- San Francisco，California
- 类型
- ç§äººæŒè‚¡
- 创立
- 2018
- 领域
- Biomassã€Carbon Removalã€Steelå’ŒGasification
地点
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主è¦
获å–路线
2575 Marin St
US，California，San Francisco，94124
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获å–路线
US，CO，Fort Lupton，80621
Charm Industrial员工
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We're #hiring a new Louisiana Community Engagement Contractor in St Landry, Louisiana. Apply today or share this post with your network.
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Charm Industrial转å‘了
"All carbon removal credits should conform to the latest science-based protocols, be independently audited and published transparently on registry..." ...doesn't mean you need to be managing thousands of spreadsheets, navigating opaque rulesets and awaiting endless verification timelines Isometric Certify has been a huge step forward for making credit verification & issuance fast for Charm Industrial MRV as we scale up high-quality removals p.s. pls ignore the fiddleleaf ?? in the back just begging to be watered ??
Isometric Certify is delivering rapid verification and faster revenue for Charm Industrial. Certify enables Charm to submit monitoring, reporting and verification (MRV) data in real time—instead of relying on slow, manual spreadsheets. This enhances accuracy and reduces errors.? Hear more from Kevin Niparko, Head of Product & MRV at Charm Industrial, about why Certify is Charm’s single source of truth for credit issuance. Learn how you can get started with Certify (and see the full video) at the first link in the comments.
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We're #hiring a new Injection Operations Engineer (BH0143) in Fort Lupton, Colorado. Apply today or share this post with your network.
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Last week, we set a new Charm Industrial record... ?? 4 carbon removal injections in *one week* ???????? Sure as shamrocks, Alex and the Kansas injection team make scaling up look easier than finding a pot o’ gold!
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Charm Industrial转å‘了
???????? ?? ?????????????????? (???????????? ???? ?? ???????? ???????? ??????!?) This week, we took one of our mobile carbon removal machines on the road this week in Denver Sergio Sanchez and Reed Farber from the Charm Industrial team gave an awesome tour of the ins and outs of how our pyrolyzers turn residual biomass into permanent carbon removal Let us know if you want to learn about carbon removal with a Charm Pyrolyzer to visit your city!
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???????? ?? ?????????????????? (???????????? ???? ?? ???????? ???????? ??????!?) This week, we took one of our mobile carbon removal machines on the road this week in Denver Sergio Sanchez and Reed Farber from the Charm Industrial team gave an awesome tour of the ins and outs of how our pyrolyzers turn residual biomass into permanent carbon removal Let us know if you want to learn about carbon removal with a Charm Pyrolyzer to visit your city!
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At Charm Industrial, we’re charting a path to produce low-carbon iron—right here in America ???? Our new research demonstrates that the same bio-oil we know and love for carbon removal can be gasified and used to produce pure metallic iron without the need for fossil fuels While we're focused on carbon removal first and foremost, the opportunity to decarbonize heavy industry will have a multiplicative benefit for our climate Read more below ??
Charm's ironmaking has come a long ways! From my backyard two years ago to?Brian Jamieson our lead metallurgy scientist winning best DRI paper from the Association of Iron and Steel Technology. Paper here: https://lnkd.in/gEGBxT4W And our blog post summarizing it here: https://lnkd.in/gzfqcgE8
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?????? ???????????????? ?????????????????? ???????? ???????????????? ???????????? ?????????????? ?????????????????? ???????? ???? 90% ???????? ?? ???????????????? ???????? Picture this: it’s a scorching August day in Kansas. You’ve spent months trying to whip a thick, sticky bio-oil into an injectable state. It’s flowing terribly like thick taffy, even in the heat. Breaking pump after pump. If you’ve ever tried to wrestle a greased-up walrus up a ramp you’ve got an idea of what our lives were like at Charm last summer. As we’ve scaled up operations, we’ve had to tackle the challenge of making bio-oil flow smoothly. We tested a range of solutions, from refining our manufacturing methods to experimenting with complex multi-pump setups at the wellhead. But the best solution turned out to be the simplest…the shortest…and the slippiest. Full story in the comments ????
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This week, a 25% tariff went in place for all steel imports into the US American domestic iron production is ~50 million tonnes. We can produce *all of that* from 30 million tonnes of bio-oil...using excess biomass from US forest health and agricultural operations. Learn how the Charm Industrial team — led by Principal Scientist in Metallurgy Brian Jamieson — is forging a path to enable low-cost US domestic green steel in the decades to come????
Ironmaking for steel is a full 8% of global emissions, and is considered a "hard to abate" emissions source by many. A year ago Calvin French-Owen challenged me to make fossil-free iron in my back yard using bio-oil in just 4 days. I laughed at him: making iron isn't like making software. What a hardware n00b. But then I took him seriously for a minute. And it turns out Amazon has propane furnaces available next-day. Ditto crucibles. And ditto iron ore sold as pigment. Also, I know a little place named Charm Industrial where I could snag some bio-oil. That's the full shopping list to try to make iron, so to hell with it, let's do it! It ended up taking a few weeks of experimentation. You gotta get the right bake time (faster than you'd think!), you gotta get the right temperature curve (hot fast, but not too hot), and you need the right ratio of bio-oil and iron ore (just guess-and-check across an order of magnitude!) But—and you're not going to believe this—this janky little backyard setup produces 90%+ metallic iron! Verified and repeated by third party labs thanks to Brian Jamieson, our Principal Metallurgist at Charm. Commercial processes yield 92-95%. Now, it's not a scalable process as-is by any stretch of the imagination. And, so back at Charm we're comparing it with other established ironmaking processes that could be modified to run on bio-oil as well. The backyard-inspired version will probably lose on sheer inefficiency. But we learned a lot. And Calvin's point still stands, despite my initial mockery: at least sometimes, you can try novel industrial processes for carbon mitigation right in your own back yard.
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