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Carbon Capture & Commercialization

Carbon Capture & Commercialization

环境质量组织

Tampa，FL 200 位关注者

The lowest-cost Direct Air Carbon Capture AND Commercialization company

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关于我们

The lowest-cost Direct Air Carbon Capture Company.

网站
https://ccandc.ai/
所属行业
环境质量组织
规模
2-10 人
总部
Tampa，FL
类型
私人持股
创立
2019
领域
Carbon Capture、Carbon Commercialization和Direct Air Capture

地点

Carbon Capture & Commercialization员工

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动态

  • CO? isn’t just a challenge- it’s an opportunity. From Enhanced Oil Recovery (EOR) to agriculture, healthcare, and manufacturing, industries are looking for cost-effective, scalable CO? solutions. Our latest discussion with Geoffrey Cann highlights why the future of carbon capture must go beyond traditional, high-cost approaches. CC&C’s modular, low-energy graphene-coated ceramic pearls offer a deployable, economically viable way to capture CO? where it’s needed most - without the downsides of legacy systems. Check out the full conversation below to learn more about how commercialization, not just sequestration, is reshaping the carbon economy. #CarbonCapture #CCUS #CO2Utilization #SustainableTech #Decarbonization #EnergyTransition #InnovationForImpact

    查看Geoffrey Cann的档案
    Geoffrey Cann

    Advocate for Digital Innovation In Energy | International Author

    Many oil companies want CO2 because it’s great for improving well economics. Injecting the gas into a depleted well can boost the pressure, change the oil viscosity to improve flow, and capture the CO2. But many other industries ALSO want CO2, leading to high prices. ?? Greenhouses - great for growing food and flowers. ?? Food and beverages - carbonation, flash freezing, food packaging. ?? Healthcare - surgeries and protocols. ?? Water treatment - Ph control. ?? Manufacturing - fertilizers and plastics. What oil companies could really use is a low cost, low energy, clean, scalable, easy to deploy solution that can extract CO2 directly from the atmosphere and make it available where we need it — oil well sites. In my latest podcast, I interview Samir A. about his innovative graphene-coated ceramic pearls that capture CO2 efficiently, sustainably, and economically. ?? Slashes costs and energy use compared to traditional methods. ?? Scales easily with modular, low-footprint units. ?? Low environmental impact — no solvents or harsh chemicals. ?? Sometimes solving a problem starts with looking at the commercial aspects first, and then figuring out a solution. Ready to explore the future of #sustainability and #greentech? ?? The full episode link is in the comments ??. #DigitalInnovation #EnergyTransition #Decarbonization

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  • We've got a new update today with several major changes, fixes and adding support for docker. Read the v2025.02.25.md in the repo for more details!

    ?? Open-Sourcing SDGenMon: A Game-Changer for SCADA Monitoring & Simulation! We are excited to share that SDGenMon, our realistic SCADA sensor data generator & monitoring system, has been officially open-sourced! SCADA systems are at the heart of industrial automation, but high-quality test data is often difficult to obtain. That’s why we built SDGenMon—a powerful tool that enables accurate data simulation, real-time monitoring, and AI-driven anomaly detection. ?? Why It Matters SCADA operators, industrial engineers, and AI developers can now: ? Generate realistic sensor data (temperature, pressure, flow rate, etc.). ? Simulate real-world anomalies like sensor drift, threshold violations, and random noise. ? Monitor live data via MQTT and detect issues in real time. ? Use AI to analyze trends & anomalies for predictive maintenance. ? Deploy a web dashboard to visualize sensor data and alerts. Explore the Open-Source Project: ?? GitHub Repo: https://lnkd.in/g3mZc-Qh ?? Your Thoughts? We believe that by open-sourcing SDGenMon, we are empowering the SCADA and IIoT community to build more resilient, data-driven industrial systems. ?? We’d love to hear from you! How do you see SDGenMon being useful for your industry, your projects, or your research? Drop a comment below or join us in contributing to this project! ?? Like, Share, and Comment to spread the word and help shape the future of AI-driven SCADA monitoring! #SCADA #AI #IndustrialAutomation #OpenSource #MachineLearning #IIoT #AnomalyDetection #Industry40 #DataSimulation #SDGenMon

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  • ?? Open-Sourcing SDGenMon: A Game-Changer for SCADA Monitoring & Simulation! We are excited to share that SDGenMon, our realistic SCADA sensor data generator & monitoring system, has been officially open-sourced! SCADA systems are at the heart of industrial automation, but high-quality test data is often difficult to obtain. That’s why we built SDGenMon—a powerful tool that enables accurate data simulation, real-time monitoring, and AI-driven anomaly detection. ?? Why It Matters SCADA operators, industrial engineers, and AI developers can now: ? Generate realistic sensor data (temperature, pressure, flow rate, etc.). ? Simulate real-world anomalies like sensor drift, threshold violations, and random noise. ? Monitor live data via MQTT and detect issues in real time. ? Use AI to analyze trends & anomalies for predictive maintenance. ? Deploy a web dashboard to visualize sensor data and alerts. Explore the Open-Source Project: ?? GitHub Repo: https://lnkd.in/g3mZc-Qh ?? Your Thoughts? We believe that by open-sourcing SDGenMon, we are empowering the SCADA and IIoT community to build more resilient, data-driven industrial systems. ?? We’d love to hear from you! How do you see SDGenMon being useful for your industry, your projects, or your research? Drop a comment below or join us in contributing to this project! ?? Like, Share, and Comment to spread the word and help shape the future of AI-driven SCADA monitoring! #SCADA #AI #IndustrialAutomation #OpenSource #MachineLearning #IIoT #AnomalyDetection #Industry40 #DataSimulation #SDGenMon

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  • ?? AI is transforming carbon capture - and we’re leading the way. Our co-founder’s latest article dives into how AI-driven optimization is unlocking new possibilities for carbon capture in Enhanced Oil Recovery (EOR) and industrial applications. Traditional systems struggle with high costs and inefficiency, but AI changes that by: ? Adapting capture rates in real time based on CO? concentration and environmental factors ? Predicting maintenance needs to prevent downtime and lower operational costs ? Optimizing deployment to scale from individual units to entire industrial networks At CC&C, we believe AI isn’t just enhancing carbon capture- it’s making it viable, scalable, and cost-effective for industries that need it most. ?? Read the full article below - and let us know how you see AI shaping the future of carbon capture. Let’s discuss. ?? #CarbonCapture #AI #Innovation #Sustainability #EOR #CleanTech #NetZero

    查看Samir A.的档案
    Samir A.

    Innovating at the Intersection of Climate, AI & Leadership | Patented Carbon Capture Tech | Startup Founder & Scaling Expert | Speaker | Author | Impact Tech for Good | Multilingual World Traveler

    ?? AI-Driven Carbon Capture: Smarter, Faster, and More Scalable ?? Traditional carbon capture struggles with high costs, inefficiency, and slow deployment- barriers that have held back its full potential. But what if carbon capture could adapt in real time, optimize efficiency, and scale seamlessly? ?? Enter AI-driven optimization. At Carbon Capture & Commercialization, we’re integrating Edge AI and cloud-based intelligence into our compact carbon capture systems, ensuring maximum efficiency, predictive maintenance, and cost-effectiveness. ?? In our latest article, we explore: ? How AI enhances real-time CO? capture in Enhanced Oil Recovery (EOR) ? How predictive maintenance reduces downtime and costs ? Why AI-driven optimization is the key to scalable, net-zero solutions ?? Read the full article below and discover how AI is transforming carbon capture. #CarbonCapture #AI #Innovation #Sustainability #NetZero #EOR #CleanTech

  • We’re proud to see CC&C featured in Geoffrey Cann’s latest discussion about the future of carbon capture! Tackling CO? emissions requires scalable, efficient, and economically viable solutions, and we’re committed to delivering technology that meets these challenges head-on. Thank you, Geoffrey, for highlighting how innovation is transforming the way we approach decarbonization and sustainable growth. #CarbonCapture #CCUS #SustainableTech #NetZero #ClimateSolutions #InnovationForImpact

    查看Geoffrey Cann的档案
    Geoffrey Cann

    Advocate for Digital Innovation In Energy | International Author

    I had no idea that direct air carbon capture could be done commercially. I thought it needed subsidies. All the existing methods are: ?? High cost—hundreds of dollars per ton of CO2 removed. ?? Land intense -- big industrial plants, noisy and dangerous. ?? Geology dependent -- sequestering CO2 needs just the right geology. ? Energy pigs -- just when we have other power demands. Last week I interviewed Samir Adams, a tech entrepreneur who’s been on a mission to fix carbon capture from commercial first principles. He's spent years perfecting a revolutionary solution involving graphene-coated ceramic beads, yielding a low-energy, modular, and economically viable method—all without relying on market subsidies. ?? Check out the video in the comments and learn more about: ?? How graphene and amine combine to enable localized CO2 capture. ?? The biggest market for CO2, which is enhanced oil recovery ?? The role of AI to optimize CO2 capture. operations, and maintenance ?? Why this innovation unlocks new revenue streams. ?? Get curious about #carbonCapture, #sustainability, and #greentech. It's here ?? Direct message me for details. ?? The link to the full episode is in the comments. #DigitalInnovation #EnergyTransition #Decarbonization

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  • ?? Challenging the Status Quo in Carbon Capture! ?? We're resharing our latest thought leadership article: Compact Carbon Capture: The Agile Solution for a Carbon-Conscious World ?? At Carbon Capture & Commercialization, we're transforming how the world captures CO? with compact, scalable solutions designed to work where emissions happen most - from urban rooftops to industrial hubs. Our proprietary CaptureX beads make carbon capture cost-effective, energy-efficient, and impactful at under $100/MT CO? captured. ?? Why Compact Matters: ? Faster deployment - ready in days, not years. ? Ideal for dense urban areas where emissions are highest. ? Energy-smart technology using minimal power for maximum impact. As the industry faces mounting pressure for faster, cost-effective solutions, we believe compact capture is the future. ?? ?? Read the full article here: https://lnkd.in/g6hnHkUV #CarbonCapture #Innovation #Sustainability #TechForGood #CCandC

    查看Samir A.的档案
    Samir A.

    Innovating at the Intersection of Climate, AI & Leadership | Patented Carbon Capture Tech | Startup Founder & Scaling Expert | Speaker | Author | Impact Tech for Good | Multilingual World Traveler

    Excited to share our latest article: Compact Carbon Capture: The Agile Solution for a Carbon-Conscious World ?? At Carbon Capture & Commercialization, we're reimagining carbon capture with compact, agile solutions that fit anywhere - urban rooftops, industrial sites, and beyond. Discover how our CaptureX bead technology is making CO2 management cost-effective, scalable, and impactful. Let’s challenge the status quo and turn CO2 from a problem into an opportunity! Check it out below. #CarbonCapture #Innovation #Sustainability #TechForGood

  • Thanks to Concrete Contractor Magazine for publishing our Cofounder Samir A.' byline on how CO2 impacts the Concrete Industry. We're actively looking for Pilots in this space - if you're a concrete industry professional, drop us a line. Article below - #carboncapture #dacc #pointsourcecapture #concrete #construction #netzero

  • ?? Breaking News: CC&C Featured on Pollution Online! ?? We’re proud to share our latest press release, featured on Pollution Online, emphasizing the urgent need for compact carbon capture solutions that deliver real impact - not promises. We believe in results today, not decades from now. Our compact, scalable systems work where others can’t go, capturing CO? efficiently and affordably in urban and industrial spaces. ?? Read the full feature here: https://lnkd.in/gfKzYdUP ?? What’s the biggest challenge you see in scaling carbon capture technologies? We’d love to hear your insights below. ?? #CarbonCapture #CompactCapture #CCandC #Sustainability #CleanTech #CO2Utilization #PollutionOnline

  • ?? New Article Alert! ?? We’re excited to share our latest guest article featured in Shale Magazine ?? In this piece, our Cofounder, Samir A., explores why Carbon Capture can be a signficant game changer for the Shale industry. Innovations like our compact carbon capture systems stand to redefinite multiple industries. ?? Our commitment to “Where Others Can’t Go” and “CO? as a Commodity” is stronger than ever. ?? Read the full article here: https://lnkd.in/gPKxgQjw ?? We’d love to hear your thoughts! How do you see compact carbon capture shaping the future? Comment below! ?? #CarbonCapture #Sustainability #CCandC #CompactCapture #CO2Utilization #CleanTech

  • ?? Size vs Impact: Breaking Down the Numbers One shipping container sized unit: - 1,585 MT CO2/year at 85% efficiency - 150W power usage - 5-10 day deployment - Under $100/ton Multiply that by 10: - 15,850 MT/year - Still faster to deploy than one traditional facility - Flexible locations - Lower risk Scale to 100: - 158,500 MT/year - Deploy where needed - Create local jobs - Maintain flexibility ?? Current Reality: - Global emissions: 37.41B tons - Current capture: 40M tons (0.1%) - Traditional approach isn't scaling fast enough ?? The Question: Which approach scales better? A) One massive facility B) Multiple flexible units What's your take? Comment below! ?? #CarbonCapture #Innovation #CleanTech

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