Carbon Capture & Commercialization的动态

A great conversation with Geoffrey Cann about tackling the challenges of carbon capture. Making these systems scalable, efficient, and economically viable without subsidies is the key to rethinking CO? as both a challenge and a resource. Grateful for the opportunity to share insights and discuss the future of sustainable innovation. #CarbonCapture #CCUS #SustainableTech #NetZero #ClimateSolutions #Greentech

AI is transforming industries, and Geoffrey Cann’s discussion about innovation in carbon capture is a powerful example of its potential. As businesses navigate how to leverage AI effectively, it’s clear that the right strategies can unlock game-changing efficiency and impact. At 1Focus, we’re passionate about helping businesses harness AI’s potential to drive meaningful results in sustainability and beyond. #AIAdvocacy #InnovationForImpact #DigitalTransformation #AIConsulting #CarbonCapture

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

To my #Chevron peeps, I highly recommend you have a look at this tech for consideration as a new alternative fuels technology. Thanks Adam Amad for giving me a more detailed explanation and congratulations on the incredible pitch and live demo you gave at #TechCrunchDisrupt2024 !!!

Sunhydrogen: https://lnkd.in/eTdtm-NR Direct Solar to Hydrogen solar Panels: Only using clean water and light, even powered by the energy of the sun in a harsh climate, billions of microscopic nanoparticles split apart water at the molecular level, extracting hydrogen for use as a clean energy source and leaving behind only clean oxygen as a byproduct. Not yet market ready, previous step is a singel one meter panel, next steps will be larges scale technology demonstrators with tens of panels, focussing on increasing efficiency and lowering production costs.

The Problem: By 2025, over 2.7 billion people will face water scarcity. Conventional desalination is energy-intensive and impractical for many regions. Current atmospheric water generation (AWG) solutions lack efficiency, scalability, and sustainability. Our Breakthrough Solution: AquaSky is pioneering next-generation atmospheric water generation using: ?? Graphene-Enhanced Condenser Coils – Boosting thermal efficiency & condensation rates. ?? Biomimetic Nanofiber Membranes – Inspired by nature, increasing water yield and purity. ?? AI-Optimized Sensors & Smart Controls – Predictive analytics for performance efficiency. ?? Solar-Powered & Energy-Storing Systems – Enabling full off-grid capabilities. ?? Advanced Fluid Dynamics & Thermodynamics Models – Maximizing extraction potential. Scientific & Engineering Foundation: ? Mathematical Models: Psychrometric Equations: Water vapor extraction efficiency. Fourier’s Law of Heat Transfer: Optimizing condensation surfaces. Navier-Stokes Equations: Airflow dynamics for maximum moisture capture. ? Material Science: Graphene’s superior thermal conductivity (5,000 W/m·K) enhances condensation efficiency. Nanofiber membranes mimic biological structures for ultra-pure water filtration. Market Potential & Investment Opportunity ?? $100 Billion Addressable Market – Growing at 10% CAGR. ?? Projected Revenue: $10M Year 1 → $100M Year 3 ?? Investment Opportunity: High ROI with scalable expansion into agriculture, disaster relief, and urban infrastructure. Traction & Validation: ?? Successful Pilot Deployments – Early-stage validation in arid & urban environments. ?? Strategic Partnerships – With global NGOs, industrial leaders, and sustainability advocates. ?? Proprietary IP & Patent Protection – Securing technological leadership. Why AquaSky? Unlike competitors, AquaSky integrates AI, nanotech, and renewable energy, offering: ? Higher Water Purity (99.9%) ? 50% Greater Efficiency than standard AWG systems ? Modular, Scalable, & Decentralized – From personal units to industrial-scale deployment Call to Action: ?? Are you ready to invest in the future of water sustainability? ?? Let’s discuss investment, partnerships, and deployment opportunities to bring AquaSky to the world. #WaterTech #SustainableInnovation #AI #ClimateTech #Nanotechnology #Investment #CleanWater

?? All the climate change solutions are here already?? At least one certainly is. ?? Materials Nexus, a UK-based tech firm, has introduced MagNex, a groundbreaking permanent magnet free from rare-earth metals, significantly reducing CO2 emissions and energy use in production. I mean, significantly! MagNex can be produced at 20% of the material cost and a 70% reduction in material carbon emissions (kg CO2/kg), compared to rare earth element magnets currently on the market. ???? Traditionally sourced from environmentally harmful processes, rare-earth metals are integral to conventional magnets used in key technologies like electric vehicles and wind turbines. MagNex eliminates these metals, decreasing environmental degradation and the carbon footprint of production. ???? This innovation not only promises to make green technologies more affordable but also more accessible, potentially accelerating their adoption. ?? Full article below. #SustainableTech #GreenInnovation #ClimateAction #MaterialsNexus #AIForGood

A device to turn CO2 into green fuel ??? A startup has developed a technology to convert CO2 into e-methanol using microwaves. It breaks down CO2 into CO, H2O into H and OH, then recombines them to create methanol. ?????? ???????????? ?????? ????????? 1. Prototypes are more efficient than current methods. 2. This advancement could significantly reduce carbon emissions. 3. Focus now is on replicating smaller devices for broader deployment. ?????? ???????? ???? ???????? ?? - It uses pulsing plasma in metal-screened columns. - Three microwave pulses target specific molecular bonds sequentially. - Currently, it converts ambient air into 1 ton of e-methanol using 10,000 kWh. ???? ?????????? ?????? ???????? ?????? ???? ???????? ????????????? Investment theme: Clean Air and Carbon Reduction Source: TechCrunch / SpiralWave #investing #greentech #cleanenergy Thematic #investment #Litrendingtopics

Driving Innovation: How Hydrogen Blending Can Transform the Auto Industry As I wrap up my final year project, I’m amazed by what we've achieved and learned about blending hydrogen in internal combustion engines. This project was more than just an academic requirement, it was a deep dive into how we can make our planet healthier with cleaner energy solutions. Thank you to Faisal Asfand, who guided and supported this project. Your expertise and encouragement were instrumental in turning my initial proposal into impactful research. Our findings? Incorporating hydrogen can significantly cut emissions with increased engine performance - exciting possibilities for a greener future! Let’s share insights and push the boundaries together! #Engineering #Sustainability #Innovation #FinalYearProject #FutureOfEnergy

Ever wondered how Fuelre4m works its magic? Let's dive into the science behind our revolutionary technology! At the heart of Fuelre4m lies our cutting-edge nano-biotechnology, a groundbreaking innovation that's reshaping the future of energy. ?? Nano-Biotechnology: Our technology utilises nano-sized particles derived from organic materials. These nanoparticles act as catalysts, facilitating mechanical reactions within the fuel to optimise combustion efficiency. ?? Enhanced Combustion: When added to liquid fossil fuels, Fuelre4m's nano-biotechnology goes to work, breaking down impurities and complex hydrocarbons that often go uncombusted in traditional engines. This results in a more complete combustion process, unlocking greater energy output while reducing harmful emissions. ?? Environmental Impact: By improving fuel efficiency and reducing emissions, Fuelre4m plays a crucial role in mitigating environmental impact. From reducing carbon emissions to minimising air pollutants, our technology is driving positive change for our planet. ?? Continuous Innovation: Fuelre4m is committed to pushing the boundaries of sustainability and innovation. Through ongoing research and development, we're constantly refining our technology to deliver even greater efficiency and environmental benefits. Join us as we continue to lead the charge towards a greener, more sustainable now. Together, let's redefine the way we power our world. #fuelre4m #reformingfossilfuels #nanobiotech #yearofsustainability #todayfortomorrow #fossilfuels