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Direct Air Capture Device Market Growing at 76.8% CAGR | Surging Demand in Energy, Food & Greenhouse Applications | Valuates Reports

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BANGALORE, India, May 23, 2025 /PRNewswire/ — Direct Air Capture Device Market is Segmented by Type (Liquid Adsorption, Solid Adsorption), by Application (Food and Beverage, Greenhouse, Energy, Fuel).

The Global Direct Air Capture Device market was valued at USD 25.9 Million in 2024 and is anticipated to reach USD 1340 Million by 2031, witnessing a CAGR of 76.8% during the forecast period 2024-2031.

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Major Factors Driving the Growth of Direct Air Capture Device Market:

The global direct air capture device market is experiencing accelerated growth due to increasing pressure to achieve net-zero targets and offset residual emissions. With the convergence of policy support, technological innovation, and corporate responsibility, DAC devices are becoming central to climate mitigation strategies. Investment in R&D, integration with CCS and renewable energy, and expanding carbon markets are collectively fostering a robust ecosystem for DAC deployment. As adoption spreads across industries and regions, the market is expected to evolve rapidly, with scalability and cost reduction playing pivotal roles in determining future growth trajectories.

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TRENDS INFLUENCING THE GROWTH OF THE DIRECT AIR CAPTURE DEVICE MARKET:

The automotive industry is significantly contributing to the growth of the direct air capture (DAC) device market due to its role as a primary source of carbon emissions. As global regulatory bodies enforce stricter emission norms on vehicle manufacturers, there is a growing demand for innovative carbon offset technologies like DAC systems. Automakers are increasingly investing in carbon removal projects to achieve net-zero emissions and offset the environmental footprint of internal combustion engines. Additionally, the transition towards electric vehicles does not immediately eliminate supply chain emissions, which further fuels the adoption of DAC technologies. These devices are also being integrated into sustainable vehicle lifecycle models, providing a practical pathway for automotive companies to contribute to climate goals while enhancing brand value.

The synergy between Carbon Capture and Storage (CCS) infrastructure and direct air capture (DAC) devices plays a critical role in market expansion. CCS facilities provide a viable end-use solution for the captured CO₂ from DAC systems, enabling long-term geological storage or utilization in industrial processes. The growth of CCS networks in regions like North America and Europe makes it economically feasible to deploy DAC devices at scale, reducing logistical challenges related to CO₂ storage. Additionally, many government-backed CCS projects include DAC as part of integrated carbon management frameworks, leading to increased public and private funding for DAC technologies. As CCS adoption accelerates, it directly enhances the commercial and environmental viability of DAC, positioning it as a key component of decarbonization roadmaps across various industries.

Liquid adsorption is a fundamental mechanism in many DAC devices, and its refinement is driving the broader market growth. This technique leverages specialized solvents to selectively capture CO₂ molecules from ambient air, offering higher efficiency and lower energy requirements compared to other methods. The scalability and modularity of liquid-based DAC systems make them suitable for diverse applications, from industrial settings to urban carbon capture projects. Continuous advancements in solvent chemistry are also improving carbon capture rates and reducing operational costs, making liquid adsorption more attractive to commercial stakeholders. Furthermore, liquid systems integrate seamlessly with downstream carbon utilization processes, enhancing the circular economy potential of DAC technologies and driving investments in this segment.

A surge in corporate pledges to achieve net-zero emissions is boosting demand for DAC devices. Multinational corporations in sectors such as tech, retail, and manufacturing are seeking reliable methods to counterbalance their residual carbon footprints. DAC devices offer a measurable and verifiable solution for carbon removal, which aligns with Environmental, Social, and Governance (ESG) reporting metrics. These commitments are pushing companies to invest in DAC projects or partner with startups and technology providers. As investors and consumers pressure firms to demonstrate environmental accountability, DAC emerges as a preferred tool in long-term sustainability strategies, fueling consistent market demand.

Government incentives and regulatory frameworks are crucial in propelling the DAC device market forward. Policy instruments such as carbon pricing, tax credits, and public funding for negative emission technologies are creating favorable conditions for DAC deployment. For instance, initiatives like the U.S. 45Q tax credit and the EU Innovation Fund specifically support DAC-related projects. These programs reduce financial barriers and encourage pilot projects and commercial-scale implementations. In addition, climate policies increasingly recognize DAC as an essential element of national emission reduction strategies, prompting both private and public sectors to collaborate in deploying scalable DAC solutions.

Industries with hard-to-abate emissions, such as cement, steel, and aviation, are adopting DAC devices to meet decarbonization targets. These sectors often face limited options for direct emission reduction, making DAC a strategic alternative. Co-locating DAC systems near industrial plants allows for localized carbon offsetting and enhances operational sustainability. Moreover, integrating DAC with carbon utilization processes—like synthetic fuel production—opens up additional revenue streams. This industrial application is reinforcing DAC’s role in comprehensive decarbonization strategies and generating demand from sectors with high carbon liabilities.

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DIRECT AIR CAPTURE DEVICE MARKET SHARE

The direct air capture device market shows prominent growth across North America, Europe, and parts of Asia-Pacific. North America leads due to strong policy incentives, large-scale pilot projects, and the presence of key market players. Europe follows closely, driven by ambitious climate targets and public-private partnerships promoting carbon removal.

The Asia-Pacific region, particularly countries like Japan and South Korea, is beginning to invest in DAC technologies as part of long-term emission control strategies. Regional market dynamics are also shaped by the availability of renewable energy, CCS infrastructure, and public awareness of climate issues, which influence adoption rates.

Key Companies:

CarbonCapture IncCarbon EngineeringGlobal ThermostatClimeworksSustaeraHeirloomCarbfixMission ZeroAirCapture LLC

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DISCOVER MORE INSIGHTS: EXPLORE SIMILAR REPORTS!

–          Passive Direct Air Capture Market

–          The global market for Large-scale Direct Air Capture (DACS) Facilities was valued at USD 355 Million in the year 2023 and is projected to reach a revised size of USD 801 Million by 2030, growing at a CAGR of 11.1% during the forecast period.

–          The global market for Membrane-Based Direct Air Capture Technology was valued at USD 32 Million in the year 2024 and is projected to reach a revised size of USD 112 Million by 2031, growing at a CAGR of 11.6% during the forecast period.

–          Direct Air Capture and Storage Technology Market

–          The global Direct Air Capture Machines market was valued at USD 15 Million in 2023 and is anticipated to reach USD 468.2 Million by 2030, witnessing a CAGR of 76.8% during the forecast period 2024-2030.

–          Direct Air Carbon Capture and Storage (DACCS) Market

–          The global market for Carbon Capture was estimated to be worth USD 4.41 billion in 2023 and is forecast to a readjusted size of USD 6.89 Billion by 2030 with a CAGR of 6.6% during the forecast period 2024-2030.

–          Commercial Carbon Capture market was valued at USD 1265 Million in 2023 and is anticipated to reach USD 2552 Million by 2030, witnessing a CAGR of 10.3% during the forecast period 2024-2030.

–          Industrial Scale Carbon Capture Market

–          The global market for Carbon Capture Blowers was valued at USD 647 Million in the year 2024 and is projected to reach a revised size of USD 918 Million by 2031, growing at a CAGR of 5.6% during the forecast period.

–          Stationary Carbon Capture Unit Market

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Our team of market analysts can help you select the best report covering your industry. We understand your niche region-specific requirements and that’s why we offer customization of reports. With our customization in place, you can request for any particular information from a report that meets your market analysis needs.

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Greater San Diego Science and Engineering Fair Students Win Big at the 75th California Science and Engineering Fair

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SAN DIEGO, April 26, 2026 /PRNewswire/ — The 75th California Science and Engineering Fair (CSEF) took place April 11–12 at California Lutheran University in Thousand Oaks, bringing together 900 of the best of 1st place winners from regional competitions covering 58 counties across the state, including the Greater San Diego Science and Engineering Fair (GSDSEF). GSDSEF students earned 40 awards at the event, including two of only six highly coveted spots to the prestigious Regeneron International Science and Engineering Fair (ISEF). Seven students earned 1st Place awards in the categories of Biochemistry and Molecular Biology, Chemistry, Cognitive Science, Microbiology, Physics and Astronomy, and Zoology. In addition, one student won the Saban Family Foundation Scholar Prize, while another won the South Coast AQMD Air Quality Award and A&WMA Environmental Leadership Award. CSEF is the oldest science fair west of the Mississippi River and the highest level competition in the state.

Top winners were:

Arya Bhatt, Grade 7, Oak Valley Middle School, South Coast AQMD Air Quality Award, A&WMA Environmental Leadership Award, “Context Aware Real Time Air Quality Prediction Using Machine Learning”.

Joie Green, Grade 8, Muirlands Middle School, 1st Place, “Soon I will be Invisible: How to Direct Energy with Topological Metamaterials”.

Maggie Hao, Grade 10, The Bishop’s School, 1st Place, “Harnessing Tardigrade Genes to Enhance Bacterial Biosensors for Heavy Metal Pollutant Detection”.

Uma Kattamuri, Grade 7, Oak Valley Middle School, 1st Place, “Elevated CO2 During Kalanchoe pinnata Growth Reveals Enhanced Antiproliferative and Synergistic Therapies”.

Sonika Dhenuva Konda, Grade 11, Del Norte High School, Saban Family Foundation Scholar Prize, “Adaptive Swarm Coordination for Wildfire Control via Q-Learning Tuned PSO with Quantum-Inspired Coupling”.

Emma Liu, Grade 11, The Bishop’s School, ISEF Finalist, 1st Place, “Defining 3D Phenotypic Cell States of Polymorphonuclear Neutrophils via Novel Computational Pipeline”.

Sharvi Mahajan, Grade 8, Bernardo Heights Middle School, 1st Place, “Evaluating Predictive EEG Theta/Beta Features in Adult ADHD via Machine Learning”.

Sydney O’Donnell, Grade 8, The Rhoades School, 1st Place, TFJIC, “Effects of Marigold Versus Chlorella Supplementation on Yolk Lutein Content”.

Ihan Sung, Grade 11, Eastlake High School, ISEF Finalist, 1st Place, “Renewable Ammonia Electrochemical Synthesis by Glow Discharge with an Iron Based Catalyst”.

Full results and project showcase available online.

About the GSDSEF

Since 1955, the Greater San Diego Science and Engineering Fair (GSDSEF) has provided an inspiring experience in science and engineering for tens of thousands of San Diego and Imperial County students, motivating them to pursue careers in science, technology, engineering, and mathematics. This regional competition challenges students to go beyond classroom studies to do independent research – to ask compelling questions, to design and implement innovative solutions, and to present and defend results to judges who are professionals in their fields. The GSDSEF brings together 800 of the best middle and high school students, 400+ judges who are professionals in their fields and over 60 professional societies and organizations, with $40k in prizes awarded.

The GSDSEF fosters creativity and innovation through inquiry, celebrates students’ STEM achievements, and showcases how young minds can make an impact in the present and future. Many of these student scientists are conducting world-class research and conducting groundbreaking experiments in fields ranging from Astronomy to Zoology, such as the discovery of cures for diseases, formulations of new vaccines, cancer research, applying AI to enhance medical diagnoses, using biomimicry for water conservation, novel drone technology, advances in micro robotics and autonomous driving technology. The GSDSEF is the highest-level STEM competition in the region and one of the oldest, most respected and competitive in the world. The GSDSEF is a 501(c)(3) organization. Learn more at gsdsef.org and follow us on LinkedIn and Instagram.

Copyright © 2026 Greater San Diego Science and Engineering Fair. All rights reserved.

Media Contact:
Sany Zakharia
sany.zakharia@gsdsef.org

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SOURCE Greater San Diego Science and Engineering Fair

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Innowise Named to 2026 CRN Tech Elite 250 List By The Channel Company

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WARSAW, Poland, April 26, 2026 /PRNewswire-PRWeb/ — Innowise has officially secured a position on CRN’s 2026 Tech Elite 250. This annual ranking identifies IT solution providers across the US and Canada that have achieved top-tier status within the partner programs of the industry’s leading technology vendors. The inclusion follows a period of verified growth in technical proficiency and a focus on high-impact engineering.

“Innowise concentrates on creating scalable, resilient architectures that produce measurable benefits for our clients. The honor of being recognized by CRN highlights the commitment of our experts to maintain high standards in highly competitive markets,” said Dmitry Nazarevich, CTO at Innowise.

About the Tech Elite 250

The Tech Elite 250 is a directory of companies recognized as having the highest level of partnership and certifications within the global IT ecosystem. In order to reach the final list, the provider must hold the most advanced technical credentials from vendors like AWS, Cisco, Dell, HPE, IBM, Intel, Nutanix, and Nvidia.

This directory serves as a verified ledger for enterprise clients who need to orchestrate complex hardware and software stacks without letting legacy environments rot. Holding these certifications is mandatory to stop the cash bleed caused by inefficient infrastructure and unoptimized cloud usage.

About Innowise

Founded in 2007, Innowise is a global software engineering and IT consulting center. The company is focused on developing high-value technologies, including artificial intelligence, data engineering, and cloud computing. Innowise crafts technological solutions for companies across 40+ domains in order to assist them in updating, creating, and modernizing their digital ecosystems.

Innowise specializes in using established technologies and modular approaches to enable organizations to expand or shift their operations while retaining complete control over all their physical and intangible assets.

Media Contact

Lizaveta Piaskova, Innowise, 48 48 787 027 706, lizaveta.piaskova@innowise.com, innowise.com

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SOURCE Innowise

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Neusoft Showcases Full-Stack & Global Innovations at Auto China 2026

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BEIJING, April 26, 2026 /PRNewswire/ — At Auto China 2026, Neusoft Corporation hosted a press conference on April 25th and announced three key strategic moves: the iteration of Neusoft OneCoreGo® Global In-Vehicle Intelligent Mobility Solution 7.0, the launch of Neusoft NAGIC.AI Cockpit Software Platform, and the strategic upgrade of its subsidiary, Neusoft Smart Go. By leveraging full-stack technology and a global ecosystem to drive innovation and empowerment, Neusoft is transforming vehicles into proactive, connected and collaborative mobile intelligent spaces.

OneCoreGo® Global In-Vehicle Intelligent Mobility Solution 7.0: An Evolved AI Companion for Global Intelligent Mobility

Intelligent mobility requires proactive perception, scenario integration, and global connectivity to meet personalized user needs and complex driving scenarios. Neusoft, whose products cover over 130 countries and regions worldwide, addresses these challenges with its OneCoreGo® Global In-Vehicle Intelligent Mobility Solution 7.0 through AI-driven innovation and global ecosystem collaboration. Powered by One Mate’s cross-agent collaboration and a sub-product matrix including One Map, One Sight, One Cloud, One Pay, One Store, One Link, and One Guard, the solution delivers full-link global mobility services spanning navigation, in-cabin AR, payment, app ecosystem services, connectivity and security. By breaking down functional silos, it streamlines multi-step operations into a single “depart” command, leveraging full-stack AI technology across perception, decision-making, interaction, and execution processes.

Guan Xin, Vice President of Neusoft and General Manager of Neusoft Automotive Innovative Solutions Division, said, “Adhering to the core principles of AI and globalization, OneCoreGo® 7.0 keeps innovating, evolving into a globally intelligent mobility companion that truly understands user needs.”

To enhance driving safety and mobility efficiency, OneCoreGo® 7.0 has also comprehensively upgraded its sub-products: One Map Global Navigation newly introduces 3D city effects, 3D lane-level maps, and traffic light guidance, offering dedicated solutions for two-wheelers and commercial vehicles as well. One Sight AR For Car improves navigation display effects, reducing instances of taking wrong routes. One Pay In-Vehicle Payment achieves over 90% payment coverage for parking services across core European cities. Combined with One Cloud’s global compliance cloud monitoring platform and One Guard’s full-stack vehicle networking security services, it creates a truly comprehensive OneCoreGo® Global In-Vehicle Intelligent Mobility Solution.

Neusoft NAGIC.AI Cockpit Software Platform: Dual-track Architecture for AI Integration in Every Vehicle

Amid the AI-driven transformation of the automotive industry, the market faces two challenges: limited computing power in legacy vehicles and high adaptation difficulties for next-gen models. Neusoft’s NAGIC.AI Cockpit Software Platform adopts a flexible “distributed + centralized” dual-track architecture approach. For existing vehicle models, it introduces the AI BOX solution, rapidly boosting computing power via external AI computing units, significantly reducing upgrade costs and timelines. For new vehicle models built on next-gen central computing platforms, Neusoft provides a full-stack AI cockpit software product suite, meeting automakers’ stringent requirements for system stability, reliability, and full-domain control.

Pang Hongyan, Vice President of Neusoft and General Manager of the Automotive Intelligent Software Division, said, “Our dual-track architecture enables every vehicle to embrace AI and enjoy an intelligent future. Both existing models and new-generation vehicles can find the most suitable path to intelligentization.”

Moreover, Neusoft’s NAGIC.AI Cockpit Software Platform features scenario-based, human-centric AI Agents seamlessly integrating driving safety, occupant care services, intelligent assisted driving and in-cabin entertainment. Neusoft also collaborates with global ecosystem partners to drive intelligent upgrades of in-cabin interaction products, fostering a more open and dynamic intelligent cockpit ecosystem.

Strategic Upgrade of Neusoft Smart Go: A World-leading Provider of Full-Domain Upper-Body Electronics Solutions for Intelligent Vehicles

Aligning with the trend of E/E architecture evolution from distributed control to “central computing + zonal control”, Neusoft Smart Go, a subsidiary of Neusoft in the field of intelligent vehicle connectivity, has completed a strategic upgrade, aiming to become a global leader in full-domain upper-body electronics solutions for intelligent vehicles.

This strategic upgrade positions Neusoft Smart Go to focus on full-domain scenarios in upper-body electronics, building a product matrix covering full-category in-vehicle electronics solutions, including central computing platforms, cockpit-driving-parking integration, intelligent cockpits, intelligent communications, intelligent audio systems, and zonal control units, and pioneering the integration of large model algorithms.

Jian Guodong, Senior Vice President of Neusoft and CEO of Neusoft Smart Go, said, “This strategic upgrade represents a significant leap from partial focus to comprehensive layout. Through our dual-track strategy of high-end cutting-edge solutions and mature standardized products, we can flexibly meet the mass production needs of vehicle models across different regions and price segments worldwide.” Neusoft Smart Go will provide mass-producible, adaptable hardware-software integrated solutions, empowering global automakers in achieving intelligent transformation.

Neusoft’s President, Mr.Gai Longjia stated, “In the future, Neusoft Smart Go will create stronger synergy with Neusoft Corporation by sharing internal technologies and capabilities while responding jointly to external demands. This specialized yet collaborative model will preserve business unit’s agility and expertise while enhancing Neusoft’s full-stack technological advantages.”

As a trusted partner in a smarter world, Neusoft is committed to collaborating with global automakers and ecosystem partners to build an open and inclusive intelligent automotive community together for the future of global mobility.

For more information about Neusoft, please visit www.neusoft.com.

 

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SOURCE Neusoft Corporation

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