Top 50 Direct Air Capture in Asia

RepAir develops a Direct Air Capture solution utilizing proprietary electrochemical cell technology that operates with minimal energy consumption and without hazardous materials. This technology addresses the urgent need for scalable carbon dioxide removal to combat climate change, achieving 70% lower energy use compared to conventional methods.

Solumar provides modular technology that captures multiple pollutants, including black carbon and VOCs, from maritime and industrial operations while utilizing low energy and seawater for efficient operation. The system enables companies to comply with emissions regulations and repurpose captured pollutants, significantly reducing operational costs and environmental impact.

Carbon Blue develops a scalable ocean-capture technology that extracts CO2 from the atmosphere through a process of enhanced carbon sequestration in marine environments. This method addresses the urgent need for effective carbon removal solutions to mitigate climate change impacts.

Carbonic converts captured carbon dioxide into valuable chemical feedstocks and fuels like methanol and olefins. Their technology platform offers industries a pathway to carbon neutrality by transforming CO2 into a usable resource, creating new revenue streams.

Carbonade develops a patented low-temperature electrolyzer that utilizes renewable electricity to convert CO2 into valuable carbon-based products, including synthetic fuels like Sustainable Aviation Fuel and e-methanol. This technology addresses the inefficiencies in carbon capture and utilization processes, providing a cost-effective method for transforming CO2 emissions into usable assets while enhancing energy efficiency by 40%.

Alt Carbon accelerates the natural process of silicate weathering by utilizing locally sourced basalt dust to capture and permanently store CO2 in soil and oceans. This method not only addresses atmospheric carbon levels but also enhances soil health and supports local agricultural communities in Darjeeling.

Gigablue utilizes nature-driven carbon capture and removal techniques, enhanced by an AI prediction engine, to optimize the efficiency of carbon sequestration in ocean environments. The company addresses the urgent need for effective and affordable solutions to help corporations and governments achieve their negative emission targets.

Nafas operates Jakarta's largest outdoor air quality sensor network, utilizing certified sensing technology to provide real-time, localized air quality data. This system enables users to monitor pollution levels and receive health recommendations based on World Health Organization standards, helping families make informed lifestyle choices.

Chakr Innovation has developed the Chakr Shield, a retrofit emission control device that reduces diesel generator emissions by up to 70%, significantly lowering air pollution levels. This CPCB-Type approved technology targets harmful particulate matter, hydrocarbons, and carbon monoxide, contributing to cleaner air and a healthier environment.

The startup develops hydrogen separation membranes that efficiently purify hydrogen while resisting heat, pressure, and acidity. These membranes can be integrated with carbon capture systems to lower operational costs and enhance eco-friendly gas separation processes.

ZULU Defence Systems manufactures tactical air defense solutions, specializing in drones, anti-drones, and electronic warfare technologies. Their products, such as the RECON90 and DRAP, provide rapid deployment and precision targeting capabilities to enhance national security against aerial threats.

NitroFix utilizes a proprietary electrochemical process to produce ammonia from water and air at low voltage, eliminating carbon emissions associated with traditional production methods. This technology addresses the significant CO2 emissions generated by the Haber-Bosch process, making green ammonia accessible for various applications, including agriculture and maritime fuel.

The startup develops a green artificial intelligence technology that employs flux sensors and spatial data to accurately measure greenhouse gas emissions and sequestration. This technology enables companies to establish a transparent and verifiable standard for environmental projects, facilitating compliance and enhancing market participation.

Uravu Labs utilizes renewable energy and atmospheric moisture harvesting technology to produce potable water. This approach addresses the global water scarcity issue by generating drinking water from the environment without depleting existing water resources.

Gree Energy develops biogas projects that convert organic waste into renewable energy while capturing methane emissions and treating wastewater in the food industry of emerging countries. By leveraging carbon crediting programs and green finance, Gree Energy enhances the financial viability of these projects, creating clean energy opportunities in underserved rural communities.

Net350 is a research and collaboration platform dedicated to non-CO2 negative emissions technologies (NETs). It provides curated information on methane, black carbon, and other potent greenhouse gases, alongside resources for researchers, innovators, and investors. The platform aims to accelerate the development and deployment of solutions for these critical climate emissions.

Belli provides a cloud-based air cargo management system that replaces spreadsheets and manual processes, enabling airlines to streamline their end-to-end operations. The platform offers direct integrations with existing ERP systems, reducing costs and improving efficiency by eliminating reliance on expensive customizations from software vendors.

OOYOO develops gas separation membranes specifically designed for the efficient capture of carbon dioxide and hydrogen from industrial emissions. This technology addresses the need for effective carbon capture solutions to support the transition to a carbon-neutral society.

Airth manufactures air purification modules that convert standard split air conditioners into high-efficiency air purifiers, achieving 99% purification effectiveness against PM2.5, viruses, and bacteria. This technology addresses indoor air quality issues by filtering harmful pollutants and allergens, ensuring better respiratory health for users.

The startup has developed an air monitoring platform that utilizes a network of environmental data acquisition points to provide real-time tracking of air quality indices and particulate matter levels. This technology enables clients to make informed, data-driven decisions regarding environmental conditions in specific areas.

CarbonStrong develops a proprietary technology that reduces concrete's CO2 footprint by 50-70% by replacing up to 70% of traditional cement with industrial by-products and injecting captured CO2 during curing. This process not only enhances the strength and durability of concrete but also enables manufacturers to produce low-carbon concrete efficiently, contributing to significant climate change mitigation.

The startup develops a UV-C light technology device for HVAC systems that provides continuous disinfection of indoor air by integrating into existing air inlet ducts without requiring modifications. This low-maintenance solution enhances air quality in various environments, including residential and commercial spaces, while promoting energy efficiency through its integrated IPS system.

This startup specializes in carbon capture through proprietary mineralization technology, enabling hard-to-abate industries to efficiently capture and utilize post-combustion carbon dioxide emissions. By producing high-purity sulfuric acid, ammonium sulfate, and calcium carbonate as byproducts, the company helps industrial emitters reduce carbon emissions and improve air quality.

The startup develops sustainable technologies that integrate carbon capture, hydrogen production, and biotechnology to enhance industrial processes. By enabling clients to comply with environmental regulations and optimize carbon credit utilization, the company helps reduce operational emissions and align with sustainability objectives.

Exposome develops chemisorptive, customizable molecular filters for air and water treatment, effectively recycling industrial pollutants into usable raw materials. The company addresses pollution and compliance challenges in sectors such as chemical manufacturing, pharmaceuticals, and textiles, significantly reducing harmful emissions and effluents.

This startup converts landfill degassing emissions into graphene and hydrogen through industrial-scale manufacturing processes. By providing carbon-producing companies with a pathway to net-zero emissions, it enables measurable reductions in greenhouse gas outputs.

The startup manufactures atmospheric water generators that extract moisture from the air to produce quality drinking water. Its configurable CEP technology enables users to customize taste profiles and temperature options, helping to reduce environmental impact by providing a sustainable water source.

The startup develops smart water purification systems that utilize atmospheric water generation technology to extract moisture from the air, producing clean water with minimal maintenance and low energy consumption. This solution provides a reliable source of potable water in areas lacking adequate infrastructure, offering a cost-effective alternative for consumers.

Palgae utilizes microalgae to capture atmospheric CO2 through photosynthesis, converting it into sustainable raw materials while mitigating carbon emissions. The company also purifies nutrient-rich wastewater from agricultural and industrial sources, transforming it into reusable water for agriculture, thereby conserving potable water resources.

Lydian develops a process to recycle CO2 emissions into carbon-neutral fuels using renewable electricity, air, and water, specifically targeting the sustainable aviation fuel market. This technology addresses the urgent need for sustainable fuels, as current production levels are insufficient to meet the growing demand in the aviation sector.

Karban Envirotech has developed the Karban Airzone, the world's first dual-zone bladeless fan that integrates lighting and an advanced air purification system. This technology enhances energy efficiency, providing a quieter and more cost-effective airflow solution while significantly reducing carbon emissions compared to traditional fans.

The startup develops handheld and pen-sized spectrometers that utilize infrared and visible light for precise color measurement and molecular analysis. These devices enable users to assess air and water quality, as well as the freshness of food, providing critical data for environmental studies and food safety.

Ambiator develops eco-friendly cooling systems that utilize solar-viable technology to provide 100% fresh air and achieve 6.5 times the energy efficiency of conventional air conditioning. This solution addresses the high energy costs and environmental impact associated with traditional cooling methods in dry climate zones.

Albo Climate employs AI and satellite technology to monitor and verify carbon removal from nature-based solutions, providing precise data on carbon offset initiatives. This capability enables businesses to accurately track their sustainability efforts and meet regulatory requirements effectively.

Sādu is a mobile app that facilitates investments in carbon removal projects by connecting users with verified carbon offset initiatives. This platform addresses the challenge of individual contributions to climate change mitigation by providing a straightforward way to support measurable carbon capture efforts.

aweXome Ray manufactures X-ray generators utilizing carbon nanotube (CNT) technology to reduce energy consumption and eliminate the need for traditional filters in air purification systems. This technology effectively sterilizes airborne contaminants while minimizing waste and lowering operational costs for air conditioning and ventilation applications.

Quantum Cat develops ultra-stable gold catalysts that enhance air and water quality by effectively reducing harmful emissions and pollutants. Their technology minimizes energy waste and greenhouse gas output, contributing to a sustainable environment for future generations.

Ubreathe develops a smart air purification system that employs biofiltration technology to remove airborne pollutants and allergens in urban indoor environments. This solution enhances indoor air quality, leading to improved health outcomes for building occupants.

Greenairy develops smart plant towers that utilize phytoremediation technology to purify indoor air, enhancing air quality by up to ten times compared to traditional methods. These space-efficient towers also facilitate microgreen gardening in educational settings, promoting hands-on learning about food sources.

This company develops electrochemical carbon capture technology for integration into existing industrial processes. Their system aims to improve the economic efficiency and environmental friendliness of carbon capture, helping clients reduce their carbon footprint and greenhouse gas emissions.

Speedcargo provides digitization, optimization, and automation solutions for air cargo operations, utilizing IoT technology and proprietary algorithms to capture cargo data efficiently. The platform addresses revenue leakage by maximizing capacity utilization and streamlining complex cargo handling processes for airlines and ground handlers.

Neutura transforms agricultural waste into biochar through pyrolysis, effectively sequestering carbon that would otherwise be released into the atmosphere during decomposition. This process not only mitigates CO2 emissions but also provides a stable, long-lasting material for soil enhancement and construction, generating carbon credits as an additional benefit.

AC Biode develops chemical catalysts for the depolymerization of plastic waste at low temperatures, transforming it into usable oil feedstock. The company also captures CO2 from the air to produce glass, addressing the dual challenges of plastic pollution and carbon emissions.

The startup develops carbon capture technology using optimized microalgae growth to absorb atmospheric CO2. This approach enables companies to implement effective carbon capture with low capital expenditure and streamlined operational monitoring.

Deep Visions develops AI vision technology to provide real-time monitoring of air quality, specifically targeting fine dust pollution that varies significantly across different urban environments. By offering cost-effective solutions for precise air quality measurement, the company addresses the challenge of environmental degradation and enhances public health awareness.

AquaPoro develops atmospheric water generation (AWG) technology using its proprietary ALMA system, which efficiently captures and condenses water vapor from the air, even in arid regions. This technology addresses the critical issue of water scarcity by providing a sustainable source of clean drinking water for residential, commercial, and municipal applications.

The startup develops an oxygen optimizer that extracts oxygen from outdoor air and regulates its distribution indoors to maintain optimal ambient oxygen levels. This technology addresses the issue of insufficient indoor air quality, enhancing the health and well-being of occupants.

The startup develops bioelectric energy technology that converts macroalgae biomass into renewable energy by harnessing the energy produced during photosynthesis. This process generates electricity for algae farms while capturing carbon dioxide from seawater, providing a sustainable and cost-effective energy source without the need for soil.

The startup utilizes pre-treatment desulfurization technology to capture fine dust and reduce sulfur oxides emitted from industrial facilities. By integrating this technology with existing flue gas desulfurization systems, clients can effectively lower their pollutant output and improve air quality.

The startup develops an artificial intelligence-based air purification system that eliminates noxious organisms without chemicals, filters, or ozone. This technology significantly reduces indoor air pollution, benefiting allergy sufferers and individuals with compromised immune systems by minimizing allergy symptoms and asthma attacks.