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Introduction

Kerone provides advanced direct air capture technologies engineered for high efficiency, sustainability, and reliable industrial performance. With decades of expertise in process engineering, thermal systems, and environmental solutions, Kerone develops customized systems that meet global industrial and environmental standards. These systems are optimized for energy efficiency, operational stability, and high processing accuracy.

An air contactor, a sizable apparatus based on industrial cooling towers, is where the process begins. Air is drawn into this contraption by a massive fan and travels over thin plastic surfaces that are being brushed with potassium hydroxide solution. The CO2 molecules are chemically bound by this non-toxic solution, which draws them out of the atmosphere and deposits them as a carbonate salt in the liquid solution.

After going through a number of chemical reactions to boost its concentration, purify, and compress it, the CO2 in this carbonate solution is finally given in gas form, ready for use or storage. In order to do this, salt must be extracted from solution and formed into tiny pellets using a device known as a pellet reactor, which was modified from water treatment technology. The original capture chemical to be employed in the air contactor is regenerated in this chemical reaction in addition to precipitating out the calcium carbonate pellets.

In order to release the CO2 in pure gas form, these pellets are roasted in a calciner, the third stage in our process. This process also leaves behind calcium oxide, which is fed back into the pellet reactor to restart the cycle after being rehydrated with water in the slaker.

Why Choose Kerone Direct Air Capture

Kerone is an innovative company that leads to the modern environmental technologies. Kerone is leading the war against climate change through new approaches. It is our goal to have a greener environment that will last through generations. We intend to employ Direct Air Capture (DAC) technology as it is geared towards capturing carbon dioxide directly from the atmosphere and thus fighting off global warming. A committed crew of people with passion towards conserving the environment and commitment in creating a better, greener world.
By drawing in atmospheric air and extracting carbon dioxide (CO2) from it through a sequence of chemical reactions, Direct Air Capture (DAC) technology accomplishes this while releasing the remaining air back into the surrounding environment. Every day, plants and trees photosynthesize in this manner; however, Direct Air Capture technology speeds up this process and requires less space on land.

Types and Features of Direct Air Capture

Kerone offers Direct Air Capture systems in configurations including Solid Sorbent DAC Systems (using amine-functionalized sorbents with TVSA regeneration for modular, low-temperature applications), Liquid Solvent DAC Systems (using KOH-based systems for large-scale CO2 capture), Modular DAC Units (containerized systems for rapid deployment and scalability), Industrial-Scale DAC Plants (high-capacity systems integrated with renewable energy sources), DAC-to-Fuel Systems (integrating CO2 with green hydrogen for synthetic fuel production), and DAC with Geological Storage (integrating CO2 capture with basalt or saline aquifer injection).

Direct Air Capture’s Advantages:

Carbon Removal: By directly lowering atmospheric CO2 levels, Direct Air Capture (DAC) technology successfully fights climate change.

Scalability: Direct Air Capture (DAC) systems are flexible enough to be applied to a wide range of applications since they can be deployed at different scales.

Carbon Neutrality: A circular carbon economy can be facilitated by incorporating used CO2 into a variety of activities.

Mitigating Climate Impacts: Direct Air Capture (DAC) can lessen the effects of global warming, such as extreme weather occurrences and increasing sea levels, by actively lowering CO2 levels.

How Is Kerone’s Direct Air Capture Leading?

Leading the way in the development and implementation of state-of-the-art technologies that successfully and economically extract carbon dioxide from the atmosphere is Kerone. Our large-scale DAC systems are built to have a significant effect on carbon removal initiatives. We consistently improve and optimize our DAC technology with a dedication to innovation and sustainability, aiming to make it a scalable and easily accessible solution for businesses, governments, and individuals alike.

Key Features

  • Capture of CO2 directly from ambient air (420+ ppm CO2 concentration)
  • Solid sorbent (TVSA) and liquid solvent-based DAC system configurations
  • High CO2 purity (>99%) for geological storage or utilization in e-fuels and chemicals
  • Modular and scalable design for rapid deployment and capacity expansion
  • Integration with renewable energy sources (solar, wind, geothermal) for low-carbon operation
  • Fully automated operation with remote monitoring and performance optimization
  • Carbon removal verification and third-party certification support
  • Designed to meet Puro.earth, Verra CDR, and other recognized carbon removal standards

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Future-Ready Engineering Driven by AI & IoT

Our advanced AI, ML, and IoT technologies, this solution delivers smarter automation, real-time insights, and predictive intelligence to enhance efficiency and drive future-ready growth.

Real-Time Monitoring & Control

Continuous tracking of process parameters with instant adjustments.

Predictive Maintenance

Intelligent fault detection to prevent failures before they occur.

Adaptive Process Optimization

Dynamic tuning of operations for maximum output and efficiency.

Cloud Dashboards & Analytics

Unified access to real-time insights and performance trends.

Energy & Resource Savings

Smarter utilization of energy to cut costs and reduce waste.

Secure IoT Connectivity

Encrypted data flow with seamless integration across plant systems.

Applications of Direct Air Capture

Kerone’s Direct Air Capture systems are extensively used by companies, governments, and carbon market participants seeking high-quality, durable atmospheric carbon removal. Typical applications include:
    • Corporate carbon neutrality programs requiring permanent CDR credits
    • Government and national climate programs requiring direct atmospheric CO2 removal
    • Synthetic e-fuel production — combining DAC-sourced CO2 with green hydrogen
    • Food and beverage industry — producing food-grade CO2 from atmospheric sources
    • Research and demonstration — pilot DAC systems for technology development and validation
    • Integrated DAC-to-storage projects in regions with favorable geological formations
Kerone’s direct air capture technologies deliver superior performance, long-term reliability, and high energy efficiency. Designed to meet modern industrial and environmental challenges, Kerone ensures tailored engineering, optimized processing, and premium output quality across various sectors.

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Frequently Asked Questions (FAQ)

  • DAC captures CO2 from ambient air (420 ppm), while point-source capture targets concentrated CO2 (3-15%) in industrial flue gases, making DAC more energy-intensive but location-independent.

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