The world is facing an escalating crisis due to the increasing greenhouse gas emissions, primarily CO2, and the concurrent lack of energy access for billions. This situation poses a significant threat to global climate stability and requires innovative solutions. Eonum’s project proposal addresses these challenges head-on by targeting one of the key contributors to climate change: inefficient and inadequate carbon capture technologies.
Eonum offers unique capabilities that are not found elsewhere, giving it a competitive advantage.
Advanced simulation of complex molecules for carbon capture
Computer-Aided design of advanced nanoporous materials for maximum carbon capture
Significantly (1.5 kWh/kg CO2~40% less than industry standards) lower energy consumption and scalable solutions adaptable to various climate conditions
Aims for lighter (~50%), more efficient materials with high air conversion levels, and cost reduction while maintaining high efficiency ($100/ton of CO2)
Targeting a rapidly growing direct air carbon capture market (estimated $300 bn by 2030) and Diverse customer base: Petrochemical industry, Research Labs, DOE, Private Sector (e.g., Microsoft, Tesla)
Eonum’s direct air capture device, driven by quantum simulation and computer-guided experiments, aims to address these problems by focusing on maintaining global temperatures below 1.5°C, improving public health by providing fresh air and preventing disease, supporting advanced efficient manufacturing of direct air capture adsorbents and green technology sectors, and creating sustainable energy solutions. Its approach includes recycling energy by converting CO2 and hydrogen into methane and water, usable as natural gas for cooking and heating.
Never seen before methods & features
Based on computer simulation & experiment.
Has been already tested in the market.
Is a global solution for different communities
Energy efficient direct air capture sponge/adsorbent.
