AIRCURE
TECH
Invest

The Atmosphere
Needs balance

Real solutions to the climate challenge

AIRCURE
TECH

Groundbreaking atmosphere regulation technology inspired by processes of Nature

– Can regulate compounds of carbon, hydrogen, oxygen and nitrogen, the 4 atoms that represent 96% of Earth’s mass.

– Can convert CO2 up to 20 times more effective than current Nature.

– Versatility to design applications in high impact sectors.

6
12.011
C
Carbon
1
1.001
H
Hydrogen
8
15.999
O
Oxygen
7
14.007
N
Nitrogen

NOT REDUCING EMISSIONS,

NOT CAPTURING TO BURY UNDERGROUND,

JUST REGULATING AS NATURE.

Applications

Oceans

Agriculture

Forest

Urban

Applications

Oceans

Agriculture

Forest

Urban

Accelerating planet's
Recovery

* Many regions, like USA and EU, have the commitment to reach net zero CO2 emissions by 2050. But, even in the best forecasts, the reduction of the current 420 ppm of CO2 will not be achieved in 2050, nor go below 400 ppm in 2100. We are facing a drastic situation. We need to change the current perception of the environment, and regulate human activities, climate, biodiversity and industry efficiently and quickly. With AircureTech, we intend to act on almost 90% of the Earth’s surface, together with leading companies in their sectors.

Unlocking

new opportunities

– Control the atmosphere, climate and oceans through industries, generating economy.

– Impacting industry without compromising economic development.

– Improving crop efficiency.

– Develop building materials that can regulate the atmosphere.

– Productivity of non-anthropized surfaces: oceans, deserts…

– Generation of microclimates without visible or mechanical barriers.

– Recovery the biodiversity.

– Terraformation and space: We could be close to understanding major effects on the atmospheric composition, formation of Earth or any planet.

(And… yes, provide unlimited CO2 credits).

This is just

The Beginning

2024

Q2

Creating a global Startup based in Barcelona-Spain and Delawere-US.

Q3

TRL 4. Validation of the technology in a laboratory environment.

Funding to accelerate technological progress, patent development, and establish a growth team (requires $6 million).

2025

Q2

TRL 5. Validation of the components in a relevant environment.

Publications in high-impact journals.

Q3

Intelectual property and trade value (this process will conclude by the end of 2026).

Q4

Collaborations initiated for application development across various industries.

2020

Start of research.

2021

TRL 1. Basic principles reported.

2022

Q2

Celavista Laboratories plans to invest $600K in the project for the next 2 years.

Q4

Approved by the Spanish Ministry of Science, Innovation, and Universities with a Torres Quevedo contract for technology development.

2023

Q1

TRL 2. Concept and application formulation, and start of laboratory experimentation.

Q3

Disruptive results prompt exploration of industry applications and international relationships in the USA, Israel, EU, and UAE.

Q4

Strategy: Project Development and Growth Plan.

TRL 3. Concept validation. Celavista Laboratories plans to invest an additional $200K in 2024.

Do you want to
Join the revolution?
I want to explore opportunities in my sector
I want to invest in this groundbreaking technology
Project led by Joan Puig PhD in Chemistry.
Supported by Celavista Laboratories.
© 2024 AIRCURE, The Atmospheric Intelligent Regulation Project. All rights reserved
hello@aircuretech.com

Applications

Oceans

AGRICULTURE

FOREST

URBAN

Earth surface: 71%

- Regulating potential
  • They transport heat, oxygen, carbon and nutrients, in addition to regulating the climate on a local and global scale.
  • They generate half of the oxygen on Earth and storage of 15 Gt of CO2 per year, more than one third of the anthropogenic emitted CO2.
- These CO2 concentrations are above the capacities of the oceans, producing:
  • Acidification, terribly affecting marine ecosystems and losing their vital-buffering function.
  • Absorption 90% of the global warming, raising their surface temperature and expansion.
- AircureTech pretends to:
  • Restore the productivity and biodiversity of the oceans.
  • Control and reduce their surface temperature.
We could be close to understand a major effect on acid/base homeostasis of the oceans and their temperature, avoiding extreme natural phenomena (hurricanes and thermal storms).

Applications

OCEANS

Agriculture

FOREST

URBAN

Earth surface: 9.5%

- Regulating potential
  • Better farming techniques could lead the storage of 31 Gt of CO2 per year.
  • The full cycle of fertilizers is responsible for approximately 5% of total greenhouse gas emissions.
- The traditional agriculture is in danger. AircureTech contributes with:
  • A new way to provide nutrients to the soils, reducing the use of common fertilizers.
  • The pH control of the soils, critical for crops.
We could generate microclimates without visible or mechanical barriers, improving crop efficiency and avoiding the use of greenhouses.

Applications

OCEANS

Agriculture

Forest

URBAN

Earth surface: 7.8%

With a drastic reduction since the beginning of industrialization
- Regulating potential
  • They can remove about 8 Gt of net CO2 per year.
- Forests currently contain approximately four times more carbon than they can store.
  • If this trend continues, forests will cease to be carbon dioxide sinks and will become CO2 emitters from 2050.
AircureTech aims to cure forests and maintain their activity.

Applications

OCEANS

Agriculture

forest

Urban

Earth surface: 0.2%

- Regulating potential
  • Global CO2 emissions from energy combustion and industrial processes reached up to 37 Gt in 2022.
  • We adapt the solution of Nature in anthropized areas to achieve an in situ treatment of emissions.
- Transportation industries
  • Increase in CO2 emissions over the last 30 years, to the current 8 Gt of CO2 per year.
  • NZE (Net Zero Emissions) Scenario requires transport emissions to fall to around 6 Gt by 2030.
    • But, most passenger cars in the European Union still emit the same quantity of carbon dioxide as 12 years ago.
  • AircureTech can contribute to sustainable mobility by developing filtering systems to fix CO2 in combustion vehicles.
- Construction industries
  • The cement industry is responsible for 8% of global carbon emissions.
  • AircureTech pretends to develop building materials can regulate the atmosphere (indoor or outdoor) while recovering the cracked concrete.
We could impact on industry without compromising economic development.
<

Oceans

Earth surface: 71%

- Regulating potential
  • They transport heat, oxygen, carbon and nutrients, in addition to regulate the climate on a local and global scale.
  • They generate half of the oxygen on Earth and storage of 15 Gt of CO2 per year, more than one third of the anthropogenic emitted CO2.
- These CO2 concentrations are above the capacities of the oceans, producing:
  • Acidification, terribly affecting marine ecosystems and losing their vital-buffering function.
  • Absorption 90% of the global warming, raising their surface temperature and expansion.
- AircureTech pretends to:
  • Restore the productivity and biodiversity of the oceans.
  • Control and reduce their surface temperature.
We could be close to understand a major effect on acid/base homeostasis of the oceans and their temperature, avoiding extreme natural phenomena (hurricanes and thermal storms).
<

Agriculture

Earth surface: 9.5%

- Regulating potential
  • Better farming techniques could lead the storage of 31 Gt of CO2 per year.
  • The full cycle of fertilizers is responsible for approximately 5% of total greenhouse gas emissions.
- The traditional agriculture is in danger. AircureTech contributes with:
  • A new way to provide nutrients to the soils, reducing the use of common fertilizers.
  • The pH control of the soils, critical for crops.
We could generate microclimates without visible or mechanical barriers, improving crop efficiency and avoiding the use of greenhouses.
<

Forest

Earth surface: 7.8%

With a drastic reduction since the beginning of industrialization
- Regulating potential
  • They can remove about 8 Gt of net CO2 per year.
- Forests currently contain approximately four times more carbon than they can store.
  • If this trend continues, forests will cease to be carbon dioxide sinks and will become CO2 emitters from 2050.
AircureTech aims to cure forests and maintain their activity.
<

Urban

Earth surface: 0.2%

- Regulating potential
  • Global CO2 emissions from energy combustion and industrial processes reached up to 37 Gt in 2022.
  • We adapt the solution of Nature in anthropized areas to achieve an in situ treatment of emissions.
- Transportation industries
  • Increase in CO2 emissions over the last 30 years, to the current 8 Gt of CO2 per year.
  • NZE (Net Zero Emissions) Scenario requires transport emissions to fall to around 6 Gt by 2030.
    • But, most passenger cars in the European Union still emit the same quantity of carbon dioxide as 12 years ago.
  • AircureTech can contribute to sustainable mobility by developing filtering systems to fix CO2 in combustion vehicles.
- Construction industries
  • The cement industry is responsible for 8% of global carbon emissions.
  • AircureTech pretends to develop building materials can regulate the atmosphere (indoor or outdoor) while recovering the cracked concrete.
We could impact on industry without compromising economic development.