Carbon To Stone

About Carbon To Stone

Carbon To Stone utilizes a proprietary crystallization technology that transforms CO2 and alkaline materials into solid carbonates, effectively converting greenhouse gas emissions into valuable resources. This process addresses the challenge of industrial carbon emissions by enabling large-scale partners to meet their sustainability targets while facilitating the recovery of energy-critical materials.

```xml <problem> Industrial processes generate significant carbon dioxide (CO2) emissions, contributing to climate change and posing challenges for companies striving to meet sustainability targets. Additionally, industrial waste streams often contain valuable alkaline materials that are discarded rather than repurposed. </problem> <solution> Carbon To Stone offers a technology platform that transforms CO2 and alkaline materials into stable carbonate minerals, providing a pathway for carbon sequestration and resource recovery. The proprietary reactive crystallization process converts captured CO2 into solid carbonates, effectively mineralizing the greenhouse gas. This approach enables industries to reduce their carbon footprint by utilizing waste materials and permanently storing CO2 in a solid form. The resulting carbonate materials can potentially be used in various applications, offering a closed-loop solution for industrial waste and carbon emissions. </solution> <features> - Proprietary reactive crystallization technology for CO2 mineralization - Utilization of recovered alkaline materials as a feedstock - Carbonate material production for potential use in construction or other industries - Customizable platform adaptable to direct air capture, point-source capture, and alkaline material recycling - Potential for recovery of energy-critical rare materials during the process - Production of silica by-product for resale </features> <target_audience> The primary target audience includes industrial companies in sectors such as manufacturing, energy, and waste management seeking to reduce their carbon emissions and implement sustainable waste management practices. </target_audience> ```

What does Carbon To Stone do?

Carbon To Stone utilizes a proprietary crystallization technology that transforms CO2 and alkaline materials into solid carbonates, effectively converting greenhouse gas emissions into valuable resources. This process addresses the challenge of industrial carbon emissions by enabling large-scale partners to meet their sustainability targets while facilitating the recovery of energy-critical materials.

Where is Carbon To Stone located?

Carbon To Stone is based in Ithaca, United States.

When was Carbon To Stone founded?

Carbon To Stone was founded in 2022.

How much funding has Carbon To Stone raised?

Carbon To Stone has raised 1600000.

Who founded Carbon To Stone?

Carbon To Stone was founded by Sravanth Gadikota.

  • Sravanth Gadikota - Co-Founder/CEO
Location
Ithaca, United States
Founded
2022
Funding
1600000
Employees
4 employees
Major Investors
US Department of Energy
Looking for specific startups?
Try our free semantic startup search

Carbon To Stone

Score: 100/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Carbon To Stone utilizes a proprietary crystallization technology that transforms CO2 and alkaline materials into solid carbonates, effectively converting greenhouse gas emissions into valuable resources. This process addresses the challenge of industrial carbon emissions by enabling large-scale partners to meet their sustainability targets while facilitating the recovery of energy-critical materials.

carbontostone.com700+
cb
Crunchbase
Founded 2022Ithaca, United States

Funding

$

Estimated Funding

$1.6M+

Major Investors

US Department of Energy

Team (<5)

Sravanth Gadikota

Co-Founder/CEO

Company Description

Problem

Industrial processes generate significant carbon dioxide (CO2) emissions, contributing to climate change and posing challenges for companies striving to meet sustainability targets. Additionally, industrial waste streams often contain valuable alkaline materials that are discarded rather than repurposed.

Solution

Carbon To Stone offers a technology platform that transforms CO2 and alkaline materials into stable carbonate minerals, providing a pathway for carbon sequestration and resource recovery. The proprietary reactive crystallization process converts captured CO2 into solid carbonates, effectively mineralizing the greenhouse gas. This approach enables industries to reduce their carbon footprint by utilizing waste materials and permanently storing CO2 in a solid form. The resulting carbonate materials can potentially be used in various applications, offering a closed-loop solution for industrial waste and carbon emissions.

Features

Proprietary reactive crystallization technology for CO2 mineralization

Utilization of recovered alkaline materials as a feedstock

Carbonate material production for potential use in construction or other industries

Customizable platform adaptable to direct air capture, point-source capture, and alkaline material recycling

Potential for recovery of energy-critical rare materials during the process

Production of silica by-product for resale

Target Audience

The primary target audience includes industrial companies in sectors such as manufacturing, energy, and waste management seeking to reduce their carbon emissions and implement sustainable waste management practices.