Building the tools needed to ensure safe, effective ocean-based carbon dioxide removal.
Building the tools needed to ensure safe, effective ocean-based carbon dioxide removal.
Building the tools needed to ensure safe, effective ocean-based carbon dioxide removal.
Mission
Mission
[C]Worthy is building software that supports multi-scale oceanographic modeling and data integration for quantifying the efficacy and ecological impacts of ocean-based CDR.
[C]Worthy’s goal is to become a Focused Research Organization and we are currently being incubated by Convergent Research.
Questions? Read our FAQ.
[C]Worthy is building software that supports multi-scale oceanographic modeling and data integration for quantifying the efficacy and ecological impacts of ocean-based CDR.
[C]Worthy’s goal is to become a Focused Research Organization and we are currently being incubated by Convergent Research.
Questions? Read our FAQ.
Mission
[C]Worthy is building software that supports multi-scale oceanographic modeling and data integration for quantifying the efficacy and ecological impacts of ocean-based CDR.
[C]Worthy’s goal is to become a Focused Research Organization and we are currently being incubated by Convergent Research.
Questions? Read our FAQ.
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
C-Star is an open-source modeling system to support MRV for ocean-CDR. It is built from scientifically validated components, developed by scientists in the public domain. C-Star is a tool to allow researchers and CDR companies to share a common code base for MRV.
C-Star
In collaboration with the Carbon to Sea Initiative, [C]Worthy is conducting high resolution regional modeling and biochemical tracer release experiments, guiding the design of a field trial of alkalinity release in the fjord of Hvalfjörður in Iceland with the goal of evaluating OAE as a viable pathway to repair historic carbon pollution.
Iceland Field Trial
The goal of the OAE Efficiency Atlas is to estimate carbon uptake efficiency globally. The ocean is divided into polygons, and a 1-month alkalinity release is performed in each, assessing carbon uptake for 15 years. Four experiments, in January, April, July, and October, help evaluate region suitability for OAE and consider seasonal variability in uptake.
OAE Atlas
In collaboration with Ebb Carbon, [C]Worthy is planning an alkalinity and tracer release experiment in the SF Bay in order to demonstrate the viability and challenges associated with wastefall OAE projects.
Image: Copernicus Sentinel data 2019. ESA.
San Francisco Bay Field Trial
Research + Projects
Research + Projects
Research + Projects
1909 Broadway Ste 200, Boulder, CO 80302 USA
1909 Broadway Ste 200, Boulder, CO 80302 USA