Carbon Capture Coatings have the power to significantly reduce carbon dioxide in the atmosphere, thereby lessening the impact of global warming. Carbon Capture Coatings are bio-engineered such that, when exposed to sunlight, they capture and fix atmospheric carbon dioxide. These coatings support living cells capable of carrying out photosynthesis, the process by which Nature captures and fixes atmospheric CO2.
–Existential Climate-Related Security Risk-A Scenario Approach, Breakthrough National Center for Climate Restoration, June 2019 Report.
the CO2 for more than 100 years in biochar.
Various Algae Are Tested in Coatings
Various Algae Are Tested in Coatings
Algae coating is applied to the substrate which is inserted in a module designed to enhance photosynthesis
Algae coating is applied to the substrate which is inserted in a module designed to enhance photosynthesis
Even after 45 days , the algae still does the job!
Even after 45 days , the algae still does the job!
Because paint is thin and almost weightless with good adherence, it can be used on vertical surfaces reaching as high as we want to go, capturing as much CO2 as we desire? The sky’s the limit!
coatings capture coatings
june 2019
coatings capture coatings
june 2019
coatings capture coatings
june 2019
Interested in Becoming a Part of the Consortium to Bring Carbon Capture Coatings to Market? Do you or your company or organization have coatings expertise or are you a raw materials supplier looking to help launch this important technology? Do you have other expertise, such as engineering, marketing or distribution networks you can offer up? We want to hear from you. Please fill out the form below and someone will be in touch with you.
Carbon Capture Coatings have the power to significantly reduce carbon dioxide in the atmosphere, thereby lessening the impact of global warming. Carbon Capture Coatings are bio-engineered such that, when exposed to sunlight, they capture and fix atmospheric carbon dioxide. These coatings support living cells capable of carrying out photosynthesis, the process by which Nature captures and fixes atmospheric CO2.
–Existential Climate-Related Security Risk-A Scenario Approach, Breakthrough National Center for Climate Restoration, June 2019 Report.
Even after 45 days , the algae still does the job!
Even after 45 days , the algae still does the job!
Algae coating is applied to the substrate which is inserted in a module designed to enhance photosynthesis
Algae coating is applied to the substrate which is inserted in a module designed to enhance photosynthesis
Various Algae Are Tested in Coatings
Various Algae Are Tested in Coatings
the CO2 for more than 100 years in biochar.
Because paint is thin and almost weightless with good adherence, it can be used on vertical surfaces reaching as high as we want to go, capturing as much CO2 as we desire? The sky’s the limit!
coatings capture coatings
june 2019
coatings capture coatings
june 2019
coatings capture coatings
june 2019
Interested in Becoming a Part of the Consortium to Bring Carbon Capture Coatings to Market? Do you or your company or organization have coatings expertise or are you a raw materials supplier looking to help launch this important technology? Do you have other expertise, such as engineering, marketing or distribution networks you can offer up? We want to hear from you. Please fill out the form below and someone will be in touch with you.
Naturally‑occurring peptides, alone and in combination with other bio-based molecules, have proven effective in numerous independent 3rd party testing against bacteria, molds, fungi, algae, and certain viruses.
ProteCoat has been shown to be effective against common algae on exterior surfaces
ProteCoat has been shown to be effective against common algae on exterior surfaces
Up to now, this has been unheard of in the coatings industry!
Up to now, this has been unheard of in the coatings industry!
ProteCoat as an in-can preservative has been proven effective at eliminating broad-spectrum bacteria
ProteCoat as an in-can preservative has been proven effective at eliminating broad-spectrum bacteria
Peptides that Protect Against Micro-organism infestation
Peptides that Protect Against Micro-organism infestation
Microban, whose active ingredient is the preservative tricolsan, has been banned for certain uses by the US
FDA. Paint Shield, whose active ingredient is a quaternary silane, has recently been banned by certain US
hospital systems and in Europe.
Wherever coatings go to protect surfaces, ProteCoat can protect against micro-organisms.
Next-Generation Antimicrobial Additives for Reactive Surface Coatings
July 2006
Markets for Smart Antimicrobial Coatings and Surfaces – 2015 to 2022
August 2015
Markets for Smart Antimicrobial Coatings and Surfaces – 2015 to 2022
August 2015
Naturally‑occurring peptides, alone and in combination with other bio-based molecules, have proven effective in numerous independent 3rd party testing against bacteria, molds, fungi, algae, and certain viruses.
ProteCoat has been shown to be effective against common algae on exterior surfaces
ProteCoat has been shown to be effective against common algae on exterior surfaces
Up to now, this has been unheard of in the coatings industry!
Up to now, this has been unheard of in the coatings industry!
ProteCoat as an in-can preservative has been proven effective at eliminating broad-spectrum bacteria
ProteCoat as an in-can preservative has been proven effective at eliminating broad-spectrum bacteria
Peptides that Protect Against Micro-organism infestation
Peptides that Protect Against Micro-organism infestation
Microban, whose active ingredient is the preservative tricolsan, has been banned for certain uses by the US
FDA. Paint Shield, whose active ingredient is a quaternary silane, has recently been banned by certain US
hospital systems and in Europe.
Wherever coatings go to protect surfaces, ProteCoat can protect against micro-organisms.
Next-Generation Antimicrobial Additives for Reactive Surface Coatings
July 2006
Markets for Smart Antimicrobial Coatings and Surfaces – 2015 to 2022
August 2015
Markets for Smart Antimicrobial Coatings and Surfaces – 2015 to 2022
August 2015
Enzymatic self‑cleaning functionality for everything from electronics to autos, solar panels to eyewear, kitchens to sewer pipes.
Other anti‑fingerprint coatings merely cause the oils to bead up on the surface. Once these oils smear on the surface, they no longer work.
Oil is actually removed from the surface as opposed to bubbling up on the hydrophobic surface
Self-cleaning materials is a multi-billion dollar market, and Reactive Surfaces DeGreez enzymatic technology is so effective, that products containing this technology will be poised to capture the market share in their industry.
N-tech Research Report: Market for Self-Cleaning Materials will reach US $3.3 Billion by 2020
October 2015
Markets and Markets:Smart Coatings Market…Global forecast to 2022
2018
Markets and Markets:Smart Coatings Market…Global forecast to 2022
Enzymatic self‑cleaning functionality for everything from electronics to autos, solar panels to eyewear, kitchens to sewer pipes.
Other anti‑fingerprint coatings merely cause the oils to bead up on the surface. Once these oils smear on the surface, they no longer work.
Oil is actually removed from the surface as opposed to bubbling up on the hydrophobic surface
Self-cleaning materials is a multi-billion dollar market, and Reactive Surfaces DeGreez enzymatic technology is so effective, that products containing this technology will be poised to capture the market share in their industry.
N-tech Research Report: Market for Self-Cleaning Materials will reach US $3.3 Billion by 2020
October 2015
Markets and Markets:Smart Coatings Market…Global forecast to 2022
2018
Markets and Markets:Smart Coatings Market…Global forecast to 2022
WMDtox is capable of being applied to surfaces common to a war fighters’ environment, and its decontamination capability has been successfully demonstrated in both in-house and 3rd party testing against many of the most-common and destructive nerve weapons and nerve weapon analogs.
This technology could be of significant importance in dealing with sensitive equipment or vehicle/facility interior decontamination. While it may not eliminate the need for decontamination in these situations, it could reduce the extent of decontamination required as well as the potential concentration of agent vapors.
–NATO Army Armaments Group Decision sheet September 2002
WMDtox is capable of being applied to surfaces common to a war fighters’ environment, and its decontamination capability has been successfully demonstrated in both in-house and 3rd party testing against many of the most-common and destructive nerve weapons and nerve weapon analogs.
This technology could be of significant importance in dealing with sensitive equipment or vehicle/facility interior decontamination. While it may not eliminate the need for decontamination in these situations, it could reduce the extent of decontamination required as well as the potential concentration of agent vapors.
–NATO Army Armaments Group Decision sheet September 2002
On the right, the iPad is protected with OPDtox, and on the left it is not. We then expose both iPads
to chemical weapons. We added fruit flies to see if they would live or die when exposed to the iPad
after contamination.
OPDtox keeps the flies on the right safe, while the flies on the left are “dropping like flies.”
*(Chemical Agent Resistent Coating)