Patented, state of the art, computer controlled, verifiable carbon negative vacuum pyrolysis system. CarbonXPRIZE qualified and honored
Superior, highly engineered biochar and biofuels produced in a computer controlled vacuum with exacting temperatures and residence times.
Computer controls ensure repeatable production of research quality biochar essential for the most demanding applications.
Available for licensing to enable individuals, municipalities, organizations and companies to share in the $100 trillion CO2 removal and waste to energy industries.
Our planet is unhealthy due to excess carbon in the atmosphere. However the problem goes beyond that. We also have excess carbon in the oceans causing acidification and warming, resulting in loss of vital coral life and retarded shell formation of the crustaceans that populate the lower end of the food chain. Further the use of fossil fuels adds CO2 to the atmosphere while less than optimal agricultural methods reduce the carbon absorbing properties of the soil, one of the planet’s major carbon sinks. Lastly, decomposition of our excessive waste streams and environmentally impacted dead and decomposing biomass contribute methane, a very powerful greenhouse gas (GHG), to the problems we face.
1. For any level of CO2 in the atmosphere, the planet will heat to a fixed, stable temperature. The rate of CO2 rise has been increasing since 1950. [1] Current CO2 level as of July 2021 is 417.
2. Based on 400,000 years of ice core data and 60 years of monthly readings by Keeling, the time lag from the point where a certain CO2 level stabilizes to attainment of the planet’s stable temperature is centuries.[2]
3. This means that even if we achieve Net Zero CO2 emissions today, we will still see an 8dF planetary temperature rise. This was acknowledged recently by CA Governor Gavin Newsome.
1. For any level of CO2 in the atmosphere, the planet will heat to a fixed, stable temperature. The rate of CO2 rise has been increasing since 1950. [1] Current CO2 level as of July 2021 is 417.
2. Based on 400,000 years of ice core data and 60 years of monthly readings by Keeling, the time lag from the point where a certain CO2 level stabilizes to attainment of the planet’s stable temperature is centuries.[2]
3. This means that even if we achieve Net Zero CO2 emissions today, we will still see an 8dF planetary temperature rise. This was acknowledged recently by CA Governor Gavin Newsome.
1. For every ton of waste wood biomass processed, the CarbonStar system produces enough biochar to permanently sequester one ton of atmospheric CO2, displace 60 to 90 gallons of fossil fuels with carbon neutral bio oils, 10-40 gallons of wood vinegar for agricultural use, and provides 10,000 cubic feet of clean, high BTU, carbon neutral bio gas.
2. The biochar is in activated form, enabling its use to clean contaminated water, draw toxins from soil, detoxify soil borne aflotoxins, and to recarbonize and replenish depleted agricultural soils with new microbial life, while enhancing existing arable soils resulting in increases in the soil’s atmospheric CO2 drawdown and crop yields. The biochar can be used to reclaim unproductive land, enhance animal health, strengthen cement, and many other purposes.
The CarbonStar process converts any form of biomass into superior quality, highly engineered biochar using a catalytic vacuum pyrolysis in which temperature, residence time, and vacuum levels are precisely controlled by computer. This ensures consistency and repeatability from lab scale field tests to large scale applications as well as for demanding applications such as decarbonization of concrete or remediation of PFAS tainted soils and effluents.
As the most current generation of proven Carbon Dioxide Removal technologies, the patented CarbonStar system is a much needed complement to solar, wind, and biomass energy generation as well as waste to energy systems.
The CarbonStar system offers several important advantages to other technologies:
2. The biochar is in activated form, enabling its use to clean contaminated water, draw toxins from soil, detoxify soil borne aflotoxins, and to recarbonize and replenish depleted agricultural soils with new microbial life, while enhancing existing arable soils resulting in increases in the soil’s atmospheric CO2 drawdown and crop yields. The biochar can be used to reclaim unproductive land, enhance animal health, drastically reduce the carbon footprint of concrete while increasing its crush strength and resistance to thermal impacts, and many other purposes.
3. The biogases and bio oils produced by the CarbonStar system may be used to generate electricity to power the mobile self-sustaining CarbonStar system. This can provide clean, carbon negative energy and wood vinegar or water from biomass, municipal solid waste, and human waste streams in remote communities. This energy and water may be used for heat, transport, or even to grow food in indoor farms where outdoor agriculture is not viable.
4. Seaweed and algae are the fasting growing forms of biomass on the planet. By using the CarbonStar system to process seaweed or algae, carbon may be sequestered from the oceans. This can not only reduce oceanic acidification and warming, but also reduce shoreline seaweed pollution while encouraging the establishment of large seaweed or algae cultivation industries to provide new habitats for ocean life as well as clean, carbon negative energy using the inexhaustible ocean waters or land-based facilities to grow rapidly growing biomass. The potential for long term job creation is enormous.
5. The CarbonStar system can use municipal solid waste (MSW) as well as dried waste water treatment residue and animal sewage waste as feedstock. Recycled plastics that are no longer recyclable may also be used as feedstock. When using MSW, the CarbonStar system can not only process existing paper and plastic waste streams, it may also be used to process materials drawn from existing or even capped landfills after removal of recyclable materials and some excessive sand. The CarbonStar system can be used in remote areas to process human waste streams to produce biochar, water, fuels, and energy, while reducing and eliminating disease causing extant waste dumps. The CarbonStar system’s ability to process dried agave has great potential to produce fuel, grow crops outside or indoors, and create jobs growing agave in desert regions.
6. The CarbonStar system can not only reduce the cost of carbon capture, permanent atmospheric CO2 sequestration, decarbonisation of oceans, processing of waste streams, and traditional agriculture, it can do so at a profit without the need of governmental subsidies. When including subsidies and credits for the production of bio-oils and green electricity as well as available carbon credits, biochar subsidies, and funds from carbon taxes, the income is further enhanced allowing the CarbonStar system to pay for itself quite quickly. Further, numerous long term, good paying, green jobs can be created in urban, rural, and even remote areas in Africa, on Native American Reservations, and other challenging locations.
7. Next generation CarbonStar systems will be shipped in standard shipping containers for transport by roadways, rail cars, ships, or heavy lift aircraft to any remote location. This will enable the production of biochar, biofuels, electricity, heat, and soil amendments anywhere feedstock is available.
Our environment is becoming unhealthy due to excess levels of carbon dioxide in the atmosphere. Along with atmospheric CO2 we also have excess carbon dioxide in the oceans causing acidification and warming leading to loss of vital coral life and retarded shell formation of the crustaceans that populate the lower end of the food chain.
The use of fossil fuels adds CO2 to the atmosphere while, less than optimal agricultural methods reduce the CO2 absorbing properties of the soil, one of the planet’s major carbon sinks. Further, decomposition of dead and decomposing biomass (DDB) emits 17 times more CO2 and methane, a very powerful greenhouse gas (GHG), than all human activity.
Not only do these problems negatively impact the climate and food chain, but oncoming climate change poses serious challenges to continued, economically viable food production in areas where droughts, floods, and increasing temperatures seriously impair farmers’ ability to produce food. Water pollution and soil aflotoxins not only impact agriculture but also reduce the amount of potable water, an increasingly challenging problem. This leads to increases in CO2 emissions from fossil fuels used to transport food from less impacted areas, as well as increases in energy used to produce the equipment and supplies necessary for long distance food transport.
Clearly, the problems facing us are not confined to excessive atmospheric CO2; thus any effective carbon capture technology must address ALL of the above problems. It must capture atmospheric and oceanic CO2, displace fossil fuels, revitalize the soil’s carbon capture and food production capabilities, reduce food transport distances, and address waste streams while capturing or eliminating methane emissions.
Such a technology must also be efficient, economical and easy to produce, minimally demanding of earth’s resources in its production, scalable, easily and rapidly deployable to populated areas and remote third world locations, easy to operate, and recyclable at its end of life so as to not contribute to currently excessive waste streams. Such a technology must not only be as inexpensive as possible; it would be optimally viable if it could be operated at a profit.
The challenge to create such a technology that satisfies all of the above requirements has now been met. It is the CarbonStar technology and process patented by CarbonStar Systems Inc. of Easthampton, MA. The CarbonStar system is proven and will enable large and small businesses, municipalities, and other organizations to sequester mega-tons of our legacy CO2 while improving their community and its coffers.
1. For any level of CO2 in the atmosphere, the planet will heat to a fixed, stable temperature. The rate of CO2 rise has been increasing since 1950.
Current CO2 level as of July 2021 is 417.
2. Based on 400,000 years of ice core data and 60 years of monthly readings by Keeling, the time lag from the point where a certain CO2 level stabilizes to attainment of the planet’s stable temperature is centuries.
3. This means that even if we achieve Net Zero CO2 emissions today, we could still see an 8dF planetary temperature rise. This was acknowledged recently by CA Governor Gavin Newsome.
4. To avoid large areas of the planet from soon becoming uninhabitable, we must sequester millions of tons (gigatons) of CO2 from the atmosphere as soon as possible. Target amounts for sequestration are 300 gigatons of CO2 as soon as possible and from 10 to 20 gigatons per year for decades after in order to maintain a 1.5dC temperature rise.
5. Current CO2 sequestration costs range from $75 per ton for accelerated mineral absorption technology to $775 to $2,000 per ton for direct air capture (DAC).
6. The CarbonStar system can sequester atmospheric CO2 for a negative cost per ton of CO2 because it operates at a profit. It can permanently sequester as much CO2 in less than three days as an acre of 50 year old mature forest can temporarily sequester in a year.
7. The CarbonStar system is a mobile, compact system that can be mounted on a flatbed truck or railcar. It can convert numerous forms of waste or virgin biomass into high purity carbon, bio-oils, biogases, and liquid soil amendments. It can also sequester carbon from the oceans by
using seaweed and kelp as a feedstock.
8. The CarbonStar system’s capital costs are a fraction of that of other CO2 sequestration technologies.
9. The CarbonStar system is patented in the USA with additional globally eligible patents pending.
It is generally accepted that an acre of mature forest could temporarily sequester up to 30,000 pounds of CO2 per
year. At its end of life, the tree decomposes and return much of that CO2 plus methane if decay is anaerobic
1. The CarbonStar System is a mobile system that is able to convert virtually any form of virgin or waste biomass into high purity biochar, high BTU storable bio-oils and biogases, and organic liquid wood vinegar to help replace fossil based soil amendments, herbicides, and pesticides.
2. The CarbonStar System is able to permanently sequester as much atmospheric CO2 in less than three days as an acre of mature forest can temporarily sequester in a year. It can achieve this while simultaneously producing significant amounts of bio oil and soil amendments. The CarbonStar system removes CO2 from the atmosphere 440 times faster than an acre of mature forest.
3. Solar and wind energy require 6 acres of land area to produce one megawatt of power during times when the sun is shining or wind is available. The power produced is not storable unless batteries are used. Such systems are valuable in many instances; however they have serious end-of-life waste creation and recycling issues when they become uneconomical to operate after 20 – 25 years.
4. Using CarbonStar system technology, it could be possible to produce up to one megawatt of power in an area of 1,600 square feet plus some space for feedstock storage and removal. The CarbonStar system can operate 24/7 regardless of weather, while storing its energy in the form of solid, liquid, and gaseous biofuels.
5. Current direct air CO2 capture systems (DAC) have capital costs approaching $250,000,000 or more while sequestering only 40 pounds of CO2 per million cubic feet of atmosphere processed. DAC systems are capable of sequestering CO2 from the atmosphere only. The CarbonStar system can sequester CO2 from both the atmosphere and the ocean.
6. The CarbonStar system is mobile, thus can be moved to locations where feedstock is available. It can sequester CO2 profitably without any credits. With credits for CO2 removal, biofuel, electrical generation, it can produce expansion income for even more significant CO2 sequestration and community benefits.
1. For every ton of waste wood biomass processed, the CarbonStar system produces enoughbiochar and bio oil to permanently sequester one ton of atmospheric CO2, 10-40 gallons of wood vinegar for agricultural use, and provides 10,000 cubic feet of clean, high BTU, carbon neutral biogas. If used as a fuel, the CarbonStar bio oils could displace 60 to 90 gallons of fossil fuels.
2. The biochar is in activated form, enabling its use to clean contaminated water, draw toxins from soil, detoxify soil borne aflotoxins, and to recarbonize and replenish depleted agricultural soils with new microbial life, while enhancing existing arable soils resulting in increases in the soil’s atmospheric CO2 drawdown and crop yields. The biochar can be used to reclaim unproductive land, enhance animal health, drastically reduce the carbon footprint of concrete while increasing its crush strength and resistance to thermal impacts, and many other purposes.
3. The biogases and bio oils produced by the CarbonStar system may be used to generate electricity to power the mobile self-sustaining CarbonStar system. This can provide clean, carbon negative energy and wood vinegar or water from biomass, municipal solid waste, and human waste streams in remote communities. This energy and water may be used for heat, transport, or even to grow food in indoor farms where outdoor agriculture is not viable.
4. Seaweed and algae are the fasting growing forms of biomass on the planet. By using the CarbonStar system to process seaweed or algae, carbon may be sequestered from the oceans. This can not only reduce oceanic acidification and warming, but also reduce shoreline seaweed pollution while encouraging the establishment of large seaweed or algae cultivation industries to provide new habitats for ocean life as well as clean, carbon negative energy using the inexhaustible ocean waters or land-based facilities to grow rapidly growing biomass. The potential for long term job creation is enormous.
5. The CarbonStar system can use municipal solid waste (MSW) as well as dried waste water treatment residue and animal sewage waste as feedstock. Recycled plastics that are no longer recyclable may also be used as feedstock. When using MSW, the CarbonStar system can not only process existing paper and plastic waste streams, it may also be used to process materials drawn from existing or even capped landfills after removal of recyclable materials and some excessive sand. The CarbonStar system can be used in remote areas to process human waste streams to produce biochar, water, fuels, and energy, while reducing and eliminating disease causing extant waste dumps. The CarbonStar system’s ability to process dried agave has great potential to produce fuel, grow crops outside or indoors, and create jobs growing agave in desert regions.
6. The CarbonStar system can not only reduce the cost of carbon capture, permanent atmospheric CO2 sequestration, decarbonisation of oceans, processing of waste streams, and traditional agriculture, it can do so at a profit without the need of governmental subsidies. When including subsidies and credits for the production of bio-oils and green electricity as well as available carbon credits, biochar subsidies, and funds from carbon taxes, the income is further enhanced allowing the CarbonStar system to pay for itself quite quickly. Further, numerous long term, good paying, green jobs can be created in urban, rural, and even remote areas in Africa, on Native American Reservations, and other challenging locations.
7. Next generation CarbonStar systems will be shipped in standard shipping containers for transport by roadways, rail cars, ships, or heavy lift aircraft to any remote location. This will enable the production of biochar, biofuels, electricity, heat, and soil amendments anywhere feedstock is available.
The CarbonStar system incorporates a pyrolysis process whereby biomass feedstocks are heated in an oxygen depleted vacuum to drive off volatile substances, leaving a carbonaceous material called biochar behind. In the CarbonStar system, as diagramed below, various feedstocks pass through an airlock into an evacuated heated tubular vessel containing an auger to move the feed stock at a controlled speed along its length. This vacuum tube has been previously infused with a catalyst to accelerate the chemical activity within.
As the biomass heats up under a vacuum, volatiles are driven off as bio vapors after undergoing a process known as depolymerization which reduces long chain hydrocarbons to shorter chain hydrocarbons. When all volatiles have been driven off, the solid biochar leaves the vacuum tube through an airlock. The vapors are then drawn from the vacuum tube through a cyclonic cleaner to remove any dust. They then enter several heat exchangers where they are cooled, condensed, separated into two fractions then collected in one light and one heavy bio-oil storage tank. The remaining vapors which contain water vapor and very light hydrocarbons then pass through a chilled heat exchanger into the vacuum pump. The resulting liquids and bio gases then enter into a gas/liquid separator where the liquids move into a separation tank and the bio gases are either flared, compressed, or combusted in a boiler or electric generator to produce the power to operate the CarbonStar system. The remaining liquid separates into a very light hydrocarbon and an aqueous liquid known as wood vinegar. The light bio-oil can be added to the other heavier bio oils or used as a fuel or feedstock for subsequent processing. The wood vinegar is used in the agricultural sector to improve soil quality, as a plant nutrient to increase yields, or as pesticides or herbicides.
Because the CarbonStar process captures all outputs as biochar, bio oils, bio gases, and organic fertilizers, it is much more effective at sequestering CO2 than other systems that produce biochar only. The CarbonStar life cycle analysis estimates that for every 3.7 tons of CO2e sequestered by the carbon star process, only .7 tons of CO2 are emitted by the CarbonStar process from forest to final markets.