CARBON + CAPTURE = CARBOTURA
A Modular System for any size project
Carbotura provides a modular approach to handling any size project. Minimum module size is 10 tons per day to large module arrays handling 10,000 tons per day.
Carbotura™ Inputs can be
Municipal Solid Waste
Municipal waste can be eliminated using Carbotura Modules
We can eliminate all types of plastic wastes including PVCs.
Tires of all shapes and sizes, can be handled with zero pre-treatment or processing.
Excess industrial biomass, seaweeds, and forestry waste can be ingested and converted.
Utilizing our High-Density Bio-Factory (HDBF) modules allows for atmospheric carbon capture and sequestration.
When utilizing an HDBF module water remediation of water with heavy metals, phosphates and nitrogen can be performed.
Carbotura™ Renewable Outputs Are
Conversion of wastes to renewable fuels allows our systems to be self-powered, and depending on configuration they can generate excess fuels.
Our modules create a non-toxic char that be utilized for downstream refining into high value materials or used immediately as a soil remediator.
Renewable Activated Carbon
A material used globally, can be derived from the char from waste.
Graphite is highly valued and is now used in every battery and electric car.
Carbotura™ Carbon Negative Bio-Outputs Are
When utilized an HDBF carbon negative footprint fuels can be generated.
High-purity carbon negative footprint bio-char, a source for advanced nano Bio-Carbon™ bio-materials.
Bio Activated Carbon
Carbon Negative footprint activated carbon, with our advanced phytodoping in the HDBF we can achieve advanced materials properties beyond normal products.
Carbon Negative footprint Bio-Graphite™.
Further refined from bio-char, we can provide multiple types of Bio-Graphenes from our modules.
Structurally enhanced bio-graphene foams.
Concrete additive made from bio-graphene, allowing for 30% materials reduction with 48% strength increase.
Bio-diamonds from the air. Air-mining at its finest.
Carbotura Municipal Solid Waste to Graphite
The system defined below takes municipal waste and converts it into module energy, fuels, and graphite
Stage - 01
Waste materials are brought to Carbotura Facility, or the facility can be located for landfill mining.
Stage - 02
We utilize high-efficiency microwave pyrolysis to break waste down to basic molecules.
Stage - 03
We use microwave plasma reactor technology to refine the basic molecules into high value materials.
Join the CIRCULAR CARBON ECONOMY
Economic System Aimed at Capturing and Sequestering CO2 & Wastes into high-value products
TOP IMPACT METRICS
ENVIRONMENTAL IMPACT - Evolution 1
Each HDBF remediates 13,271,000 gallons (41 Acre Feet) of water per day.
HDBF = High-density Bio-factory
All of our processes are zero-waste. We take from the land-fills.
100% powered by self-generated renewables.
Each HBDF Module captures and sequesters 100-350 tons of carbon per day.
Each Process is closed loop. Everything reused and recycled.
Jobs, Diversity, Salaries, Culture
Each HBDF creates 100 construction jobs and 100 permanent positions.
Our diversity goal is 33% minority and underprivileged hiring.
Provide higher than living wage salaries to all employees.
Educate, expand and provide opportunities for all employees.
Margins, Investors, Currencies, Sustainability
Target greater than 80% Gross Margins on all products.
Income focused for investors. Our ecosystem goes beyond financial attributes with plus value.
With all of our impact attributes we have alternative currencies to work with.
20 year plan. Our systems will far outlast that.
Various tax credits and incentives.
Model at 80% market discount to today's wholesale prices.
Each HDBF enables around $200mm in local economic impact annually.
Made in USA
Proudly made and manufactured in the USA.
• Carbotura is focused on integrating proven "closing-the-loop" technologies, processes, and businesses.
• We can handle many waste streams, this includes atmospheric CO2, municipal waste, plastics, tires, and biomass.
• We have designed and integrated modular systems that can be applied to convert these wastes into zero-waste Carbon Captured high-value materials such as Char, Activated Carbon, Graphite, Graphene, Diamonds, Renewable Fuels & many more.
Modularity allows for scaling from small commercial systems, industrial level, and municipal level facilities.
• We only work in renewable, bio, and carbon-neutral or negative businesses we strive to be the #1 ESG/SDG group on the planet, and we share these attributes with our partners. • We are recognized by our brands: Carbotura TM, CarbophiteTM, CarbofinaTM, Bio-CarbonTM, Bio-GraphiteTM, Bio- GrapheneTM, Bio-DiamondsTM, Bio-GrapheteTM
Interview with CEO Allen Witters
Featured Interview with CEO Allen Witters for the Reuters Responsible Business USA, and The Sustainable Finance and Reporting Europe 2021 events.
Carbotura Island Plan
Waste disposal problems, not to mention the steady degradation of forest cover, have long posed grave threats to our islands and island countries. Such hazards include water pollution and shortages, soil erosion, and loss of habitat for endangered species, all of which have worsened over the years. Carbotura believes the leading solution to these problems could be found in self-sufficiency. We help islands overcome their reliance on imports, cut back on their carbon and waste production, and transition to circular carbon economies.
Carbotura aims to produce a wide variety of biomaterial outputs sourced from all types of plastic waste. With its groundbreaking carbon-capture technology, Carbotura looks to tap the power of CO2 from the atmosphere in creating these biomaterials and ultimately, repairing Planet Earth.
In addressing the most important environmental concerns affecting the islands and the world in general, Carbotura offers one solution: the creation of self-sustainable projects functioning under a circular carbon economy. With potable water, food, energy, and waste plastics elimination among others within one’s reach, job opportunities and multi-generational value for nature and for humankind can then be achieved.
Hemp has been celebrated and vilified in equal measure over the centuries. It has fantastic properties for textiles and ropes, but it comes from the cannabis plant, so it arouses deep suspicion among some policymakers. What is unarguable though, is that it is an extremely fast growing plant that stores a large amount of carbon. So is it really possible to convert it into graphene and diamond in a sustainable, environmentally friendly way?
Get in touch with our team to learn more about this amazing opportunity
* Detailed business plans are available upon request, including financial models