Leading the Future of Sustainable Agriculture
Transforming Contaminated Soils and Capturing Carbon for a Cleaner Tomorrow
Our Mission
At Trident Agriculture Solutions, our mission is to revolutionize agriculture by transforming contaminated soils into fertile grounds for sustainable crops. We leverage cutting-edge phytoremediation technologies and innovative carbon capture methods to clean the environment and promote a circular economy. By growing industrial hemp, we produce eco-friendly materials that reduce reliance on fossil fuels and contribute to a healthier planet. Our commitment is to create a cleaner, safer world for future generations by turning environmental challenges into sustainable opportunities.
About Us
Trident Agriculture Solutions is dedicated to pioneering a new era in sustainable agriculture. Founded by a unique team of former Navy SEALs, agricultural engineers, seasoned farmers, and former EPA CID Special Agents, we bring together unmatched expertise and a passion for environmental stewardship.
We believe in the power of industrial hemp as a versatile, sustainable crop that not only cleans the environment but also provides valuable biobased materials. By integrating carbon capture techniques, we aim to significantly reduce atmospheric CO2 levels and promote a circular economy.
At Trident Agriculture Solutions, we are not just cultivating crops—we are cultivating a cleaner, greener future. Our commitment to innovation, sustainability, and practical solutions drives us to continually push the boundaries of what’s possible in agriculture.
Our Solution
Phytoremediation
We use plants to clean contaminated soils in a sustainable way, ensuring long-term environmental health.
Carbon Capture
Our innovative methods capture CO2, turning it into valuable products that store carbon for decades.
Industrial Hemp Cultivation
This versatile, fast-growing plant is at the center of our solutions, providing raw materials for biobased products.
BioBased Materials
We create sustainable, circular products that reduce dependence on fossil fuels and promote environmental health.
Process Overview
Comprehensive Soil Testing
Our process begins with thorough soil testing to assess PFAS levels and types, including PFOA and PFOS. This involves measuring concentrations at different depths, examining interactions with soil particles, and identifying co-contaminants like heavy metals. The collected data is critical for designing a site-specific remediation strategy.
Advanced Technology Integration
We use cutting-edge drone and satellite technology to survey and map large areas, quickly identifying contamination hotspots. High-resolution imagery and data from aerial surveys provide invaluable insights into PFAS distribution, enabling targeted sampling efforts. This enhances precision and efficiency in the remediation planning process.
Data-Driven Remediation Plans
We leverage large language models (LLMs) and a combination of open-source and proprietary data to automate remediation plan creation. These advanced tools analyze data from soil tests, drone and satellite imagery, and other sources to generate detailed, site-specific strategies. This approach facilitates informed decision-making by identifying patterns and correlations.
Pre-conditioning Soil and Groundwater
Once contamination levels are determined, we pre-condition the soil and groundwater using our proprietary process. This involves adjusting pH levels, adding specific amendments, and improving soil permeability to enhance the properties for subsequent remediation. Our process also breaks down contaminants, significantly increasing remediation efficiency and reducing extraction time.
Phytoextraction
We utilize the natural ability of plants like sunflowers, willows, and hemp to absorb and concentrate PFAS from contaminated soil. These hyperaccumulator plants are cultivated on-site and, once mature, are harvested and processed to extract and destroy PFAS. This method ensures the complete removal of PFAS from the environment.
Thermal Destruction and Biomass Utilization
For permanent PFAS elimination, we employ thermal destruction techniques, subjecting contaminated plant biomass to high temperatures (pyrolysis). This converts PFAS into harmless byproducts such as carbon dioxide and water. Additionally, harvested plants are processed into crude oil and industrial building materials, promoting a sustainable biomass lifecycle and minimizing waste.
Our Solutions
Are you looking for monthly savings or here to better the environment? Either way, here at Nitro, we can help find an option that best fits your needs.
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Inspection
A survey will be done at no cost to you as the homeowner. We will inspect your roof and create a design best suited for your house.
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Design & Approval
You, as the homeowner, will approve the design; once approved, your home will be scheduled for installation.
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Installation
The certified crews will install your rooftop solar panels
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Final Inspection & Approval
A final inspection where you will be given permission to begin using your system.
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