Replenished Earth Carbon capture catalyst and economic system for beneficial use on a massive scale
OwnerFarley Merril Andersoninventor
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Abstract
A safe, odorless system to capture food waste in a base of sodium reduced and concentrated sea minerals held for beneficial reuse that becomes a catalyst for enhanced carbon capture while increasing the value of this waste towards this objective. This invention enables recapture of waste on a massive scale. This system may invigorate our agricultural economy and impact climate change. This is connected to part two of this patent, Part two—Customization of the catalyst for maximum carbon capture and to Part Three of this patent, Part Three—an economic method to use and maximize use of the carbon capture properties on a massive scale.
Claims18
My invention claim is that sodium-reduced sea mineral concentrates used as a stabilizing base to capture and preserve food waste carbon or other organic carbon sources rendering the carbon mixture more bacteriologically inert, odor free, vermin repellent and microbe stable to hold for later use, and then when diluted before use this combination of Carbohydrates, fiber, and other caloric food waste, combined with the concentrated, sodium-removed sea minerals becomes a soil life enhancer with newly discovered catalyst properties for greater carbon sequestering in soil than the properties of the components individually and separately alone and this is a new invention.
This invention method claims that it can produce a customizable product for higher carbon sequestering activity for each soil type made possible by the discovery that poor soils require more carbohydrate in the mix than prime and microbially alive soils to deliver the optimized carbon sequestering effect.
My invention claim is that it's methods can be used to benefit non-profit companies, investors, farmers, land owners, society and government interests, under patent protection, facilitated by carbon sequestering on a massive scale that is made possible by the discovery that food waste carbon is stabilized using sodium reduced sea minerals combined with the soil carbon sequestering catalytic effect (independent claim number one and independent claims) along and the potential to customize the system for each soil type (independent claim number two) which enables methods for economic benefits.
Dependencies are inferred from the claim text.