A fertilizer the ocean
already made.
Synthetic NPK fertilizer is responsible for a meaningful share of U.S. greenhouse gas emissions. We chose a different path: rescuing aquatic byproducts that would otherwise be landfilled or incinerated, and turning them into the most concentrated organic feed on the market.
Lower CO₂ vs synthetic equivalent
Less freshwater used in processing
Inputs are upcycled byproducts
Synthetic salts per bottle
From tide to topsoil
Tap a stage to see how we approach it. We follow sustainable practices at every step of the process.
1. Harvest
Aquatic plant biomass and fish byproducts are collected from regional processors who would otherwise pay to landfill them. Zero virgin extraction.
Estimate the difference you make
CO₂e avoided
Freshwater saved
Plastic avoided
Donated in your name
Estimates based on our 2025 LCA vs an equivalent volume of mid-tier synthetic NPK.
Honest comparison
Side by side with the synthetic fertilizer industry, no asterisks.
Where the ingredients come from
Pacific coast
Kelp and aquatic plant matter from regional fisheries
Cascade range
Volcanic lava rock mineral wash, naturally weathered
Gulf processors
Fish byproduct rescued from food-grade waste streams
Our pledges
- Carbon offsets are not part of our footprint claims. We only count reductions we have actually made.
- We publish our raw LCA data, including inputs, electricity mix, and transport assumptions.
- We never use ocean-mined materials, deep-sea kelp, or coastal-disturbing harvest methods.
- Every bottle is fully recyclable in standard curbside #2 streams in the US, EU, and UK.
- We pay above-market rates to processors who would otherwise landfill byproducts, funding their transition.
The cleanest fertilizer you can buy. Backed by data.
Try Cannorganix risk free. Your purchase rescues byproducts, feeds soil, and ships a gallon to a farmer in need.
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