Growth Substrates TRIZ Cases

Perforation device creates openings in sheath to deposit seeds, preventing loss and ensuring precise placement.

Angular gum arabic seed bodies stabilize placement and retain moisture, overcoming accessibility limits in large-scale terrain planting.

Entrapping super absorbent polymer in foam air spaces increases water retention capacity, reducing irrigation needs while improving seedling survival.

Applying natamycin suspension to a dried plant growth substrate prevents mold and fungal growth that would otherwise clog indoor garden components.

Palygorskite clay minerals replace scarce black peat to maintain substrate stability and water absorption.

Woven fabric balances porosity and strength to resolve sagging resistance while supporting algae growth.

Applying a Trichoderma-free microbial mixture to ammonium nitrate-treated substrates reduces nitrous oxide emissions by 15 to 49 percent.

Psyllium husk fragments bind peat substrates into stable press pots, replacing black peat while maintaining mechanical strength for automated planting.

A poly-oxygenated aluminum hydroxide clathrate releases oxygen gas molecules to enhance bioavailability in plant media.

A substrate combining sand, cork, and hollow polyester fibers to enhance flexibility and drainage for sports surfaces.

A super absorbent polymer biofoam composition enhances water retention capacity for seedling cultivation.

Gellan gum and chitosan form a sterile gel plug that eliminates soil-borne pathogens while maintaining consistent nutrient delivery.

A porous web substrate with vertical inner structures efficiently carries water and nutrients through capillary action.

Heat-pressed coconut coir and wood fiber create a stable substrate that resolves salt accumulation and rehydration labor while maintaining structural strength.

Vertical grooves in a latex-coated culture bread enable gas movement and excess water evacuation through the growing medium structure.

A multilayer seed germination media blocks light to reduce algae growth on the soilless growth medium, minimizing evaporation and cleaning costs.

Silicon stimulates nitrogen uptake to reduce fertilizer loss and environmental impact.

A hydroponic growing medium combines natural and man-made fibers to form a self-supporting substrate with optimal porosity.