Climate Change Adaptation TRIZ Cases

Breeding program combines heat tolerance with long blooming periods to resolve contradictions between plant habit complexity and ornamental value.

Substituting sodium chloride with calcium chloride accelerates vegetable fermentation through osmotic pressure and ion exchange mechanisms.

Multi-cycle laser sealing reduces outgassing and thermal stress in vacuum insulated glass pump-out tubes.

A microwave road deicer uses a magnetron to generate energy transmitted via a waveguide tube for ice melting.

A bidirectional chemical flooding system adjusts water-oil viscosity ratios using targeted emulsifier and polymer injection concentrations.

Liquid-filled cells in a multiwall polymer sheet increase visible light transmission while maintaining direct solar transmission between 63% and 68%.

Integrates oysters and Undaria pinnatifida in a closed incubator to enhance carbon sequestration through synergistic filter-feeding and photosynthesis.

Segmented prismatic protrusions on the emitter surface prevent debris accumulation and clogging while maintaining uniform pipe strength.

ALGAEWHEEL system integrates algae cultivation with fish farming to produce natural feed and purify water using light energy.

Segmented carousel panels with opaque joints isolate root mist from light, balancing high crop yields against system complexity.

A modular precision agriculture system distributes computing tasks across local modules and a central hub to enable real-time plant treatment.

An internal retroreflective light ray shielding device reflects solar radiation outward to reduce indoor heating and prevent external dazzling.