Manure Drying TRIZ Cases

See how cascading conveyors in a solar tower use thermal gradients and dynamic segmentation to

Alternating heated augers sanitize and dry manure in enclosed tubes, cutting space and energy use while venting ammonia for safer handling.

A drying device rotor uses alternating narrow and wide radial driving elements to maximize wettable surface area for liquid mixtures.

Sacrificial anodes protect wood veneer dryer metals from high-humidity corrosion without expensive alloys.

Pivotable fan elements mounted at 45 to 90 degrees eliminate long air duct friction losses while drying poultry droppings.

A low-energy drying system uses a permeable cover and fan-assisted airflow to dry animal waste efficiently.

High-temperature pressurized water enables underwater plastic granulation while maintaining liquid state above 120°C.

Superheated steam drying with mechanical pre-dewatering recovers volatile components, preventing ammonia loss during biomass processing.

Multi-level belt dryer guides warm air downward through stacked drying zones to reduce dust emission and minimize footprint area.

Segmented excrement conveyor belts apply localized airflow to reduce energy consumption and ammonia production in livestock stalls.

Rotating surface hurls manure against a static wall, resolving the contradiction between handling firmness and ease of breakdown.

A drying hopper system measures intrinsic viscosity of melted plastic to adjust dehumidification parameters in real time.