Electrical Coke Oven Heating TRIZ Cases
- Domestic Thermal Treatment Unit for Waste-to-Energy Conversion
See how a domestic pyrolysis unit converts household waste into fuel and energy, reducing colle
- Solar Thermal Entrained Reactor for Tar-Free Biomass Gasification
Rapid solar heating in an entrained reactor pushes biomass above 950°C to suppress tar formation, cut pressure drop, and improve syngas control.
- Solar-Microwave Plasma Gasification for Low-CO2 Syngas Production
Combining solar heat, microwaves, and plasma converts biomass or coal into syngas while cutting CO2 losses and energy demand.
- Domestic Pyrolysis Chamber for On-Site Waste-to-Energy
On-site household pyrolysis converts domestic refuse into fuel for heat and power, cutting waste transport, landfill use, and emissions.
- Frequency Converter Heating Control for High-Temperature Precision
A frequency converter regulates heater voltage in 0.1 V steps to cut overshoot, speed heating, and improve high-temperature accuracy.
- Porous Composite Arc Material for High-Temperature Microwave Pyrolysis
A porous carbon-loaded framework creates microwave arcs above 1000°C, enabling faster pyrolysis and more efficient recycling of mixed waste.
- Waste-Tire Carbon Black Surface Activation During Pyrolysis Cooling
Reaction gases activate carbon black during cooling after microwave pyrolysis, improving rubber reinforcement without separate heating.
- Thermal-Catalytic Pyrolysis Reactor for Stable Waste-Derived Oil
Internal radiation and catalytic de-oxidation lower oxygen in waste pyrolysis oil, improving stability and suitability for fuel refining.
- PWM Frequency Converter Heating Elements for Stable High Temperatures
Fine voltage control through PWM frequency conversion stabilizes high-temperature heating, reducing overshoot, heating time, and energy use.
- Metal-Doped HZSM-5 Microwave Pyrolysis of LDPE for Gas Selectivity
Gallium- and copper-doped HZSM-5 improves microwave absorption in LDPE pyrolysis, boosting gas selectivity while reducing coke formation.