Chemical Engineering
增强超临界CO2循环的生物质-地热一体化系统用于脱碳氨生产
Integrated biomass–geothermal system for decarbonized ammonia production enhanced by a supercritical CO2 cycleA data-driven approach to an integrated system combining biomass and geothermal energy sources to produce ammonia with reduced carbon emissions, utilizing a supercritical CO2 cycle for efficiency. / 一种结合生物质和地热能源以减少碳排放生产氨气的集成系统，利用超临界CO2循环提高效率的数据驱动方法。
- Knowledge type
- 实际应用
- First proposed or discovered
- Proposer
- Turkey Farm member
- Creator
- 农场主
- Last updated
- 2026-11-02 20:06:10
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Main parameters and performance indicators
Biomass: Renewable organic material sourceGeothermal: Earth heat energy sourceSupercritical CO2 cycle: Thermodynamic cycle for energy conversionDecarbonized ammonia: Low-carbon nitrogen fertilizer
Open problems
No unresolved problem recorded yet
Related literature
ranked by community starsIntegrated biomass–geothermal system for decarbonized ammonia production enhanced by a supercritical CO2 cycle: a data-driven approachOpen source
Related products and links
Ammonia
Creation and modification trail
1 recordsRecord title: Integrated biomass–geothermal system for decarbonized ammonia production enhanced by a supercritical CO2 cycle.
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