Ethanol is produced from biomass through pyrolysis, a technology creating business prospects for biofuels. The power may be utilized in turbines, engines, boilers, manufacturing, and energy production. Two of the numerous benefits of pyrolysis technology are low operational costs and simple liquid fuel storage and transportation. The theory of inventive problem solving (TRIZ) approach of systematic innovation is compatible with patent database analysis to produce innovations used for this study. The development of biofuel pyrolysis technology can benefit from the systematic innovation provided by the TRIZ framework. Patent portfolio analysis can profit from TRIZ's unique perspective due to its utilization of three essential indicators. The first metric examines the evolution of patented technology over the previous two decades and offers recommendations for advancing the sector. Patent-protected scientific research and technology applications give essential insight into and foresight of future technological breakthroughs in various industries.

中文翻译：

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利用发明问题解决 (TRIZ) 方法论生产生物燃料的专利技术创新组合

乙醇是通过热解从生物质中生产出来的，这项技术为生物燃料创造了商业前景。电力可用于涡轮机、发动机、锅炉、制造和能源生产。热解技术的众多优点中的两个是低运营成本和简单的液体燃料储存和运输。系统创新的发明问题解决理论（TRIZ）方法与专利数据库分析兼容，以产生用于本研究的创新。生物燃料热解技术的发展可以受益于TRIZ框架提供的系统创新。专利组合分析可以受益于 TRIZ 的独特视角，因为它利用了三个基本指标。第一个指标考察了过去二十年专利技术的演变，并提供了推动该行业发展的建议。受专利保护的科学研究和技术应用为各个行业的未来技术突破提供了重要的洞察和预见。