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A study of polymer innovation in the chemical industry.

机译:化工行业聚合物创新研究。

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Polymer innovations (from dental adhesives to home carpeting) are a part of our everyday lives. The development of new polymer-based products fuels one of the fastest growing segments of the U.S. chemical industry, which is one of the most successful American industries. Thus, understanding the factors that influence polymer innovation is important to the chemical industry and the nation's economic vitality. This dissertation explores the idea that a firm's ability to successfully develop polymer innovations depends on the firm-specific factors of strategy, structure, and organizational capabilities. It examines sixteen innovations at seven firms: brightness enhancement films and Vitrebond dental material (3M); biocoatings (Battelle); fiberoptics cable coating (Corning Company); Monosphere(TM) ion-exchange resin and a proprietary material (Dow Chemical Company); CorianRTM closed mold, microporous polytetrafluoroethylene, pigment-based ink for InkJet printers, Stainmaster RTM carpets, and TeflonRTM-coated cookware (DuPont); blended polyethylene and cable coatings (Quantum Chemical Company); and three biodegradable plastics (because of legal proceedings, pseudonyms are used).; To understand the impact of a firm's strategy, structure, and organizational capabilities, this dissertation examines their influence on the behaviors of the innovation units (IUs). An IU is the people within the firm and outside of it who developed and commercialized the innovation, the facilities and equipment employed to make the innovation happen, and the organizational routines used in conceiving and developing the innovation.; This dissertation shows that for the successful innovations, alignment between the firm's and the IU's written and oral strategies is critical. If the strategies are aligned, resources and funding are easier for the IU to obtain. In the cases of strong alignment, the conflicts between the firm and IU are minimal. If the strategies are weakly aligned, more conflicts occur. If the strategies are aimed at different or incompatible goals, the innovation usually fails. The ability to successfully bundle the elements of organizational capabilities and ensure information flow is also important in successful innovation. The alignment of the firm's and the IU's structure has little influence on successful innovation.
机译:聚合物创新(从牙科用粘合剂到家用地毯)是我们日常生活的一部分。新的聚合物基产品的开发为美国化学工业增长最快的部门之一提供了燃料,这是美国最成功的工业之一。因此,了解影响聚合物创新的因素对化学工业和国家的经济活力至关重要。本文探讨了一个观点,即企业成功开发聚合物创新的能力取决于企业特定的战略,结构和组织能力因素。它审查了7家公司的16项创新:增亮膜和Vitrebond牙科材料(3M);生物涂料(Battelle);光纤电缆涂层(康宁公司); Monosphere™离子交换树脂和专有材料(陶氏化学公司); CorianRTM闭模,微孔聚四氟乙烯,用于喷墨打印机的颜料基墨水,Stainmaster RTM地毯和涂有TeflonRTM的炊具(杜邦);聚乙烯和电缆混合涂料(Quantum Chemical Company);和三种可生物降解的塑料(由于法律程序,使用化名)。为了理解企业战略,结构和组织能力的影响,本文研究了企业对创新单位行为的影响。 IU是公司内外的人员,他们将创新进行开发和商业化,实现创新所使用的设施和设备以及构思和开发创新所使用的组织程序。本文表明,对于成功的创新,公司与IU的书面和口头策略之间的一致性至关重要。如果战略保持一致,IU可以获得的资源和资金就更容易。在高度一致的情况下,公司与IU之间的冲突很小。如果这些策略缺乏协调性,则会发生更多冲突。如果这些策略针对不同或不兼容的目标,则创新通常会失败。成功捆绑组织能力的要素并确保信息流的能力对于成功的创新也很重要。公司和IU的结构一致对成功的创新影响很小。

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