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Technology research and development: measuring and improving cotton product quality, creating new outlets.

机译:技术研发:衡量和提高棉花产品质量,创建新的销售点。

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摘要

Cotton is grown in both industrialized and developing countries, primarily for its fibre. Cotton technology has a role to play in promoting cotton fibre from developing countries and in proposing ways of using the seed itself. Ouality begins in the field: the changes in commercial fibre classification and world market trends are prompting a strengthening of the links between stakeholders in the commodity chain, technologists, agronomists and cotton specialists with a view to studying and optimizing the interactions between the environment, cropping techniques and fibre quality. Specific cognitive research, industrial processes and measuring equipment are now required for cotton fibre, particularly as certain quality characteristics are now world market priorities, and CIRAD has moved in that directs. The experience acquired means that it is now in a position to help producing countries to optimize the commercial classification of their fibre so as to obtain the highest possible price. Cottonseed, for its part, has huge potential in terms of food products and new materials: using so-called glandless or toxic pigment (gossypol)-free cottonseed; producing biodegradable protein films, etc. For beth fibre and seed, cotton technology is a field whose content and work methods closely follow trends in the commodity chain and processing industry.
机译:棉花在工业化国家和发展中国家都在种植,主要是因为其纤维。棉花技术在促进发展中国家的棉花纤维和提出使用种子本身的方式方面可以发挥作用。互惠生开始于该领域:商业纤维分类和世界市场趋势的变化正在促使加强商品链上的利益相关者,技术人员,农艺师和棉花专家之间的联系,以研究和优化环境,作物之间的相互作用技术和纤维质量。如今,棉纤维需要专门的认知研究,工业流程和测量设备,特别是由于某些质量特性现在已成为世界市场的重中之重,而CIRAD也朝着这一方向发展。所获得的经验意味着它现在可以帮助生产国优化其纤维的商业分类,从而获得可能的最高价格。就棉籽而言,它在食品和新材料方面具有巨大的潜力:使用所谓的不含无填料或无毒色素(棉酚)的棉籽;棉花技术是Beth纤维和种子的领域,其内容和工作方法紧跟商品链和加工业的趋势。

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