Digitalization in research contributes to making research work more efficient, expanding knowledge networks, and creating more space for creativity. Chemist Dr Fangfang Chu and molecular simulation expert Dr Eduard Schreiner discuss the computer simulation of a microencapsulation. It is used to protect active ingredients, for example from moisture and oxygen. Simulations help to better understand and predict the complex chemical and physical interactions within the microcapsule, allowing laboratory test series to be planned more precisely.

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创造化学新作用——面向未来的创新

不断增长的人口对食物、能源和清洁水源的需求日益增长，有限的资源和保护气候 – 如何调和这些因素是这个时代面临的最大挑战。基于化学的创新能推动应对这一挑战的解决方案，因而至关重要。

2020年研究事实与数据

~ 10,000名员工在全球致力于研发工作

> 20亿欧元研发投入

超越型解决方案的销售额达167亿欧元

~950项全球新专利

Mohamed Bouguettaya (left) and Wei Leng (right), lab managers, check the quality of a rain boot made of polyurethane. Polyurethane footwear materials offer processing advantages in combination with excellent physical properties. The high flexibility over a broad temperature range is a clear advantage in comparison for example with rubber. Polyurethane can be combined with other materials, allowing a variety of choices of designs and styles for customers.

我们的研究活动

巴斯夫在全球拥有超过10,000名研发人员，致力于化学领域的创新。

面向未来的创新

Lipstick mold in the Personal Care Development and Application Technology Lab. After stock at 4°C with 5-10 minutes for solidification, the lipsticks in the molds are ready to be removed.

我们的创新成果

巴斯夫是全球最具创新力的企业之一。创新是我们的动力源泉。我们的产品和工艺为应对全球挑战提供可持续的解决方案。

巴斯夫创新

我们的创新之道

对于巴斯夫，创新是在充满挑战的市场环境中成功脱颖而出的关键。遍布全球、各有专长的高素质研究团队是我们创新实力的坚实基础。

我们如何创新

亚太区研究与开发

亚太区是巴斯夫先进材料与系统研究业务的全球总部所在地，多座专注于作物保护、电子和电池材料领域的关键研发基地也坐落于此。

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