利用 BIOVIA Materials Studio 加速产品开发

催化剂通过控制化学反应途径,实现更高效和更具选择性的化学合成。无论是将石油加工成特种化学品,还是制造许多日常的化学产品和药物,催化剂在其中都奠定了重要基础。它们还能够使燃料电池和催化转换器等技术成为现实,因而在保护环境方面也发挥着关键作用。所以,提高现有催化剂的整体效率(活性、选择性和稳定性)一直是一项重点研究领域。即使是催化活性方面的微小进步,也能显著降低能耗,从而节省数千万甚至上亿美元的资金。

提供独特见解

BIOVIA Materials Studio 提供了一套全面的方法,通过计算机仿真来预测和表征催化剂行为,从而提供对这些相互作用的独特见解,并显著加速催化剂的设计和优化。  

 

 

预测催化剂性质

  • 在沸石等材料中找到最稳定的吸附位点
  • 计算局部几何结构和/或缺陷对催化剂作用机制的影响
  • 通过统计和机器学习方法,按化学结构筛选新的催化剂
  • 评估金属配体复合物的电子和化学性质
  • 预测纳米颗粒(>500 个原子)等大型系统的催化剂结构和性质

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