Culgi is a fast growing computational chemistry company dedicated to providing industry with revolutionary modelling tools for the rational design of soft matter formulations.
Our flagship product is the Chemistry Unified Language Interface modelling library.
Soft matter formulations in industry are truly multifarious. Formulations may contain polymers, surfactants, colloids, and active molecular ingredients, in any composition, and of any process. In very few cases such composite formulations are in equilibrium, almost always they are metastable or even intrinsically unstable.
Traditional computational chemistry relies heavily on academic software, and modelling tools are developed with focus on the quantum and molecular scales. Such an approach is not only unsatisfactory for development of client-based intellectual property, but it is also irrelevant for the multiscale problems in industrial formulations.
Our revolutionary solution is a cost-effective customizable interface: the Culgi scripting language, that we offer through confidential research collaborations. The library fully exploits several novel hybrid modelling concepts unique to Culgi. Modelling ranges from molecular to mesoscopic scales and hybrid molecular-mesoscopic scales, with applications in colloid, polymer and surfactant modelling. In addition we investigate fundamentals and applications of novel hybrid statistical and machine learning approaches in public research collaborations.
The leaders of the company are world recognized researchers in molecular and mesoscopic modelling. Culgi has collaborative partnerships with academic institutes, industry, government agencies and a qualified group of computational chemistry consultants.
Culgi clients include midsize to large multinational companies and government agencies in the areas of personal care products, pharmaceuticals, plastics, petrochemicals and space research.
Upcoming Events
Join us at the following conferences to learn more about multiscale modelling with Culgi:
14th Rolduc Polymer Meeting "From Commodity Plastics to Specialty Polymers?"
May 18-21, 2008 Kerkrade, The Netherlands
June 1-5, 2008 Boston, Mass., USA