Memsic
MEMSIC is a spin-off from research conducted at the renowned LRGP laboratory, specializing in membrane separation processes for gas and liquid applications. They offer expertise in gas permeation, gas-liquid membrane contactors, degassing, reverse osmosis, and trans-membrane distillation. Their mission is to assist clients in developing technical solutions and optimizing separation and purification processes. MEMSIC holds CIR (Crédit d’Impôt Recherche) approval for 2023-2025, allowing partner companies to benefit from research tax credits. The company provides software development for industrial modeling of fluid separation, unit operations for process simulation software, and optimization tools. They also offer process design and optimization services, including identifying optimal process structures, AI-based optimization, process synthesis, cost estimation, and techno-economic analysis. MEMSIC's expertise spans materials, modules, and processes, aiming to predict performance and evaluate the relative benefits of membrane separation processes.
Memsic
MEMSIC is a spin-off from research conducted at the renowned LRGP laboratory, specializing in membrane separation processes for gas and liquid applications. They offer expertise in gas permeation, gas-liquid membrane contactors, degassing, reverse osmosis, and trans-membrane distillation. Their mission is to assist clients in developing technical solutions and optimizing separation and purification processes. MEMSIC holds CIR (Crédit d’Impôt Recherche) approval for 2023-2025, allowing partner companies to benefit from research tax credits. The company provides software development for industrial modeling of fluid separation, unit operations for process simulation software, and optimization tools. They also offer process design and optimization services, including identifying optimal process structures, AI-based optimization, process synthesis, cost estimation, and techno-economic analysis. MEMSIC's expertise spans materials, modules, and processes, aiming to predict performance and evaluate the relative benefits of membrane separation processes.