Core Expertise
Our expertise spans the design, scale-up, and implementation of advanced chemical processes for industrial applications.
Design and implementation of continuous chromatographic separation systems, with a primary focus on Simulated Moving Bed (SMB) technology.
Process design and scale-up of oleochemical production routes, including esterification, amidation, transesterification, and downstream purification.
Pilot- and industrial-scale development of chemical production processes, including product recovery, purification strategies, and process validation.
We combine deep technical know-how with hands-on industrial experience to deliver practical, scalable, and sustainable chemical process solutions.
- Strong academic foundation combined with real-world industrial execution
- Proven experience in scaling chemical processes from laboratory to industrial scale
- Independent, technology-agnostic approach focused on optimal process selection
- Commitment to sustainable, efficient, and operable process solutions
Our Approach
Our approach is built on a structured, engineering-driven methodology that transforms technical challenges into robust, scalable, and industrially viable process solutions.
Define
We define project objectives, technical requirements, and constraints based on feedstock characteristics, product specifications, and operational targets.
Design
We design optimized process routes, unit operations, and separation schemes aligned with scalability, operability, and safety requirements.
Validate
We validate process performance through mass and energy balances, pilot-scale testing, and technical–economic assessments.
Implement
We support implementation through detailed engineering, commissioning assistance, and knowledge transfer to ensure smooth industrial deployment.