Project-Based Collaboration
Tailored Engineering and R&D Solutions
Companies and research organizations often face technical challenges that require specialized expertise, experimental validation, or engineering support. InVerTec provides tailored project-based collaboration to help partners develop, optimize, and implement innovative process technologies.
Each project is customized to the specific objectives of the partner and can include individual development phases or complete solutions, from the initial concept through laboratory validation, engineering design, pilot-scale demonstration, and industrial implementation.
Typical Project Workflow
Initial Consultation
Every project begins with a discussion to understand the technical challenge, define the project scope, objectives, and identify the most appropriate collaboration approach.
Concept Development & Feasibility
Possible process routes, reactor concepts, and technical solutions are evaluated through engineering studies, literature review, and preliminary feasibility assessments.
Experimental Validation
Experimental investigations are carried out in laboratory or pilot-scale facilities to generate reliable process data, evaluate performance, and optimize operating conditions.
Engineering & Scale-Up
Based on the experimental results, engineering concepts are developed, including process design, reactor engineering, scale-up studies, and preparation for industrial implementation.
Technology Transfer & Follow-Up (if required)
Depending on the project objectives, InVerTec supports technology transfer, pilot plant implementation, industrial deployment, or continued development through follow-up projects.
Typical Projects
- Development of recycling processes for polymers and advanced materials
- Thermal conversion and hydrothermal process development
- Reactor development and process intensification
- Laboratory-, pilot-, and demonstration-scale validation
- Design and construction of customized pilot plants
- Process scale-up and industrial implementation
- Process automation and control development
- Analytical method development and process characterization