Welcome to our platform, where you can explore our services, find useful resources, and stay informed about the latest developments. Whether you are starting a new project or looking for support with an existing one, we are here to help you take the next step.

Our team works closely with you to understand your requirements and develop practical solutions. We value clear communication, reliable processes, and attention to detail throughout every stage of a project. From the initial conversation to the final delivery, our goal is to make your experience straightforward and productive.

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Research into alternative fuel pathways requires control over gas composition, reaction conditions and product analysis.
ILS has developed systems for Fischer–Tropsch research and dynamic methanation studies. These applications range from catalyst screening and stability testing to investigating how catalysts respond when feed conditions change.
Reactor configuration and analytics are selected around the specific information your development program needs.

Chemical recycling research needs equipment that allows different feedstocks and experimental conditions to be investigated systematically.
ILS has developed parallel pyrolysis testing tools for plastic research and demanding heavy-feed applications. This high-throughput approach provides a practical starting point for comparing experiments and developing a better understanding of thermal conversion processes.

Working on a battery-material process that requires a specialized research setup?
Tell us which materials, operating conditions and measurements are involved. Together, we can define the experimental requirements and assess the engineering approach needed to move from a process idea to a practical research system.

ILS develops research equipment for investigating polymerization conditions and improving catalyst and process performance.
Solutions can address sensitive catalyst handling, precise monomer dosing and the integration of online or offline analysis. Our work includes systems designed to protect air- and moisture-sensitive chemistry while maintaining practical access for operation and maintenance.
Each configuration is developed around the materials and experimental procedures involved.

Catalyst research requires equipment that reveals meaningful performance differences rather than introducing uncertainty through the test setup.
ILS supports heterogeneous and homogeneous catalysis with research tools for preparation, testing and analytical characterization. Parallel experimentation and controlled operating conditions help researchers compare candidates, investigate stability and develop a stronger understanding of catalyst behavior.

ILS develops research systems for hydrotreating, hydrocracking and related process-development tasks.
Our experience includes heavy and viscous feedstocks, extended catalyst studies and systems with flexible reactor configurations. Feed dosing, pressure control, product collection and analytical integration are designed together to support meaningful evaluation of catalyst and operating-condition changes.

ILS provides research tools for hydrogenation, carbonylation and other screening tasks in pharmaceutical and fine-chemical development.
Compact parallel platforms allow multiple experimental conditions to be investigated. Application-specific reactor and sample-handling concepts can help protect sensitive catalysts, reduce cleaning effort and limit the risk of cross-contamination between experiments.

ILS supports the development of catalytic conversion and upgrading processes with laboratory and pilot-scale research equipment.
Our experience includes pilot systems for processing vegetable-oil-based and other demanding feeds, with reactor configurations and downstream fractionation tailored to the required product evaluation.
Combining reaction and product work-up helps research teams investigate catalyst choices and operating conditions in greater detail.