R&D Driving Tomorrow's Industrial Solutions
ALSYS invests 20% of annual revenue in research and development to advance ceramic membrane formulations, catalyst technologies, and separation processes that address evolving industrial requirements and emerging environmental challenges.
Our R&D programs span materials science, process development, and application engineering—supporting both near-term customer needs and long-term technology positioning. From laboratory-scale catalyst screening to pilot-scale membrane validation, ALSYS R&D teams combine fundamental research with practical industrial application development.
With research facilities in France and the United States, ALSYS develops technologies through collaboration with major industry partners, research institutions, and customers facing complex separation and emissions challenges. This partnering culture accelerates innovation while ensuring development efforts align with real industrial requirements and operational constraints.
ALSYS R&D supports two objectives: delivering technical expertise for current commercial applications and developing catalytic materials and membrane capabilities that will enable next-generation industrial processes.
Innovation Supporting Current and Future Industrial Requirements
ALSYS research programs address membrane durability, catalyst selectivity, process integration, and emerging separation challenges across water treatment, chemical processing, and emissions control.
Ceramic Membrane Development
Advanced formulations improving chemical resistance, thermal stability, and flux performance in extreme pH, elevated temperatures, and aggressive industrial environments.
Catalyst Formulation and Optimization
SCR, oxidation, and specialty catalysts addressing NOx, VOC, N2O, and emerging reaction pathways for decarbonization and energy transition applications.
Pervaporation Membrane Advancement
Solvent-resistant membranes enabling energy-efficient dehydration, azeotrope breaking, and VOC recovery in pharmaceutical and chemical processing operations.
Polymeric Membrane Technologies
Selective ultrafiltration and nanofiltration systems for pharmaceutical purification, protein concentration, and applications requiring tight molecular weight cutoffs.
Process Integration Engineering
System design, pilot-testing protocols, and performance-prediction models to support membrane and catalyst integration into existing industrial operations.
Materials Characterization and Testing
Advanced analytical capabilities, including membrane autopsy, catalyst activity testing, and failure analysis supporting product development and customer technical support.
Greenhouse Gas Reduction Catalysts
Advanced catalytic materials enabling methane oxidation, N2O decomposition, and CO2 valorization pathways that reduce industrial greenhouse gas emissions and support decarbonization strategies.
R&D Capabilities and Infrastructure
ALSYS maintains research and pilot testing capabilities in France and North America supporting membrane development, catalyst formulation, and process validation.
Bench-scale membrane screening, catalyst activity testing, and formulation development generating fundamental performance data before pilot-scale evaluation.
On-site and customer pilot programs that validate membrane and catalyst performance using actual process streams under industrial operating conditions before full-scale commitment.
Advanced analytical equipment supporting membrane autopsy, catalyst activity measurement, surface characterization, and failure analysis for development and customer support.
Direct connection between R&D and production facilities enabling rapid transition from laboratory formulations to commercial manufacturing while maintaining quality and consistency.
Installation data collection and performance tracking, providing feedback to R&D teams supporting continuous improvement and next-generation product development.
Process simulation, mass-transfer modeling, and performance-prediction tools that support system design, scale-up, and customer feasibility assessment.
Development Process and Timeline
From Laboratory Concept to Commercial Readiness
ALSYS follows structured development pathways progressing technologies from fundamental research through commercial deployment.
Initial laboratory testing establishing proof-of-concept, preliminary performance data, and technical feasibility for target applications.
Formulation refinement, performance optimization, and stability testing under controlled conditions representing industrial operating parameters.
Testing with actual customer streams or representative process fluids validating performance predictions and identifying operational considerations.
On-site or facility-based pilot programs that generate commercial-scale performance data under real operating conditions, supporting scale-up engineering.
Manufacturing scale-up, quality system development, technical documentation, and commercial team training preparing for market introduction.
Commercial availability with ongoing performance monitoring, customer technical support, and continuous improvement based on field experience.
Collaboration and Partnership
Advancing Technologies Through Strategic Partnerships
ALSYS R&D culture emphasizes collaboration with industry partners, research institutions, and customers to accelerate innovation and ensure commercial relevance.
Industry Partner Co-Development
Joint development programs with major companies combining ALSYS materials expertise with partner process knowledge and market access.
Research Institution Collaboration
University and national laboratory partnerships accessing specialized expertise, analytical capabilities, and fundamental research supporting technology advancement.
Customer-Driven Innovation
Direct engagement with operators identifying separation and emissions challenges guiding R&D priorities and ensuring development efforts address real industrial needs.
Consortium Participation
Active involvement in industry consortia and collaborative research programs advancing pre-competitive technology development across membrane and catalyst applications.
Technology Licensing and Transfer
Selective in-licensing of complementary technologies and out-licensing of ALSYS innovations where partnership accelerates commercialization or market access.
Partner With ALSYS R&D
ALSYS welcomes collaboration with technology developers, industrial operators, and research organizations seeking membrane and catalyst solutions for challenging separation and emissions applications.