KERONE's vertically integrated Research, Innovation & Advanced Technology Ecosystem combines four powerful pillars — delivering seamless concept-to-commercialisation capability under one unified framework, from TRL 3 to TRL 9.
An integrated framework spanning Technology Readiness Levels 3–9, enabling seamless transition from laboratory concept to commercial deployment.
The commercial arm delivering thermal systems, drying systems, microwave & RF processors, plasma systems, carbon processing, hybrid energy platforms, and full automation & control solutions — from design and fabrication through to lifecycle support.
The innovation engine conducting process development, pilot trials, scale-up modelling, and feasibility research across food & nutraceuticals, specialty chemicals, advanced materials, carbon, and green process domains.
Independent ISO-aligned analytical validation covering thermal analysis (TGA, DSC), composition analysis, carbon characterisation, surface properties (BET), and performance benchmarking — the trusted verification backbone of the ecosystem.
The global knowledge platform delivering technology dissemination, professional training & certification, industry–academia collaboration, best-practice standards development, and international knowledge exchange.
KRDC drives process innovation through laboratory feasibility studies, pilot plant platforms, and rigorous scale-up modelling across five core research domains.
ISO-aligned independent analytical validation for KRDC research outputs and KERONE commercial acceptance testing — the trusted verification backbone of the ecosystem.
Thermogravimetric Analysis (TGA), Derivative Thermogravimetry (DTG), and Differential Scanning Calorimetry (DSC) for comprehensive thermal characterisation of materials and products.
Moisture content, proximate analysis, and ultimate analysis — complete compositional profiling for raw material qualification and product quality validation.
Dedicated analytical protocols for biochar and activated carbon — quality benchmarking against international standards with full compliance reporting.
BET surface area measurement, porosity analysis, and adsorption isotherm testing — critical characterisation for activated carbon, catalysts, and porous materials.
Quality benchmarking and independent performance verification for all KERONE commercial systems — providing customers with impartial analytical assurance.
Energy efficiency assessments, technology selection support, and pilot trial analytical support — complete documentation packages for regulatory submissions.
Unlike equipment-only suppliers, KERONE's integrated ecosystem provides research-driven engineering — every commercial system is backed by validated pilot data, independent analytical verification, and global knowledge networks.
The Association of Industrial Microwave Heating & High-Frequency Applications connects industry, academia, and standards bodies worldwide.
KERONE's structured validation pathway de-risks technology scale-up at every stage — from laboratory concept to full commercial deployment.
Initial proof-of-concept at laboratory scale. Material characterisation and analytical baseline establishment using KAAT capabilities.
Pilot plant platform trials with real process conditions. Performance optimisation, energy benchmarking, and parametric studies.
Mass and energy balance validation. Scale-up simulation and modelling. Risk assessment and engineering design specification.
Full commercial system design, fabrication, automation, and installation by KERONE — with KAAT providing final commissioning validation.
KERONE's integrated ecosystem delivers concept-to-commercialisation capability across five key industrial sectors.
Whether you're at concept stage or ready for pilot trials, KERONE's integrated research ecosystem provides the complete capability to take your process from idea to industrial reality.