Analytical Consulting
Method development, troubleshooting, validation strategy, data interpretation, and difficult-sample analysis across complex chemical and environmental systems.
SYNCHX LLC is an analytical intelligence company focused on PFAS, environmental chemistry, instrument recovery, remediation strategy, AI-enabled workflows, portable analytical device concepts, proposal development, and structured human-system support.
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Method development, troubleshooting, validation strategy, data interpretation, and difficult-sample analysis across complex chemical and environmental systems.
Recovery of analytical systems that are unstable, abandoned, or too expensive to send to vendors, with emphasis on rapid diagnostics and restored reliability.
PFAS-focused analytical support, remediation strategy, fluorine mass-balance thinking, and environmental problem-solving that links chemistry with real implementation.
Microplastic workflow design, method refinement, contamination control, and defensible interpretation for environmental and applied analytical problems.
Structured AI workflows for literature synthesis, technical execution, and analytical reasoning, alongside AI detox tools and cognitive offloading awareness efforts.
Strategic support for remediation design, treatment evaluation, scale-up logic, and translation of analytical findings into practical environmental action.
Portable analytical concepts, field-ready sensing systems, and rapid detection tool development for applied chemistry and environmental decision-making.
Technical positioning, proposal framing, and funding-aligned strategy for remediation, analytical chemistry, and emerging contaminant projects.
Structured coaching informed by analytical thinking and lived recovery experience, focusing on autonomic regulation, pacing, and practical recovery pathways for chronic fatigue, long COVID, and related conditions.
Chanaka Navarathna is an analytical chemist whose work centers on trace contaminants, environmental chemistry, advanced instrumentation, and technically difficult systems. His background spans PFAS analysis, method development, difficult-sample interpretation, remediation strategy, and the recovery of complex analytical instruments under non-ideal conditions.
His technical foundation includes LC-MS/MS, GC-MS, and HRMS workflows, with particular emphasis on translating analytical data into practical decisions for environmental and applied chemistry problems. Across both research and consulting contexts, his work is defined by precision, adaptability, and the ability to move projects forward when standard methods fall short.
Through SYNCHX, he brings together analytical rigor, systems thinking, and emerging AI-enabled workflows to solve problems that sit at the intersection of chemistry, technology, remediation, and human performance.
In parallel, his work extends into dysautonomia through direct personal recovery experience, translating lived insight into structured guidance models that support stabilization, pacing, and long-term functional improvement.
Selected work demonstrating real-world impact. Testimonials coming soon.
Developed a browser-based system to monitor AI usage, reduce cognitive offloading, and restore independent thinking patterns. Designed to balance productivity with cognitive integrity.
Helped 50+ individuals improve recovery and management of dysautonomia, long COVID, and chronic fatigue conditions through structured, analytical guidance.
Restored complex analytical systems under failure conditions, reducing downtime from weeks to days and avoiding major service costs.
Secured competitive support for PFAS-focused innovation, linking analytical chemistry with scalable remediation concepts.
Development of sustainable remediation strategies using soil amendment approaches that integrate material science, environmental chemistry, and real-world applicability.
Developing more rigorous ways to evaluate PFAS destruction by tracking fluorinated products, unidentified fractions, inorganic fluoride, and residual compartments rather than relying on parent disappearance alone.
Exploring compact, field-deployable concepts that can support faster screening, targeted sensing, and more practical environmental response workflows.
Building structured support models that integrate pacing, behavioral pattern recognition, and carefully designed AI systems into recovery-oriented guidance for complex autonomic conditions.
Advancing remediation concepts that combine chemical realism, material strategy, environmental relevance, and feasibility beyond the laboratory.
Translating analytical and remediation ideas into forms that can support pilot implementation, deployment logic, and real-world technical adoption.
667 West Hancock St., Detroit, MI, 48201
Precision science for complex systems. SYNCHX supports technically demanding projects across analytical chemistry, environmental remediation, instrumentation, structured AI workflows, and human-centered support systems.