RION COMPILER
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EPA-registered quaternary ammonium actives and a full portfolio of specialty surfactants, produced under regulatory governance.
View productsFrom molecular design through pilot-scale production, we engineer and manufacture custom chemistries to your specification.
Submit a projectQuantum and molecular mechanics integrated into one predictive compiler for catalysts, batteries, semiconductors, mining, and materials.
Explore the compilerTechnology
A vertically integrated physics engine, from electronic structure through atomistic simulation to macroscopic property prediction, purpose-built for product engineering.
RION Molecular's computational compiler constructs the complete quantum mechanical state of molecular and periodic systems from first principles, then bridges length and time scales through classical dynamics and statistical mechanics. The result is a predictive design loop that replaces trial-and-error synthesis with physics-informed engineering. We screen candidate molecules, predict thermodynamic and transport properties, optimize reaction pathways, and design formulations with targeted performance profiles before a single gram is synthesized.
The compiler is applied across catalysis, electrochemistry, solid-state materials, semiconductor processes, extractive metallurgy, and specialty chemical formulation: anywhere molecular-level insight drives commercial outcomes.
First-principles electronic structure computed entirely on GPU, delivering reaction energetics, bonding analysis, and spectroscopic properties at speeds that make high-throughput screening practical. No empirical fitting: every result traces directly to the Schrödinger equation.
Force fields, molecular dynamics, and statistical mechanics bridge the gap between electronic structure and engineering-scale properties. Transport coefficients, phase behavior, binding energetics, and thermodynamic stability at real operating conditions, not idealized benchmarks.
Machine learning models trained on compiler-generated quantum mechanical data extend first-principles accuracy to system sizes and timescales that direct simulation cannot reach. The training data is physics, not experiment or approximation, so the models inherit the compiler's predictive guarantees.
Engineering Domains
Active site modeling, adsorption energetics, and selectivity prediction for heterogeneous and homogeneous catalyst design.
Band structure engineering, defect chemistry, and mechanical property prediction for polymers, composites, and coatings.
Electrode-electrolyte interface modeling, ion transport pathways, and solid-electrolyte interphase design.
Dopant energetics, surface reconstruction, and process chemistry simulation for fabrication and device optimization.
Mineral surface chemistry, flotation reagent design, and leaching thermodynamics for extractive metallurgy.
Surfactant architecture, formulation thermodynamics, and structure-property relationships for performance chemical design.
Product Portfolio
Four product families, from regulated actives to custom molecules.
Markets Served
Six markets for our chemical products, each with its own applications; the computational compiler extends RION into five more.
Quaternary corrosion inhibitors, clay and shale stabilizers, foaming agents, and DDAC biocides for upstream and midstream operations.
Explore the market →EPA-registered quat actives for disinfectants and sanitizers, with bleach-stable amine oxides, sultaines, and hydrotroping surfactants for household, industrial, and institutional cleaning.
Explore the market →Biocidal quats for cooling water, process loops, and industrial water management, with surfactants for wetting and dispersion.
Explore the market →Cocamidopropyl betaine, amine oxides, and cetyl trimethyl ammonium chloride for skin care, hair care, and hygiene formulations.
Explore the market →Adjuvant surfactants, emulsifiers for emulsifiable concentrates and suspension concentrates, and wetting and deposition aids from the surfactant and quaternary lines.
Explore the market →Softener and antistat bases, scouring and wetting agents, and durable finishes for textile and leather processing.
Explore the market →Through the computational compiler
Electrode materials, electrolyte interfaces, and solid-state ion conductors.
Process chemistry simulation, dopant optimization, and surface chemistry.
Flotation chemistry, leaching reagents, and mineral surface modeling.
Catalyst screening, active-site engineering, and reaction pathway optimization.
Polymer and composite design, coatings, and property prediction.
Partners
RION works vertically in every market it serves: behind the manufacturer, beside the distributor, and alongside the formulator. The regulatory platform is part of that. So are our quaternary ammonium chlorides, specialty surfactants, custom synthesis, and the compiler.
Formulators who develop end-use products on RION chemistries.
Distributors who carry RION products for their customers.
Manufacturers who use RION chemistries and capabilities in their own production.
Work with RION
Product procurement, custom synthesis, technical collaboration, or a registration partnership. We respond within one business day.
Regulatory Platform
Formulate your EUP on an ENVIROQUAT MUP under the formulator’s exemption, or register one with RION and share the cost. We support formulation, the GLP data program, the Section 3 submission, and supply under change control.
How a registration partnership works