Surfactant & cleaning formulation platform for R&D chemists and formulation scientists.
Enter structure text or draw in JSME, then run the surfactant requirement engine.
ChemrytSCI is a surfactant and cleaning formulation platform for R&D chemists and formulation scientists. It helps you examine a structure, review key surfactant descriptors, compare formulation choices, and evaluate performance, regulatory, stability, and application workflows before lab or scale-up work.
It runs the primary structure review: identity resolution, descriptor generation, surfactant classification, and preparation of the downstream requirement modules for scientific review.
It refreshes the predictive analysis layer for the active structure using the current ChemrytSCI inputs, then updates the summary and module views used to support formulation screening decisions.
Raw Materials shows surfactant identity, descriptor context, HLB, CMC, cloud point, Krafft point, and selection guidance. Performance Testing summarizes foaming, wetting, detergency, and use-condition performance signals.
Formulation focuses on blend compatibility, rheology, dilution, and process guidance. Regulatory summarizes compliance-oriented formulation checks. Stability reviews storage, freeze-thaw, hydrolysis, and plant-transfer risks. Applications translates the screening outputs into end-use recommendations.
The benchmark tools let you lock a current surfactant system, compare candidate molecules against it, and quickly review where a replacement or alternative may improve performance, safety, or formulation fit.
As soon as you click Analyze Molecule or Run Prediction. Use Clear to bring the empty-state guidance back.
Section 1 — HLB, CMC, cloud point, Krafft point, PIT, packing parameter, counter-ion, and bio-based substitution
Section 3 — foam profile, dynamic surface tension, contact angle/wetting, roll-up degreasing, defoamer selection, low-foam cloud-point design, zeta potential, fabric softening, solubilization capacity, and Draves wetting
Section 2 — synergy/precipitation risk, active matter balance, viscosity build, rheology modifiers, hydrotropes, microemulsions, dilution, cold-process, preservatives, and chelant synergy
Section 4 — GHS classification, OECD 301 biodegradability, EU Ecolabel CDV, VOC compliance, 1,4-dioxane risk, aquatic toxicity, bio-based carbon content, Safer Choice screening, carbon footprint, and self-preservation design
Section 5 — freeze-thaw, hydrolysis kinetics, electrolyte tolerance, scale-up mixing, rancidity, turbidity diagnosis, syneresis, corrosion, efflorescence/cracking, and order-of-addition SOP
Section 6 — CIP descaler, asphalt/tar degreaser, touchless car wash, enzyme stabilization, disinfectant synergy, kitchen degreaser rheology, acidic bowl cleaner, rinse-aid sheeting, mild body wash, and optical brightener/DTI
