Step-By-Step Tutorial
- Open ChemrytWT and load the treatment-active molecule or related formulation component by drawing it, loading it from the editor, or pasting a SMILES string.
- Confirm the structure preview and molecule summary so the industrial water-treatment component is correct before analysis.
- Enter the application context such as scale control, corrosion inhibition, biocide screening, CIP cleaning, or another treatment objective along with any formulation notes.
- Click `Analyze Molecule`, `Run Prediction`, or the main workflow button to start the molecular-analysis review.
- Review the output panels for expected function, compatibility, dosage window, stability concerns, and formulation tradeoffs.
- Save or export the result so R&D and technical teams can continue prototype evaluation.
Tutorial Notes
- Use SMILES or structure input for the fastest single-molecule workflow when screening antiscalants, dispersants, inhibitors, or biocides.
- Always confirm the displayed molecule before clicking `Analyze Molecule` or `Run Prediction`, because the molecular-analysis output depends on the exact structure being screened.
- Use the result panels to compare molecule-level function and formulation-level compatibility before moving into bench or pilot testing.
- Treat ChemrytWT as formulation and molecule-analysis support, then confirm shortlisted candidates with bench testing, stability work, and application-specific performance studies.
Good Practice
ChemrytWT supports molecular analysis and formulation screening, but final performance, stability, compatibility, and field-use decisions still require laboratory validation and application testing.