Neutralisation Made Simple

Acid–Base Chemistry Excel Toolkit | Educational Edition

Understand acid–base neutralization with greater confidence.

Struggling with neutralization calculations, chemical equivalence or titration curves?

Neutralization Made Simple is an interactive Microsoft Excel learning toolkit designed to make fundamental acid–base chemistry easier to explore, calculate and understand.

Whether you're studying chemistry, learning chemical engineering fundamentals or refreshing your knowledge, this toolkit combines calculations, visualizations and explanations in one convenient workbook.

What's included?

1. Interactive Acid–Base Calculator

• Calculate theoretical stoichiometric equivalence quantities.
• Explore acid and base concentrations, volumes and equivalent factors.
• Understand why chemical equivalence does not always mean pH 7.

2. Titration Models and Curves

• Explore strong acid–strong base titration.
• Visualize weak acid–strong base titration using acetic acid and NaOH.
• Explore weak base–strong acid titration using ammonia and HCl.
• Observe how pH changes before, at and after equivalence.

3. Educational Explanations

• Understand equivalence and half-equivalence points.
• Explore buffering behavior and weak acid/base equilibria.
• Review worked examples and key chemistry concepts.

4. Quick Start Guide (PDF)

• Guidance for navigating the workbook.
• Instructions for using the educational models.
• Important assumptions and limitations.

Who is this for?

• Chemistry students
• Chemical engineering students
• Educators and tutors
• Professionals refreshing their understanding of acid–base chemistry
• Independent learners interested in applied chemistry

What you'll receive

• 1 Microsoft Excel workbook (.xlsx)
• 1 Quick Start Guide (.pdf)

Digital download. No physical product will be shipped.

Requirements

Microsoft Excel desktop is recommended for the best experience. Compatibility with other spreadsheet applications is not guaranteed.

Important information

This toolkit is intended for educational purposes only. Calculations are based on idealized chemical models and stated assumptions.

It is not designed or validated for industrial chemical dosing, hazardous-waste treatment, process control, safety-critical decisions, regulatory compliance or professional process design.

Learn the chemistry. Explore the calculations. Understand the curves.