This course will be run at Grafham Water Sailing Club, near Huntingdon, Cambridgeshire. The venue is easily reached and a variety of local accommodation is available. Further details are available from Davas Ltd. Each course will run from 9 am to 5 pm all three days. It is also possible to arrange bespoke courses to be run at your site if this is of interest.

Click here for course details

Click here for a registration form

Click here for local accomodation information

Denmark
Spain

If you are interested in us running a course for you, in the UK or abroad, please contact us.  We can run the standard course, or tailor one to your needs.

• Pyrotechnic chemistry introduction
• Pyrotechnics and the law
• Introduction to hazards and risk 

Module I – Basic Chemical Principles

• Atomic Structure
• Chemical Bonds and Bond Types
• Chemical Names
• Chemical Formulae and Equations
• Common Pyrotechnic Materials

Module II – Pyrotechnic Chemistry, Ignition and Propagation

• Chemical Oxidation States
• Oxidation Reactions
• Reaction Energy Considerations
• Thermal Run-Away
• Pyrotechnic Ignition and Propagation

Module III – Pyrotechnic Primes and Priming

• Shimizu Energy Diagrams
• Ignition and Propagation Problems
• Prime Formulations and Application Techniques
• Alternatives to Priming

Module IV – Factors Affecting Burn Rate

• Choice of Fuel and Oxidizer and Their Ratio
• Degree of Mixing and Consolidation
• Particle Size and Shape
• Additives and Catalysts
• Temperature, Pressure and Confinement
• Physical Form and Consolidation
• Geometry, Crystal and Environmental Effects

Module V – Aspects of Pyrotechnic Burning

• Pyrotechnic Delays
• Parallel vs. Propagative Burning
• Black Match and Quick Match Mechanisms
• Rocket Performance / Malfunctions
• Burning, Deflagration and Detonation

Module VI – Physical Basis for Coloured Light Production

• Nature of Light
• Line, Band and Continuous Emissions
• Chromaticity Diagrams
• Additive Colour Laws
• Colour Theory Applied

Module VII – Chemistry of Coloured Flame

• Mechanism of Coloured Light Production
• Colour Agents and Colour Species
• Colour Enhancers
• Optimizing Colour Quality
• Use of Metal Fuels
• Special Topics

Module VIII – Chemistry of Sparks, Glitter and Strobe

• Light Emission from Sparks
• Control of Spark Chemistry
• Mechanism of Glitter
• Influence of Metal Fuels on Glitter
• Control of Glitter Delay
• Mechanism of Strobe Burning
• Control of Strobe Rate

Module IX – Pyrotechnic Smoke and Noise

• Physical Smoke
• Chemical Smoke
• Whistles
• Salutes and Reports

Module X – Approaches to Formulation Development

• Add or Substitute a Component
• Mix Compositions
• Triangle Diagrams
• Stoichiometric Approaches
• Other Approaches

Module XI – Pyrotechnic Sensitiveness

• Water Sensitiveness
• Auto-Ignition Temperature
• Friction Sensitiveness
• Impact Sensitiveness
• Electrostatic Sensitiveness

Module XII – Hazard Management

• Elements of Hazard Management
• Chemical Toxicity Hazards
• Pyrotechnic Hazards
• Hazardous Chemical Combinations
• Measures to Control Hazards

The course is a blend of basic chemical principles, and the application of those principles to understanding pyrotechnics and to solving practical problems. Attendees will expand their knowledge of pyrotechnic chemistry, improve their proficiency in conducting research and development, and gain important insights regarding safety. The course is structured into a series of 12 modules, augmented with many video demonstrations. To aid in comprehension and retention of information, a copy of the Kosanke's recently published book Pyrotechnic Chemistry is included.

The course is designed for: those who have at least modest skills in pyrotechnics, but little or no formal chemistry background; and those who have a basic understanding of chemistry, but with little knowledge of pyrotechnics. Persons with little knowledge of either chemistry or pyrotechnics will benefit greatly from the course; but the amount of information presented will be more than can easily be retained.

Generally, the class is composed of a mix of industry personnel and individuals, working in both research and production. In this way there will be an opportunity for attendees to share and gain insights from their collective experiences.

COURSE INSTRUCTOR

The instructor for the UK courses is Tom Smith. Tom has a DPhil in organic chemistry from Oxford University and has had an involvement in the firework industry for over 30 years. Tom is currently chairman of the CBI/EIG pyrotechnic group and secretary of the British Pyrotechnists Association. Recent projects have also included acting as pyrotechnic consultant to the London Millennium celebrations and the 2004 Athens Olympics.

COURSE SCHEDULES

Each course will be run at Grafham Water Sailing Club, near Huntingdon, Cambridgeshire. The venue is easily reached and a variety of local accomodation is available. Further details are available from Davas Ltd. Each course will run from 9 am to 5 pm all three days. It is also possible to arrange bespoke courses to be run at your site if this is of interest.  Next date 28/29/30th March 2011

COURSE COST

£400 (+ VAT) , including Pyrotechnic Chemistry book. Half of the £400 registration fee (£200) is due with your completed registration form. The remainder is due at or before the start of the course. Also included with the course are a certificate of completion and light refreshments. [A few scholarships are available for individuals not associated with a company, which reduce the fee to £275 (+VAT). Contact us for details.]

ATTENDANCE LIMIT

To give personalized attention to the needs of each attendee, the class size will be limited.

REFUND POLICY

Full refunds will be made for cancellations received at least two weeks before the start of the course. A charge of £25 will be made for cancellations received within two weeks before the start of the course. The full deposit may be forfeited for cancellations made within one week of the start of the class.

Further details will be provided to all course registrants as the time of the course
draws nearer

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