Website Glossary

Highly trained personnel responsible for identifying, assessing, and disposing of explosive threats, often working in high-stress and dangerous environments.

Explosive material or substance designed to detonate upon activation, typically composed of a chemical mixture that rapidly releases gasses and heat, resulting in a sudden and intense expansion of pressure, often accompanied by heat, light, sound, and the release of debris.

The quantity or amount of explosive material in a device, container, or area. The measure of the explosive power or potential contained within the explosives.

Law enforcement, military, and specialised security personnel use EMoE techniques to enter secured or barricaded structures or vehicles. In EMoE operations, trained personnel use precisely placed explosives to breach doors, windows, walls, or other barriers obstructing entry. The explosives are strategically deployed to create a controlled breach, allowing entry into the target location while minimising collateral damage and ensuring the safety of the team and any individuals inside the structure.

Explosive devices that remain in a post-conflict area after the cessation of hostilities. These remnants pose a threat to civilians and can cause death, injury, and property damage. ERW encompass a variety of explosive items, including unexploded ordnance (UXO), abandoned explosive ordnance (AXO), and other explosive hazards such as improvised explosive devices (IEDs) and booby traps.

Technology used to detect microscopic traces of explosives on surfaces, clothing, or other items.

EFPs are a type of munition for penetrating armour, hardened targets, bunkers, and other fortified structures. They use an explosive charge to form and propel a high-speed projectile. Unlike traditional shaped charges that focus their explosive energy into a directed metal jet, EFPs use a concave metal liner that deforms upon detonation, shaping into a projectile that travels at high velocity towards the target.

Explosives Engineering is a specialised field of engineering that focuses on the design, development, testing, and application of explosive materials and devices. It is a discipline that requires understanding the principles of explosive chemistry, physics, and mechanics to harness the energy released by explosives safely and effectively for specific applications. Explosives engineers work in diverse industries, including mining, construction, demolition, military, and law enforcement. 

Explosive engineering demands a solid foundation in maths, physics, chemistry, engineering principles, and specialised knowledge of explosives and their behaviour. Professionals in this field must adhere to strict safety protocols and regulations to minimise the risk of accidents and protect personnel, property, and the environmen

Explosives management involves the systematic handling, storage, transportation, and disposal of explosive materials to ensure safety, security, and regulatory compliance. It involves protocols, procedures, and technologies to minimise the risks associated with explosives, such as accidental detonations, unauthorised access, theft, or diversion for illicit purposes. Effective explosives management typically includes measures for risk assessment, training, monitoring, and enforcement of relevant laws and regulations to safeguard people, property, and the environment.