Hexogen, also known as RDX, Cyclonite, or Research Department Explosive, is a powerful high explosive that is considered extremely dangerous and problematic for several practical and safety-related reasons. Chemically, it is a white crystalline solid with the formula C3H6N6O6 and is significantly more powerful than TNT, being about 1.5 times more potent on a weight-for-weight basis with a much higher detonation velocity. Although discovered in 1898, it was not utilized as a military explosive until World War II due to its superior power for armor-piercing shells and shaped charges. Because it is stable yet powerful, it is rarely used alone and is instead mixed with other materials to create composite explosives like Composition B, Semtex, or HMX mixtures, and serves as a primary ingredient in many modern plastic explosives.

The reputation of Hexogen being bad stems primarily from extreme safety hazards, environmental toxicity, and security risks. Regarding safety, while RDX is more stable than some liquid explosives like nitroglycerin, it remains highly sensitive to shock, friction, and heat compared to standard commercial explosives. Improper handling, dropping, or exposure to fire can lead to catastrophic accidental detonations, and the manufacturing process involves hazardous chemicals under acidic conditions, posing significant risks to workers and facilities if not strictly controlled.

Environmentally and regarding health, Hexogen is particularly insidious because it is notoriously persistent and does not break down easily in soil or water, leading to severe groundwater contamination at military training grounds and former production sites. It is toxic to humans and wildlife, acting as a neurotoxin that affects the central nervous system and can cause seizures, liver damage, and anemia, while also being classified as a possible human carcinogen. The cleanup of RDX-contaminated soil is incredibly expensive and technically difficult, leaving a legacy of toxic hotspots near old military bases.

From a security perspective, the high energy density and ability of RDX to be molded when mixed with binders make it a favorite material for improvised explosive devices and terrorist attacks. When combined with plasticizers, it becomes moldable like clay, allowing it to be easily hidden in luggage, clothing, or vehicles, which contributed to famous incidents such as the Pan Am Flight 103 bombing. Its stability also allows it to be smuggled more easily than volatile liquids, creating challenges for detection. Ultimately, Hexogen is viewed negatively because it represents a high-risk, high-toxicity material whose combination of immense destructive power, difficulty in safe disposal, long-term environmental persistence, and utility in weapons of mass destruction makes it a major concern for safety regulators, environmental scientists, and security agencies worldwide.

Cheers!
-warmfuzzy

--- Mystic BBS v1.12 A49 2023/04/30 (Linux/64)
* Origin: thE qUAntUm wOrmhOlE, rAmsgAtE, uK. bbs.erb.pw (700:100/37)