AT-02 Super Acid

AT-02 Super Acid

AT-02 SUPER ACID
Object Class: Level 5 (Very Dangerous, cannot be tested)

Origin: Unknown

Status: Disposed & Destroyed

Discovery Of AT-02
Acid was found under a nuclear reactor, and was helled in a cup of glass, at *******, in The United States. Discoverd by reactor employee, he poured some on a toilet to dump it out and melted the whole bathroom, with less than 1 liter of it. The acid was left alone, for a year. The acid has been taken, the acid cannot melt through thick glass cup, where it was found. The factory had to leave the glass cup alone. The nuclear reactor temporarily shut down. The acid has also damaged a whole building in less than i minute and triggerd a sink hole, injuring more than 50 people, and 1 death. And made a giant hole around 150ft, deep. '

Effects And Classification
This acid has only been tested once, it was previously at Level 4. The Acid has no smell, and looks like highly concintrated vomit. The acid can burn eyes when near. The acid was tested with several objects, The acid could not go through thick glass, and molten led, heated up to 1000F. The acid may give you side effects after use, few of the workers at the nuclear reactor ended up with blindness, and lost some of there senses, of smell and taste. The acid is to severe to even experiment with it, the acid has been poured down a flooded cave and caused a giant hole. After the cave collapsed, by the acid, there were no remains of it. The Acid had unknown elements, only known element it had was sulfur. The acid also was very radioactive, possibly from the nuclear reactor. The acid still currently cant be found, it may have been the only kind of acid with such power and potential. Only 3 Liters have been filled from that glass cup. The nuclear reactor at ******, is still under watch, currently no acid has been found ever again.

Conclussion, Extra Stuff, And Extra Information
The acid is now disposed and gone, the acid may not be found again, the acid was even stronger than todays normal super acids. The AT is currently dead.