D.E.W. (Dense-Energy Water)

D.E.W. is water that has been "folded in on itself" at the molecular level, dramatically compressing its volume. One drop of D.E.W. exposed to air expands over approximately 5 minutes to fill a pint glass with pure water. This makes it an incredibly efficient way to transport and store water across the Kosmos.

D.E.W. harvesting was invented by the Silenarchs after Dionysus gave them a divine directive to solve the water crisis affecting his Bacchanalian fleet and Kosmos at large. The Silenarchs took one vessel from the fleet and established a research base on Saturn's moon Titan. Through methodical experimentation in zero-gravity conditions, the Silenarchs discovered a molecular folding process that compressed water at the atomic level.

Source Material: Regular water is gathered from the rings and moons of Saturn and Uranus.

Compression: Specialized vessels equipped with condensing systems compact the water into D.E.W., removing impurities while "shrinking" the water. This process requires zero-gravity conditions.

Creation Facilities:

• Large vessels called Antlestra orbit Saturn and Uranus, operated primarily by Silenarchs
• Smaller D.E.W. satellite stations exist near Oort Cloud planetoids
• The zero-gravity requirement limits where D.E.W. can be produced

Official Control: The Diadochoi Olympians administer D.E.W. production and distribution from Olympus Nesos.

Actual Control: Since Silenarchs (who generally answer to Dionysus) operate the D.E.W. facilities, Dionysus has subtle but significant control over production. He can easily have D.E.W. created "under the radar" for his own purposes.

Shipping Method:

1. Antlestra fire D.E.W.-containing pods toward Luna
2. Luna retrieves, empties, and redistributes the pods to other worlds
3. The pods are the same type used in Luna's launcher arrays
4. Each Antlestron is equipped with smaller versions of the Luna launchers for pod firing

Containers: D.E.W. must be stored in specialized containers. Most common sizes:

• Standard containers: ~1 liter
• Large containers: 10-20 gallons (tightly monitored, kept in special locations)

Expansion Process: When exposed to air, D.E.W. begins expanding slowly (over ~5 minutes). The gradual expansion allows for:

• Controlled release for planned applications
• Time to divert excess if containers leak
• Relatively safe handling despite the danger

Containment Failures: While expansion is slow enough to be manageable, failures can be dangerous in enclosed spaces. You don't want to be in a water-tight room with a leaking D.E.W. container. Large storage facilities are designed with overflow systems and drainage to prevent catastrophic flooding.