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Dyson Sphere Program

Dyson Sphere Program – All Fuel Stats and How to Acquire

This guide will be covering the details of all fuel in Dyson Sphere Program. Along with the fuel details, you will also be able to discover its stats in the game.

Dyson Sphere Program Fuels

In order by base energy capacity. The Fuel Chamber Gen. stat can be positive or negative and multiplies the burn time.

Dyson Sphere Program

Carbon Nanotube – The weight is very light with a perfectly connected hexagonal structure, has extremely high strength and strong resistance to deformation, and is usually used to manufacture high-efficiency devices.

  • Fuel type: Chemical
  • Energy: 84.0 kJ
  • Fuel chamber gen: -80%
  • Made in: Chemical facility

Graphene – The double-layer graphenes will form a complex repeating structure, a superlattice by rotating when stack one layer of graphene on top of another. After rotating to a certain Magic Angle, double-layer graphene will appear superconductivity. Graphene has become a new type of nano-superconducting material.

  • Fuel type: Chemical
  • Energy: 96.0 kJ
  • Fuel chamber gen: -70%
  • Made in: Chemical facility

Diamond – Diamond is obtained by using strong pressure and heat to change the structure of graphite. It is a very hard crystal that not only retains the parallel hexagonal lattice of graphite but also forms a cubic hexagonal lattice.

  • Fuel Type: Chemical
  • Energy: 900 kJ
  • Fuel Chamber Gen: -50%
  • Made In: Smelting Facility

Plant Fuel – Compared with wood, although the energy is lower, it is easier to obtain.

  • Fuel Type: Chemical
  • Energy: 500 kJ
  • Fuel Chamber Gen: -30%
  • Gathered from: Plant

Log – Ordinary fuel. Obtained from trees, has low energy.

  • Fuel Type: Chemical
  • Energy: 1.50 MJ
  • Fuel Chamber Gen: -10%
  • Gathered from: Tree

Organic Crystal – A high-grade chemical product. Used to produce higher strength crystals with a crystal structure. It can also be directly gathered from rare organic crystal vein.

  • Fuel Type: Chemical
  • Energy: 1.80 MJ
  • Fuel Chamber Gen: -20%
  • Made In: Chemical Facility
  • Gathered From: Organic Crystal Vein

Coal Ore – The solid combustible ore. Gradually formed by plants through complex biochemical and physical, and chemical changes. It is energy source and raw material for smelting and chemical production.

  • Fuel type: Chemical
  • Energy: 2.70 MJ
  • Fuel Chamber gen: 0%
  • Gathered from: Coal veins

Crude Oil – Fossil formed by marine organisms can gather as a liquid mineral deposit. It contains the chemical energy marine organisms accumulated during their lifetime. Can as fuel or chemical raw material.

  • Fuel type: Chemical
  • Energy: 4.00 MJ
  • Fuel chamber gen: +20%
  • Gathered from: Crude oil seep

Fire Ice – Rare ore. Has cage-like microstructure which is similar to ice-like white solid, and covalent bonds in a critical state allow it to be used to produce graphene more efficiently.

  • Fuel Type: Chemical
  • Energy: 4.80 MJ
  • Fuel Chamber Gen: +40%
  • Gathered from: Fire ice vein (rare)

Refined Oil – The primary product of crude oil refining. A chemical fuel, can be used to produce various chemical products.

  • Fuel type: Chemical
  • Energy: 4.40 MJ
  • Fuel chamber gen: +30%
  • Made in: Refining facility

Energetic Graphite – Directly stripe impurities such as hydrogen making the coals through a plasma jet, and then compact to obtain crystal graphite with better application performance.

  • Fuel Type: Chemical
  • Energy: 6.30 MJ
  • Fuel Chamber Gen: +60%
  • Made In: Smelting Facility
  • Hand-Make: Replicator

Hydrogen – The most abundant element in the universe is the lightest gas.

  • Fuel Type: Chemical
  • Energy: 8.00 MJ
  • Fuel Chamber Gen: +100%
  • Made In: Refining Facility
  • Gathered From: Gas Giant Orbit

Deuterium – A stable isotope of hydrogen. Rarely exists under natural conditions. Most of them come from the reprocessing of hydrogen and the collection from the Gas Giant.

  • Fuel Type: Chemical
  • Energy: 8.00 MJ
  • Fuel Chamber Gen: +100%
  • Made In: Particle Collider
  • Gathered From: Gas Giant Orbit
  • Made In: Fractionator

Hydrogen Fuel Rod – With a further development of cryo-technology, we can liquefy hydrogen to make fuel rod with higher energy. The higher the energy of the fuel rod, the more increase of the mecha fuel power.

  • Fuel Type: Chemical
  • Energy: 40.0 MJ
  • Fuel Chamber Gen: +200%
  • Made In: Assembler
  • Hand-Make: Replicator

Deuteron Fuel Rod – Under a magnetic field, can make deuterium into deuteron fuel rod to obtain more powerful energy. It is a fuel source for small fusion systems.

  • Fuel Type: Nuclear Energy
  • Energy: 600 MJ
  • Fuel Chamber Gen: +300%
  • Made In: Assembler
  • Hand-Make: Replicator

Antimatter Fuel Rod – Make antimatter into a more stable fuel rod using the strong restraint of the annihilation constraint sphere. Utilize its powerful energy will more safely.

  • Fuel Type: Mass Energy
  • Energy: 7.50 GJ
  • Fuel Chamber Gen: +500%
  • Made In: Assembler

By Earl Stewart

Earl is one of those gamers who will play almost any new games. But he more prefers playing FPS and open world games.