Gas Cloud Harvester II

Defenses
Structure
40 HP
Market
StationSellBuy
Jita
Amarr
Rens
Dodixie
Hek
Maila
Basic
 Type ID60314
 PublishedTrue
Tech Level2
 Meta Level0 Level
Volume5 m3
Mass0 kg
radius25
 Base Price7,200,000 ISK
Module
Activation time / duration160.00 s
maxGroupActive0
disallowEarlyDeactivation1
Variations
Faction
Tech I
Tech II
  • Gas Cloud Harvester II
Cargo
Capacity0 m3
Fitting
CPU usage66 tf
Powergrid Usage10 MW
Activation Cost20 GJ
Weapon
Optimal Range1,500 m
Required skills
Usage
Can be fitted toExhumer
Can be fitted toMining Barge
Reprocessing
 Portion Size1
Output 
Electronic Parts15
Mechanical Parts15
Photon Microprocessor11
Basic reprocessing, not accounting for skills and other bonuses.
Industry
Produced by
Gas Cloud Harvester II Blueprint (Manufacturing)
Other
 Mining amount200 m3
 Residue Volume Multiplier1 x
 Residue Probability34 %
 typeColorScheme11,346
Capacity0 m3
 slots1
Type Info
Type ID60314
Graphic ID25143
Group IDGas Cloud Harvesters [4138]
Meta Group IDTech II [2]
Faction Nameorebase
Variation Parent Type ID60313

Description

Ever-increasing demand for the products derived from gas cloud resources finally drove yet another breakthrough in gas harvesting technology, with the old scoop tech's integrated tractor beam and gas conversion systems massively overhauled to include broad-sweep beams and high-efficiency, multiplexed catalytic conversion arrays. The large increase in the size of the installed hardware and the power requirements of the equipment has meant that only larger ships can be contemplated as platforms for the new Gas Cloud Harvesters. Given these demands and the advantages of using dedicated mining ships, the practical module designs were soon specialized for use on mining barges and exhumers.

With development of the first practical Gas Cloud Harvesters for mining barges, it was only a matter of time before the benefits of advanced components and the efficiencies made possible using morphite alloys led to upgraded modules. The Gas Cloud Harvester II provides a major performance improvement at the cost of increased power requirements and some residue byproducts.