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eve:industry:mining:mining_waste
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eve:industry:mining:mining_waste [2022/01/29 09:49] nikephoros |
eve:industry:mining:mining_waste [2022/01/29 12:06] (current) nikephoros |
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| ===Mining Crystals=== | ===Mining Crystals=== | ||
| - | Type A: Standard yield\\ | + | **Type A:** Standard yield.\\ |
| - | Type B: Higher yield, high waste, less reliable\\ | + | **Type B:** Higher yield, high waste, less reliable.\\ |
| - | Type C: Lower yield, very high waste, very unreliable. It destroys more then it mines. Used for offensive mining or clearing out a belt of unwanted ore\\ | + | **Type C:** Lower yield, very high waste, very unreliable. **It destroys more than it mines. Used for offensive mining or clearing out a belt of unwanted ore.**\\ |
| - | {{:eve:industry:mining:wastechart.png}}\\ | + | |
| - | ===Mining waste math example.=== | + | ^MODULE ^Crystal - Additional Waste Probability ^Total Waste Probability| |
| - | showing % ore destroyed with % mining waste probability.\\ | + | ^T1| | 0,00 % | |
| - | While mining With T2 - Type A II, there is a 37,60% mining waste probability. | + | ^FACTION| | 0,00 % | |
| + | ^T2 - 34%| TYPE I A - 0% | 34,00 % | | ||
| + | ^T2 - 34%| TYPE I B - 20% | 54,00 % | | ||
| + | ^T2 - 34%| TYPE I C - 40% | 74,00 % | | ||
| + | ^T2 - 34%| TYPE II A - 3.6% | 37,60 % | | ||
| + | ^T2 - 34%| TYPE II B - 30% | 64,00 % | | ||
| + | ^T2 - 34%| TYPE II C - 59% | 93,00 % | | ||
| + | ^DRONE T1| | 0,00 % | | ||
| + | ^DRONES AUGMENTED| | 40,00 % | | ||
| + | ^DRONE T2| | 34,00 % | | ||
| + | ^DRONE EXCAV| | 60,00 % | | ||
| + | |||
| + | ===Mining waste example.=== | ||
| + | While mining With T2 - Type II A, there is a 37,60% mining waste probability. | ||
| |^Cycles|10000|^Yield|220m3| | |^Cycles|10000|^Yield|220m3| | ||
| |^Waste Probability|37,60% |^Waste Cycles|3760| | |^Waste Probability|37,60% |^Waste Cycles|3760| | ||
| - | |^Mined Yield|2 200 000m3|^Wasted Yield|827 200 m3| | + | |^Ore Mined Yield|2 200 000m3|^Wasted Yield|827 200 m3| |
| |^Total ore taken out of the belt|3 027 200m3|^| | |^Total ore taken out of the belt|3 027 200m3|^| | ||
| So in this example, of the 3 027 200m3 ore in the belt 72,67% gets mined while 27,33% turns to space dust and disappears.\\ | So in this example, of the 3 027 200m3 ore in the belt 72,67% gets mined while 27,33% turns to space dust and disappears.\\ | ||
| - | ---- | ||
| - | =====Mining Waste Strategies===== | + | ===Mining Waste Strategies=== |
| - | When mining high value ore like R64/R32 it might be more advantageous to mine with 0% waste. | + | It would be up to a moon owner to say if there is a acceptable level of waste on their moon.\\ |
| - | The mining will go a little slower but less of the high value ore gets destroyed, leading to a great value can get extracted from that moon.\\ | + | When mining high value ore like R64/R32 it might be more advantageous to mine with 0% waste.\\ |
| + | The mining will go a little slower but less of the high value ore gets destroyed, leading to a greater value can get extracted from that moon.\\ | ||
| + | On lower value ore it might be better to mine with higher yield and more waste to get as much of the ore before it despawns.\\ | ||
eve/industry/mining/mining_waste.1643449774.txt.gz · Last modified: 2022/01/29 09:49 by nikephoros