Spoilage: Difference between revisions
replace to {{About}} template. |
→Alternative recipes: Spoilage can be produced from nutrients in a recycler. |
||
| (6 intermediate revisions by 4 users not shown) | |||
| Line 1: | Line 1: | ||
{{Languages}} | {{Languages}} | ||
{{:Infobox:Spoilage}} | {{:Infobox:Spoilage}} | ||
{{About/Space age}} | {{About/Space age}} | ||
{{About|the result of an item's spoilage|the article describing the mechanics of items spoiling|Spoilage mechanics}} | {{About|the result of an item's spoilage|the article describing the mechanics of items spoiling|Spoilage mechanics}} | ||
'''Spoilage''' is an item generated by letting many spoilable items spoil. Many resources and intermediates produced on [[Gleba]] transform into spoilage, including [[agricultural science pack]]s. [[Raw fish]] in Space Age also can spoil into spoilage. | |||
Spoilage can be directly harvested from [[stingfrond]], [[sunnycomb]], [[hairy clubnub]] and other flora present in Gleba. In addition, [[recycler|recycling]] [[nutrients]] will behave as if the nutrients were made using the [[nutrients from spoilage]] recipe, thereby yielding considerably more spoilage than simply allowing the nutrients to spoil naturally. | |||
While spoilage is generally a waste product, it does have a number of uses. The ability of an [[assembling machine 2]] or better to transform spoilage into [[nutrients]] is useful on Gleba as a way to produce nutrients that does not require the [[biochamber]] (a building which uses nutrients as fuel). | |||
== Alternative recipes == | == Alternative recipes == | ||
{|class = "wikitable" | {|class = "wikitable" | ||
! | ! Process !! Input !! Output !! Made in !! Required technology !! Crafted only on | ||
|- | |- | ||
| {{Icon|Iron bacteria}} || {{Icon|Time|1}} + {{Icon|Jelly|6}} || {{Icon|Iron bacteria|10%}} + {{Icon|Spoilage|4}} || {{Icon|Biochamber}} {{Icon|Assembling machine 2}} {{Icon|Assembling machine 3}} {{Icon|Player}} || {{Icon|Gleba}} | | {{Icon|Iron bacteria}} Iron bacteria || {{Icon|Time|1}} + {{Icon|Jelly|6}} || {{Icon|Iron bacteria|10%}} + {{Icon|Spoilage|4}} || {{Icon|Biochamber}} {{Icon|Assembling machine 2}} {{Icon|Assembling machine 3}} {{Icon|Player}} || {{icontech|Jellynut (research)}} [[Jellynut (research)]] || {{Icon|Gleba}} | ||
|- | |- | ||
| {{Icon|Copper bacteria}} || {{Icon|Time|1}} + {{Icon|Yumako mash|3}} || {{Icon|Copper bacteria|10%}} + {{Icon|Spoilage|1}} || {{Icon|Biochamber}} {{Icon|Assembling machine 2}} {{Icon|Assembling machine 3}} {{Icon|Player}} || {{Icon|Gleba}} | | {{Icon|Copper bacteria}} Copper bacteria || {{Icon|Time|1}} + {{Icon|Yumako mash|3}} || {{Icon|Copper bacteria|10%}} + {{Icon|Spoilage|1}} || {{Icon|Biochamber}} {{Icon|Assembling machine 2}} {{Icon|Assembling machine 3}} {{Icon|Player}} || {{icontech|Yumako (research)}} [[Yumako (research)]] || {{Icon|Gleba}} | ||
|} | |} | ||
== Spoilage | Because the primary recipe for producing nutrients is considered to be the [[nutrients from spoilage]] recipe, using a [[recycler]] to recycle nutrients produces spoilage. Because this recipe has a 10:1 ratio of spoilage to nutrients, the recycler's reverse recipe generates 2.5 spoilage for each nutrient recycled. | ||
== Spoilage mechanics == | |||
{{main|Spoilage mechanics}} | {{main|Spoilage mechanics}} | ||
Many items produced on Gleba will transform into spoilage after a period of time particular to that type of item. This mechanism is also referred to as "spoilage". | Many items produced on [[Gleba]] will transform into spoilage after a period of time particular to that type of item. This mechanism is also referred to as "spoilage". This can happen anywhere, in machines, [[Transport belt|belts]] and even when being held by an [[inserter]]. | ||
[[Quality]] increases the freshness duration of an item. | |||
== History == | == History == | ||
Latest revision as of 18:40, 12 October 2025
  |
Spoilage |
|
Stack size |
200 |
|
|
2000 (10 stacks) |
|
Fuel value |
250 KJ (burner) |
|
Vehicle acceleration |
50% |
|
Vehicle top speed |
50% |
|
Prototype type |
|
|
Internal name |
spoilage |
|
Consumed by |
|
       |
|
|
Used as fuel by |
|
         |
|
Space Age expansion exclusive feature.
This article is about the result of an item's spoilage. For the article describing the mechanics of items spoiling, see Spoilage mechanics.
Spoilage is an item generated by letting many spoilable items spoil. Many resources and intermediates produced on Gleba transform into spoilage, including agricultural science packs. Raw fish in Space Age also can spoil into spoilage.
Spoilage can be directly harvested from stingfrond, sunnycomb, hairy clubnub and other flora present in Gleba. In addition, recycling nutrients will behave as if the nutrients were made using the nutrients from spoilage recipe, thereby yielding considerably more spoilage than simply allowing the nutrients to spoil naturally.
While spoilage is generally a waste product, it does have a number of uses. The ability of an assembling machine 2 or better to transform spoilage into nutrients is useful on Gleba as a way to produce nutrients that does not require the biochamber (a building which uses nutrients as fuel).
Alternative recipes
| Process | Input | Output | Made in | Required technology | Crafted only on |
|---|---|---|---|---|---|
 |
  |
|
    |
 |
 |
 |
 |
|
|
 |
|
Because the primary recipe for producing nutrients is considered to be the nutrients from spoilage recipe, using a recycler to recycle nutrients produces spoilage. Because this recipe has a 10:1 ratio of spoilage to nutrients, the recycler's reverse recipe generates 2.5 spoilage for each nutrient recycled.
Spoilage mechanics
- Main article: Spoilage mechanics
Many items produced on Gleba will transform into spoilage after a period of time particular to that type of item. This mechanism is also referred to as "spoilage". This can happen anywhere, in machines, belts and even when being held by an inserter.
Quality increases the freshness duration of an item.
History
See also
|
Intermediate products |
|
|---|---|
|
|
|
Resources |
|
|
Materials |
|
|
Crafting components |
|
|
Uranium processing |
|
