Evaporation Pond (Heated) - Revision history

Prometheus0000: remove

2025-06-23T14:16:15Z

remove

← Older revision		Revision as of 14:16, 23 June 2025
Line 19:		Line 19:

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.
	~~{{recipe define~~		{{Footer Infobox}}
	~~\| Input1Name = Seawater~~
	~~\| Input1Qty = 32~~
	~~\| Time = 20~~
	~~\| Output1Name = Brine~~
	~~\| Output1Qty = 16~~
	~~}}{{recipe define~~
	~~\| Input1Name = Seawater~~
	~~\| Input1Qty = 48~~
	~~\| Time = 30~~
	~~\| Output1Name = Salt~~
	~~\| Output1Qty = 3~~
	~~}}{{recipe define~~
	~~\| Input1Name = Brine~~
	~~\| Input1Qty = 32~~
	~~\| Time = 20~~
	~~\| Output1Name = Salt~~
	~~\| Output1Qty = 4~~
	}}{{Footer Infobox}}

Brammigamer: Updated recipes and maintenace cost for update 3.

2025-05-16T18:36:12Z

Updated recipes and maintenace cost for update 3.

← Older revision		Revision as of 18:36, 16 May 2025
Line 9:		Line 9:
	\| Workers = 6		\| Workers = 6
	\| Electricity = 250 KW		\| Electricity = 250 KW
	\| Maintenance = 2		\| Maintenance = 1.9
	\| Footprint = 15x9		\| Footprint = 15x9
	\| BoostByUnity = no		\| BoostByUnity = no
Line 21:		Line 21:
	{{recipe define		{{recipe define
	\| Input1Name = Seawater		\| Input1Name = Seawater
	\| Input1Qty = 30		\| Input1Qty = 32
	\| Time = 20		\| Time = 20
	\| Output1Name = Brine		\| Output1Name = Brine
Line 27:		Line 27:
	}}{{recipe define		}}{{recipe define
	\| Input1Name = Seawater		\| Input1Name = Seawater
	\| Input1Qty = 30		\| Input1Qty = 48
	\| Time = 40		\| Time = 30
	\| Output1Name = Salt		\| Output1Name = Salt
	\| Output1Qty = 8		\| Output1Qty = 3
	}}{{recipe define		}}{{recipe define
	\| Input1Name = Brine		\| Input1Name = Brine
	\| Input1Qty = 16		\| Input1Qty = 32
	\| Time = 20		\| Time = 20
	\| Output1Name = Salt		\| Output1Name = Salt
	\| Output1Qty = 8		\| Output1Qty = 4
	}}{{Footer Infobox}}		}}{{Footer Infobox}}

NaK: Update a infobox machine for version 0.5.1b

2023-05-16T11:48:05Z

Update a infobox machine for version 0.5.1b

← Older revision		Revision as of 11:48, 16 May 2023
Line 8:		Line 8:
	}}		}}
	\| Workers = 6		\| Workers = 6
	\| Electricity = 60 KW		\| Electricity = 250 KW
	\| Maintenance = 3		\| Maintenance = 2
	\| Footprint = 15x9		\| Footprint = 15x9
	\| BoostByUnity = no		\| BoostByUnity = no
Line 16:		Line 16:
	\| Variants = [[Evaporation Pond]]		\| Variants = [[Evaporation Pond]]
	}}		}}
	The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant which carries a 33% lower {{infoicon\|Worker\|ui-yes}}, 50% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has 50% lower throughput. Compared to a pair of unheated [[Evaporation Pond\|Evaporation Ponds]], one Evaporation Pond (Heated) consumes 60 kW to save two {{infoicon\|Worker\|ui-yes}}~~, one [[Maintenance]]~~ and a significant amount of space.		The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant which carries a 33% lower {{infoicon\|Worker\|ui-yes}}, 50% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has 50% lower throughput. Compared to a pair of unheated [[Evaporation Pond\|Evaporation Ponds]], one Evaporation Pond (Heated) consumes 250 kW to save two {{infoicon\|Worker\|ui-yes}} and a significant amount of space.

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.

L32: Footer Infobox

2023-05-02T21:30:05Z

Footer Infobox

← Older revision		Revision as of 21:30, 2 May 2023
Line 19:		Line 19:

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.

	~~== Recipes ==~~
	{{recipe define		{{recipe define
	\| Input1Name = Seawater		\| Input1Name = Seawater
Line 27:		Line 25:
	\| Output1Name = Brine		\| Output1Name = Brine
	\| Output1Qty = 16		\| Output1Qty = 16
	}}		}}{{recipe define
	{{recipe define
	\| Input1Name = Seawater		\| Input1Name = Seawater
	\| Input1Qty = 30		\| Input1Qty = 30
Line 34:		Line 31:
	\| Output1Name = Salt		\| Output1Name = Salt
	\| Output1Qty = 8		\| Output1Qty = 8
	}}		}}{{recipe define
	{{recipe define
	\| Input1Name = Brine		\| Input1Name = Brine
	\| Input1Qty = 16		\| Input1Qty = 16
Line 41:		Line 37:
	\| Output1Name = Salt		\| Output1Name = Salt
	\| Output1Qty = 8		\| Output1Qty = 8
	}}		}}{{Footer Infobox}}
	~~{{recipe fetch\|isbldg=yes}}~~

	{{Footer ~~Cargo}}~~
	~~{{Navbox/Machines~~}}

L32: Footer Cargo

2023-04-29T16:26:55Z

Footer Cargo

← Older revision		Revision as of 16:26, 29 April 2023
Line 44:		Line 44:
	{{recipe fetch\|isbldg=yes}}		{{recipe fetch\|isbldg=yes}}

			{{Footer Cargo}}
	{{Navbox/Machines}}		{{Navbox/Machines}}

NaK: Fixed typo

2022-10-02T15:03:33Z

Fixed typo

← Older revision		Revision as of 15:03, 2 October 2022
Line 11:		Line 11:
	\| Maintenance = 3		\| Maintenance = 3
	\| Footprint = 15x9		\| Footprint = 15x9
	\| BoostByUnity = ~~yes~~		\| BoostByUnity = no
	\| Research = Salt Production		\| Research = Salt Production
	\| Designation = Water Extraction & Processing		\| Designation = Water Extraction & Processing

NaK: Added BoostByUnity to Infobox machine

2022-10-02T15:03:17Z

Added BoostByUnity to Infobox machine

← Older revision		Revision as of 15:03, 2 October 2022
Line 11:		Line 11:
	\| Maintenance = 3		\| Maintenance = 3
	\| Footprint = 15x9		\| Footprint = 15x9
			\| BoostByUnity = yes
	\| Research = Salt Production		\| Research = Salt Production
	\| Designation = Water Extraction & Processing		\| Designation = Water Extraction & Processing

SillySMS: Typo fixes.

2022-08-29T16:57:54Z

Typo fixes.

← Older revision		Revision as of 16:57, 29 August 2022
Line 15:		Line 15:
	\| Variants = [[Evaporation Pond]]		\| Variants = [[Evaporation Pond]]
	}}		}}
	The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant carries a 33% lower {{infoicon\|Worker\|ui-yes}}, 50% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has a 50% lower throughput. Compared to a pair of unheated [[Evaporation Pond\|Evaporation Ponds]], one Evaporation Pond (Heated) consumes 60 kW to save two {{infoicon\|Worker\|ui-yes}}, one [[Maintenance]] and a significant amount of space.		The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant which carries a 33% lower {{infoicon\|Worker\|ui-yes}}, 50% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has 50% lower throughput. Compared to a pair of unheated [[Evaporation Pond\|Evaporation Ponds]], one Evaporation Pond (Heated) consumes 60 kW to save two {{infoicon\|Worker\|ui-yes}}, one [[Maintenance]] and a significant amount of space.

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.

SillySMS: Corrected first paragraph and changed some of the opinion in the second.

2022-08-29T16:56:58Z

Corrected first paragraph and changed some of the opinion in the second.

← Older revision		Revision as of 16:56, 29 August 2022
Line 15:		Line 15:
	\| Variants = [[Evaporation Pond]]		\| Variants = [[Evaporation Pond]]
	}}		}}
	The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant carries a 60% lower {{infoicon\|Worker\|ui-yes}}, 33% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has a 75% lower throughput.		The '''Evaporation Pond (Heated)''' is one of only two machines which can produce {{infoicon\|Salt}}, a critical ingredient in {{infoicon\|Glass Mix}} and a requirement to manufacture {{infoicon\|Glass}}. The other is the [[Evaporation Pond]] variant carries a 33% lower {{infoicon\|Worker\|ui-yes}}, 50% lower [[Maintenance]], and no {{infoicon\|Electricity}} cost, but also has a 50% lower throughput. Compared to a pair of unheated [[Evaporation Pond\|Evaporation Ponds]], one Evaporation Pond (Heated) consumes 60 kW to save two {{infoicon\|Worker\|ui-yes}}, one [[Maintenance]] and a significant amount of space.

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. ~~Due to the greatly elevated~~ {{infoicon\|~~Electricity~~}} ~~requirements of Thermal Desalinators~~, ~~production of Salt~~ from ~~Brine should generally only be considered if cases where there is already a supply of Brine which would otherwise be dumped back into the ocean~~, ~~a significant source of excess non-polluting Electricity exists, or there~~ are ~~significant space constraints~~.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.

	== Recipes ==		== Recipes ==

NaK: Update parameters in infobox machine

2022-08-18T00:21:21Z

Update parameters in infobox machine

← Older revision		Revision as of 00:21, 18 August 2022
Line 5:		Line 5:
	{{Machine Recipe		{{Machine Recipe
	\| Input1Name = Construction Parts III		\| Input1Name = Construction Parts III
	\| Input1Qty = 38		\| Input1Qty = 50
	}}		}}
	\| Workers = 6		\| Workers = 6

← Older revision		Revision as of 14:16, 23 June 2025
Line 19:		Line 19:

	Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.		Salt can be created using either {{infoicon\|Seawater}} from a [[Seawater Pump]] or from the {{infoicon\|Brine}} byproduct of a [[Thermal Desalinator]]. If significant amounts of {{infoicon\|Brine}} are available from desalination, this is significantly cheaper than creating salt directly from {{infoicon\|Seawater}}, though [[Thermal Desalinator\|Thermal Desalinators]].are very expensive to run.
	~~{{recipe define~~		{{Footer Infobox}}
	~~\| Input1Name = Seawater~~
	~~\| Input1Qty = 32~~
	~~\| Time = 20~~
	~~\| Output1Name = Brine~~
	~~\| Output1Qty = 16~~
	~~}}{{recipe define~~
	~~\| Input1Name = Seawater~~
	~~\| Input1Qty = 48~~
	~~\| Time = 30~~
	~~\| Output1Name = Salt~~
	~~\| Output1Qty = 3~~
	~~}}{{recipe define~~
	~~\| Input1Name = Brine~~
	~~\| Input1Qty = 32~~
	~~\| Time = 20~~
	~~\| Output1Name = Salt~~
	~~\| Output1Qty = 4~~
	}}{{Footer Infobox}}