Elements

Enabling this mod in the config will add several new elements to the game or reenable disabled vanilla ones.

A few of them will also be added to the starmap pois for mining or spawn during worldgen.

New Element Categories

Material		Elements
Carrier Gas	Carrier Gases are inert or semi-inert gases that are used in plasma related processes.	Helium Hydrogen Gas Nitrogen
Hardened Alloy	Hardened Alloys are a fusion of two or more materials. Their high material strength allows them to be used as a substitute to Steel	Phosphor Bronze Plasteel
Metallic Sand	Sandy materials composed of a various number of metallic grains	Base-Grade Metallic Sand Low-Grade Metallic Sand High-Grade Metallic Sand

New Elements

Ammonia

(NH₃) Ammonia is an inorganic compound of nitrogen and hydrogen. A stable binary hydride, and the simplest pnictogen hydride, ammonia is a gas with a distinct pungent smell.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: -33.6°C -> Liquid Ammonia Properties: Gas	Specific Heat Capacity: 2.175 (DTU/g)/ ºC Thermal Conductivity: 0.507 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Ammonia Snow

(NH₃) Ammonia is an inorganic compound of nitrogen and hydrogen, currently its its cold, solid state.

	Material Properties
	Resource Type: Liquefiable Melting point: -77.73°C -> Liquid Ammonia Hardness: 2 Properties: Solid	Specific Heat Capacity: 4.744 (DTU/g)/ ºC Thermal Conductivity: 0.507 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Ammonium Water

(NH₄OH) Ammonium hydroxide is a solution of Ammonia and Salt Water.

	Material Properties
	Resource Type: Liquid Freezing point: -58°C 11 % Brine, 89 % Ammonia Evaporation point: 38°C 11 % Brine, 89 % Ammonia Properties: Mixture, Water Based	Specific Heat Capacity: 4.500 (DTU/g)/ ºC Thermal Conductivity: 0.600 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Base-Grade Metallic Sand

A heavy sandy material composed mostly of common metallic grains, mixed with other finer mineral particles.

	Material Properties
	Resource Type: Refined Mineral Melting point: 2249°C 58 % Rock Gas, 42 % Slag Hardness: 32 Properties: General Buildable, Metallic Sand, Ore, Solid, Uncrushable, Unstable	Specific Heat Capacity: 8.660 (DTU/g)/ ºC Thermal Conductivity: 12.320 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Borax

Borax, also known as sodium borate, is an important boron compound, mainly used in the manufacture of Fiberglass, and as a flux in metallurgy.

	Material Properties
	Resource Type: Consumable Ore Melting point: 963°C -> Molten Salt Hardness: 1 Properties: Solid	Specific Heat Capacity: 0.240 (DTU/g)/ ºC Thermal Conductivity: 0.660 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Brass

Brass is an alloy of Copper and Zinc, widely used to make utensils due to properties such as having a low melting point, high workability, durability, and electrical and thermal conductivity.

	Material Properties
	Resource Type: Manufactured Material Melting point: 920°C 30 % Zinc Gas, 70 % Molten Copper Hardness: 35 Properties: General Buildable, Metal Ore, Refined Metal, Solid, Uncrushable	Specific Heat Capacity: 0.380 (DTU/g)/ ºC Thermal Conductivity: 208.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.7 Radiation Emission/1000kg: 0 rads/cycle

Carbon Composite

Carbon fiber-reinforced polymers blocks are extremely strong and light fiber-reinforced plastics that contain carbon fibers. Used on wherever high strength-to-weight ratio and stiffness (rigidity) are required, such as aerospace. Its composition of allotropes of carbon make it extremely resistant to heat.

	Material Properties
	Resource Type: Manufactured Material Melting point: 4726.85°C -> Liquid Carbon Hardness: 250 Properties: General Buildable, Insulator, Metal Ore, Plumbable, Refined Metal, Solid, Uncrushable	Specific Heat Capacity: 0.239 (DTU/g)/ ºC Thermal Conductivity: 0.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 1 Radiation Emission/1000kg: 0 rads/cycle

Chloroschist

A dense medium-grained metamorphic rock showing pronounced schistosity. This sample has a high content of chloride minerals within its compacted layers.

	Material Properties
	Resource Type: Raw Mineral Melting point: 1409.85°C 90 % Magma, 10 % Liquid Chlorine Hardness: 25 Properties: General Buildable, Plumbable, Solid	Specific Heat Capacity: 1.000 (DTU/g)/ ºC Thermal Conductivity: 2.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.53 Radiation Emission/1000kg: 0 rads/cycle

Concrete Block

Concrete blocks are standard-size rectangular blocks used in building construction. A versatile component made from different aggregates that are often considered waste products.

	Material Properties
	Resource Type: Manufactured Material Melting point: 1409.85°C -> Magma Hardness: 50 Properties: General Buildable, Insulator, Raw Mineral, Solid	Specific Heat Capacity: 0.880 (DTU/g)/ ºC Thermal Conductivity: 0.920 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.7 Radiation Emission/1000kg: 0 rads/cycle

Fiberglass

Fiberglass is a thermoset polymer matrix made by a poltrusion of boronsilicate Glass and Plastic. Although the fiber is weak in compression, this composite material has moderate insulating properties, and can be easily used in many different applications due to its relative flexibility.

	Material Properties
	Resource Type: Manufactured Material Melting point: 1426.85°C -> Molten Glass Hardness: 45 Properties: General Buildable, Insulator, Plastics, Plumbable, Raw Mineral, Solid	Specific Heat Capacity: 0.400 (DTU/g)/ ºC Thermal Conductivity: 1.070 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.01 Radiation Emission/1000kg: 0 rads/cycle

Galena

Galena is the natural mineral form of lead(II) sulfide (PbS).It is the most important ore of Lead and an important source of Silver.

	Material Properties
	Resource Type: Metal Ore Melting point: 1114°C 40 % Molten Lead, 60 % Silver Hardness: 25 Properties: General Buildable, Ore, Solid	Specific Heat Capacity: 0.311 (DTU/g)/ ºC Thermal Conductivity: 3.600 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

High-Grade Metallic Sand

A glimmering sandy material composed mostly of high quality metallic grains, mixed with other finer mineral particles.

	Material Properties
	Resource Type: Refined Mineral Melting point: 2249°C 58 % Rock Gas, 42 % Slag Hardness: 32 Properties: General Buildable, Metallic Sand, Ore, Solid, Uncrushable, Unstable	Specific Heat Capacity: 8.660 (DTU/g)/ ºC Thermal Conductivity: 12.320 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Isopropane

(HC(CH₃)₃) Isopropane is a petrochemical refrigerant gas suitable for a variety of purposes. Degrades to Propane at higher temperatures.

	Material Properties
	Resource Type: Unbreathable Gas Melting point: 90°C 99 % Propane Gas, 1 % Fullerene Hardness: 0 Properties: Gas	Specific Heat Capacity: 9.760 (DTU/g)/ ºC Thermal Conductivity: 12.720 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Liquid Ammonia

(NH₃) Ammonia is an inorganic compound of nitrogen and hydrogen, currently in its cold, liquid state.

	Material Properties
	Resource Type: Liquid Freezing point: -77.63°C -> Ammonia Snow Evaporation point: -33.34°C -> Ammonia	Specific Heat Capacity: 4.744 (DTU/g)/ ºC Thermal Conductivity: 0.507 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Liquid Nitrogen

(N₂) Nitrogen is a nonmetal and the lightest member of group 15 of the periodic table, currently in its cold, liquid state.

	Material Properties
	Resource Type: Liquid Freezing point: -209.9°C -> Solid Nitrogen Evaporation point: -195.5°C -> Nitrogen	Specific Heat Capacity: 2.000 (DTU/g)/ ºC Thermal Conductivity: 0.259 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Low-Grade Metallic Sand

A sandy material composed mostly of low quality metallic grains, mixed with other finer mineral particles.

	Material Properties
	Resource Type: Refined Mineral Melting point: 2249°C 58 % Rock Gas, 42 % Slag Hardness: 32 Properties: General Buildable, Metallic Sand, Ore, Solid, Uncrushable, Unstable	Specific Heat Capacity: 8.660 (DTU/g)/ ºC Thermal Conductivity: 12.320 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Meteor Ore

A dense stony mass formed when various types of dust and small grains in the early Solar System accreted to form primitive asteroids. Despite their stony nature, these collision remnants contain traces of rare metals.

	Material Properties
	Resource Type: Raw Mineral Melting point: 1410°C -> Magma Hardness: 3 Properties: General Buildable, Plumbable, Precious Rock, Solid	Specific Heat Capacity: 0.830 (DTU/g)/ ºC Thermal Conductivity: 2.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.84 Radiation Emission/1000kg: 0 rads/cycle

Molten Silver

(Ag) Silver is soft, white, lustrous transition metal, in its molten state.

	Material Properties
	Resource Type: Liquid Freezing point: 960°C -> Silver Evaporation point: 2162°C -> Silver Gas Properties: Antiseptic, Light Emitter, Metal Ore, Refined Metal	Specific Heat Capacity: 0.129 (DTU/g)/ ºC Thermal Conductivity: 7.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Molten Slag

Molten Slag is a by-product of smelting (pyrometallurgical) ores and used metals. Present in molten state, this waste materail needs to be cooled down to solid Slag before can be used.

	Material Properties
	Resource Type: Liquid Freezing point: 1399°C -> Slag Evaporation point: 2460°C -> Rock Gas Properties: Light Emitter	Specific Heat Capacity: 0.850 (DTU/g)/ ºC Thermal Conductivity: 1.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.8 Radiation Emission/1000kg: 0 rads/cycle

Molten Zinc

(Zn) Zinc is a bluish-white, lustrous, diamagnetic metal in its molten state.

	Material Properties
	Resource Type: Liquid Freezing point: 417°C -> Zinc Evaporation point: 907°C -> Zinc Gas Properties: Light Emitter, Metal Ore, Refined Metal	Specific Heat Capacity: 0.129 (DTU/g)/ ºC Thermal Conductivity: 7.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Nitrate Nodules

(NH₄NO₃) Nodules of dirt containing high concentrations of Ammonium Nitrate.

	Material Properties
	Resource Type: Consumable Ore Melting point: 613°C -> Ammonia Hardness: 1 Properties: Solid	Specific Heat Capacity: 0.500 (DTU/g)/ ºC Thermal Conductivity: 3.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Nitric Acid

(HNO₃) An inorganic mineral acid composed of the elements nitrogen, oxygen and hydrogen. Presented in its liquid state, is the primary reagent used for nitration – the addition of a nitro group, typically to an organic molecule.

	Material Properties
	Resource Type: Liquid Freezing point: -42°C 50 % Nitrogen, 50 % Polluted Ice Evaporation point: 121°C 50 % Nitrogen, 50 % Water Properties: Mixture	Specific Heat Capacity: 0.998 (DTU/g)/ ºC Thermal Conductivity: 0.889 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Nitrogen

(N₂) Nitrogen is a nonmetal and the lightest member of group 15 of the periodic table.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: -195.8°C -> Liquid Nitrogen Properties: Carrier Gas, Gas	Specific Heat Capacity: 1.850 (DTU/g)/ ºC Thermal Conductivity: 0.175 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Oil Shale

Oil shale is an organic-rich fine-grained sedimentary rock containing heavy crude oil, sulfur compounds and heavy metals.

	Material Properties
	Resource Type: Consumable Ore Melting point: 120°C 20 % Sour Gas, 80 % Crude Oil Hardness: 2 Properties: Solid	Specific Heat Capacity: 1.760 (DTU/g)/ ºC Thermal Conductivity: 22.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.7 Radiation Emission/1000kg: 0 rads/cycle

Phosphor Bronze

An alloy composed of Copper, Lead and Phosphorus. Among copper based alloys it is remarkable tough, and has a relative low thermal conductivity.

	Material Properties
	Resource Type: Manufactured Material Melting point: 1049°C 20 % Molten Lead, 80 % Molten Copper Hardness: 35 Properties: General Buildable, Hardened Alloy, Metal Ore, Refined Metal, Solid, Uncrushable	Specific Heat Capacity: 0.380 (DTU/g)/ ºC Thermal Conductivity: 20.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Plasteel

A composite of Plastic stabilized fibers grown into a Steel crystal structure. It is much more stronger and lighter than standard metals alloys, and has a very low thermal conductivity.

	Material Properties
	Resource Type: Manufactured Material Melting point: 2576.85°C 3 % Carbon Dioxide, 97 % Molten Steel Hardness: 70 Properties: General Buildable, Hardened Alloy, Metal Ore, Refined Metal, Solid, Uncrushable	Specific Heat Capacity: 0.210 (DTU/g)/ ºC Thermal Conductivity: 6.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.9 Radiation Emission/1000kg: 0 rads/cycle

Raw Natural Gas

A fossil gas consisting of gaseous hydrocarbons and other impurites. The majority of the gas mass is composed of Methane, Propane and Sour Gas.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: -184.5°C 67 % Liquid Methane, 33 % Sulfur Properties: Gas	Specific Heat Capacity: 2.760 (DTU/g)/ ºC Thermal Conductivity: 0.057 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Silver

(Ag) Silver is soft, white, lustrous transition metal, that exhibits a high electrical and thermal conductivity.

	Material Properties
	Resource Type: Refined Metal Melting point: 961°C -> Molten Silver Hardness: 2 Properties: Antiseptic, General Buildable, Solid	Specific Heat Capacity: 0.223 (DTU/g)/ ºC Thermal Conductivity: 220.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Silver Gas

(Ag) Silver is soft, white, lustrous transition metal, in its gaseous state.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: 2161°C -> Molten Silver Properties: Antiseptic, Gas, Light Emitter, Metal Ore, Refined Metal	Specific Heat Capacity: 0.223 (DTU/g)/ ºC Thermal Conductivity: 1.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Silver Ore

(Ag₂S) Argentite is a cubic silver sulfide is a conductive metal, and the main source of refined Silver metal.

	Material Properties
	Resource Type: Metal Ore Melting point: 963°C 80 % Molten Silver, 20 % Sulfur Gas Hardness: 25 Properties: Antiseptic, General Buildable, Ore, Solid	Specific Heat Capacity: 0.411 (DTU/g)/ ºC Thermal Conductivity: 5.600 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Slag

Slag is a by-product of smelting (pyrometallurgical) ores and used metals. Despite being a waste product, it has many applications, such as aggregate in Concrete Blocks.

	Material Properties
	Resource Type: Refined Mineral Melting point: 1400°C -> Molten Slag Hardness: 1 Properties: Solid	Specific Heat Capacity: 1.660 (DTU/g)/ ºC Thermal Conductivity: 0.320 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Solid Nitrogen

(N₂) Nitrogen is a nonmetal and the lightest member of group 15 of the periodic table, currently its its cold, solid state.

	Material Properties
	Resource Type: Liquefiable Melting point: -209.7°C -> Liquid Nitrogen Hardness: 2 Properties: Solid	Specific Heat Capacity: 92.000 (DTU/g)/ ºC Thermal Conductivity: 72.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Sour Water

An aqueous solution of Hydrogen Sulfide (H₂S>) and Ammonia (NH₃). May occur naturally from aquifers exposed to hydrogen sulfide sources, but it is more common as a wastewater from industrial processes.

	Material Properties
	Resource Type: Liquid Freezing point: -21°C 50 % Polluted Water, 50 % Sour Gas Evaporation point: 88°C 50 % Polluted Water, 50 % Sour Gas Properties: Mixture	Specific Heat Capacity: 3.477 (DTU/g)/ ºC Thermal Conductivity: 0.909 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Sulfuric Acid

(H₂SO₄) A mineral acid composed of the elements sulfur, oxygen and hydrogen. Presented in its liquid state, it is a very dangerous chemical for its corrosive nature.

	Material Properties
	Resource Type: Liquid Freezing point: 10.31°C 82 % Polluted Water, 18 % Sulfur Evaporation point: 337°C -> Sulfuric Gas Properties: Mixture	Specific Heat Capacity: 0.335 (DTU/g)/ ºC Thermal Conductivity: 4.221 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Sulfuric Gas

(H₂SO₄) An acidic gas composed of the elements sulfur, oxygen and hydrogen. Presented in its gaseous state, it is a very dangerous chemical for its corrosive nature.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: 336°C -> Sulfuric Acid Properties: Gas	Specific Heat Capacity: 0.882 (DTU/g)/ ºC Thermal Conductivity: 0.122 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Toxic Clay

A sick looking, brittle clay produced as waste product from industrial operations, composed of many different chemical substances.

	Material Properties
	Resource Type: Manufactured Material Melting point: 16°C -> Toxic Slurry Hardness: 1 Properties: Solid	Specific Heat Capacity: 1.554 (DTU/g)/ ºC Thermal Conductivity: 11.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Toxic Gas

A heavy, foul smelling gas produced as waste product from industrial operations, composed of many different chemical substances.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: 212°C -> Toxic Slurry Properties: Gas	Specific Heat Capacity: 2.330 (DTU/g)/ ºC Thermal Conductivity: 0.822 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Toxic Slurry

A thick, toxic slurry produced as waste product from industrial operations, composed of many different chemical substances.

	Material Properties
	Resource Type: Liquid Freezing point: 15°C -> Toxic Clay Evaporation point: 213°C -> Toxic Gas Properties: Mixture, Water Based	Specific Heat Capacity: 0.129 (DTU/g)/ ºC Thermal Conductivity: 7.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Zinc

(Zn) Zinc is a bluish-white, lustrous, diamagnetic metal, slightly brittle metal.

	Material Properties
	Resource Type: Refined Metal Melting point: 420°C -> Molten Zinc Hardness: 2 Properties: General Buildable, Solid	Specific Heat Capacity: 0.387 (DTU/g)/ ºC Thermal Conductivity: 60.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.5 Radiation Emission/1000kg: 0 rads/cycle

Zinc Gas

(Zn) Zinc is a bluish-white, lustrous, diamagnetic metal in its gaseous state.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: 905°C -> Molten Zinc Properties: Gas, Light Emitter, Metal Ore, Refined Metal	Specific Heat Capacity: 0.223 (DTU/g)/ ºC Thermal Conductivity: 1.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.3 Radiation Emission/1000kg: 0 rads/cycle

Zinc Ore

((Zn,Cu)₅(CO₃)₂(OH)₆) Aurichalcite is a carbonate mineral, and the main source of refined Zinc metal.

	Material Properties
	Resource Type: Metal Ore Melting point: 919°C 60 % Molten Zinc, 40 % Molten Copper Hardness: 25 Properties: General Buildable, Ore, Solid	Specific Heat Capacity: 0.411 (DTU/g)/ ºC Thermal Conductivity: 3.600 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.46 Radiation Emission/1000kg: 0 rads/cycle

Reenabled Elements

These vanilla elements have been reenabled or partially adjusted

Crushed Rock

Crushed Rock is Igneous Rock crushed into a mechanical mixture.

	Material Properties
	Resource Type: Refined Mineral Melting point: 1409.85°C -> Magma Hardness: 10 Properties: Consumable Ore, Solid, Unstable	Specific Heat Capacity: 0.200 (DTU/g)/ ºC Thermal Conductivity: 2.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.7 Radiation Emission/1000kg: 0 rads/cycle

Electrum

Electrum is a conductive Metal alloy composed of gold and silver.

It is suitable for building Power systems.

	Material Properties
	Resource Type: Metal Ore Melting point: 1063.85°C 40 % Molten Gold, 60 % Silver Hardness: 2 Properties: General Buildable, Ore, Solid	Specific Heat Capacity: 0.150 (DTU/g)/ ºC Thermal Conductivity: 2.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.35 Radiation Emission/1000kg: 0 rads/cycle

Liquid Naphtha

Naphtha a distilled hydrocarbon mixture produced from the burning of Plastic.

	Material Properties
	Resource Type: Liquid Freezing point: -50.15°C -> Solid Naphtha Evaporation point: 538.85°C -> Sour Gas Properties: Combustible Liquid, Hydrocarbon, Rocket Fuel	Specific Heat Capacity: 2.191 (DTU/g)/ ºC Thermal Conductivity: 0.200 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.6 Radiation Emission/1000kg: 0 rads/cycle

Liquid Propane

(C₃H₈) Propane is an alkane.

This selection is in a Liquid state.

It is useful in Power production.

	Material Properties
	Resource Type: Liquid Freezing point: -188.15°C -> Solid Propane Evaporation point: -42.15°C -> Propane Gas	Specific Heat Capacity: 2.400 (DTU/g)/ ºC Thermal Conductivity: 0.100 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.75 Radiation Emission/1000kg: 0 rads/cycle

Phosphate Nodules

(PO^3-₄) Nodules of sedimentary rock containing high concentrations of phosphate.

	Material Properties
	Resource Type: Agriculture Melting point: 426.85°C -> Liquid Phosphorus Hardness: 25 Properties: Consumable Ore, Manufactured Material, Solid	Specific Heat Capacity: 0.150 (DTU/g)/ ºC Thermal Conductivity: 2.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.75 Radiation Emission/1000kg: 0 rads/cycle

Propane Gas

(C₃H₈) Propane Gas is a natural alkane.

This selection is in a Gaseous state.

It is useful in Power production.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: -42.15°C -> Liquid Propane Properties: Combustible Gas, Gas	Specific Heat Capacity: 2.400 (DTU/g)/ ºC Thermal Conductivity: 0.015 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.07 Radiation Emission/1000kg: 0 rads/cycle

Solid Propane

(C₃H₈) Solid Propane is a natural gas in a Solid state.

	Material Properties
	Resource Type: Liquefiable Melting point: -188.15°C -> Liquid Propane Hardness: 10 Properties: General Buildable, Solid	Specific Heat Capacity: 2.400 (DTU/g)/ ºC Thermal Conductivity: 1.000 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.75 Radiation Emission/1000kg: 0 rads/cycle

Synthesis Gas

Synthesis Gas is an artificial, unbreathable Gas.

It can be converted into an efficient fuel.

	Material Properties
	Resource Type: Unbreathable Gas Condensation point: -252.15°C -> Molten Synthesis Gas Properties: Combustible Gas, Gas	Specific Heat Capacity: 2.400 (DTU/g)/ ºC Thermal Conductivity: 0.168 (DTU/(m*s))/ ºC Radiation Absorption Factor: 0.07 Radiation Emission/1000kg: 0 rads/cycle

Critter Diet Expansions

Inputs:	Critter	Outputs:
Slag	Oakshell	75% Nitrate Nodules
Slag	Pokeshell	75% Nitrate Nodules
Chloroschist	Sage Hatch	25% Bleach Stone
Crushed Rock	Sage Hatch	100% Coal
Slag	Sage Hatch	90% Nitrate Nodules
Slag	Sanishell	75% Nitrate Nodules
Silver Ore	Smooth Hatch	75% Silver
Zinc Ore	Smooth Hatch	75% Zinc
Salt	Stone Hatch	50% Borax
Silver Ore	Stone Hatch	25% Coal
Zinc Ore	Stone Hatch	25% Coal