Resource Process
Automate processes that consume resources to create new resources.
Configured by:
XML File: resource-process.xml
- Atmospheric Processing
- Bake calcium carbonate to lime
- Black Water Processor
- Carbon Monoxide Hydrogenation
- Cellulolysis of Fiber into Glucose
- Continuous Bosch Reactor (C-Bosch)
- Convert Regolith to Ores with Sand
- Do Chalcopyrite smelting
- Do Goethite smelting
- Do Hematite smelting
- Do Kamacite smelting
- Do Magnesite smelting
- Do Magnetite smelting
- Do Malachite smelting
- Do Olivine smelting
- Do Pyroxene smelting
- Do Sylvite smelting
- Do Taenite smelting
- Dry Methane Reforming (DMR) to Produce Hydrogen
- Electronic Waste Disposal
- Esterification into BHET
- Excavate Ice
- Extract Nitrogen Compounds from Regolith
- Filter Brine Water
- Food Waste Management
- Glucose Fermentation by Cyanobacteria
- Green Polymerization of Polycarbonate Resin
- Grey Water Processor
- Hazard Waste Incineration
- Insitu Epoxidation of Triglyceride
- Low Temperature Plasma CO2 Decomposition
- Make Gypsum Plaster via Calcination
- Make cement
- Make glass from sand
- Make magnesium-based concrete 1
- Make magnesium-based concrete 2
- Make quartz from silica
- Make soda from sodium oxide
- Melt Ice
- Methanogenesis by Archaea
- Methanol Synthesis with Syngas
- Methanol-to-olefin (MTO) process
- Mix concrete 1
- Mix concrete 2
- Mix limecrete 1
- Mix limecrete 2
- Mix sulfur concrete
- Oxidation of Methane into Methanol by Methanotrophs
- Oxygen Generation System (OGS)
- Photo Fermentation by Chlorella
- Photosynthetic Conversion of CO2 to Ethylene
- Plasma Pyrolysis Assembly (PPA) Reactor
- Polycondensation of BHET
- Process Akaganeite deposits
- Process Allophane deposits
- Process Basaltic deposits
- Process Bassanite deposits
- Process Regolith-B rich in Poly-Hydrated Sulfate
- Process Regolith-C rich in Phyllo-Silicate
- Process Regolith-D rich in Basaltic
- Process Smectite deposits
- Produce Ethylene
- Produce Ethylene Glycol
- Produce Oxygen and Acetylene with Chloride and Carbides
- Produce Polyethylene from Ethylene
- Produce Polypropylene from Propylene
- Produce Polystyrene from Styrene
- Produce Styrene from Ethylene
- Reduce Gypsum with Carbon Monoxide
- Reduce Gypsum with Hydrogen
- Sabatier RWGS Reactor
- Selective Partial Oxidation (SPO) of Methane to Methanol
- Soil Generation from Compost
- Soil Generation from Crop Waste
- Solid Waste Management
- Steam Methane Reforming (SMR) to Produce Hydrogen
- Water-Gas Shift Reaction (WGSR)
Version: 4.0
Generated on: 2026-04-18T21:37:42.3137878