Coking Plants and Chemical Byproducts in Create TFMG

guide

Coking plants and chemical synthesis vats in Create TFMG drive hydrocarbon processing, generating smokeless coal coke fuel, asphalt mixtures, and reactive ethylene gas. Setting up airtight coking ovens allows industrial complexes to refine raw fossil fuels into energetic byproducts and synthetic polymers.

Thermal Carbonization in Coke Ovens

Coking ovens subject solid carbonaceous fuels to destructive distillation in oxygen-depleted atmospheres:

Coal Coke: Processing one raw Coal chunk inside the coking oven converts it into one piece of Coal Coke. This refined fuel burns with higher thermal efficiency and minimal soot compared to standard coal.
Charcoal: Carbonizing one wooden Log inside the oven yields one lump of clean Charcoal.
Coal Coke Dust: Crushing one Coal Coke lump inside mechanical crushing wheels produces one portion of Coal Coke Dust, an essential reducing agent in heavy metallurgy.

During carbonization, volatile creosote fluids condense on the oven walls and can be drained into storage drums for wood preservation.

Mixing Heavy Road Concrete and Asphalt

Utilizing byproducts from coking and slag casting enables large-scale production of durable paving materials:

Concrete Mixture: Blending Sand, Cement, and Gravel within a mechanical mixer produces 16 portions of Concrete Mixture. Substituting recycled slag into the recipe doubles output to 32 portions.
Asphalt Mixture: Combining Sand, Bitumen, and Gravel yields 16 portions of Asphalt Mixture for high-speed highway construction.

Chemical Synthesis in Vat Machines

Sealed chemical vats react pressurized hydrocarbons and acids into refined synthetic chemicals:

Aluminum Ingot: Processing four portions of Bauxite Powder within an electrolytic vat machine yields one pure Aluminum Ingot.
Ethylene Gas: Reacting 500mb of Naphtha inside the chemical vat cracks the hydrocarbon into 250mb of reactive Ethylene gas, the primary precursor for synthetic plastic polymerization.
Circuit Board Etching: Combining one Coated Circuit Board with 250mb of Sulfuric Acid within a vat machine etches the conductive copper pathways into an Etched Circuit Board.

Chemical Plant Safety and Layout

Because chemical distillation produces flammable gases and toxic acids, plants must incorporate safety shutoffs and insulated fluid pipes. Storing volatile ethylene and creosote in designated pressure tanks prevents catastrophic factory ruptures and guarantees uninterrupted industrial operations across automated manufacturing facilities.

Covers the mod’s in-game guide topics: Chemical Vat