Processeur chimique

Recette

Processeur chimique

Machine: assembler · Temps de craft: 8s

Ingredients

• 20 × Poutres en acier
• 10 × Carte polymère
• 5 × Pièces de machines avancées
• 5 × Circuit imprimé

Produits

• 1 × Processeur chimique

Guide

The Chemical Processor serves as the central hub for crafting advanced fluids and materials in the mid-to-late game. It is especially critical for recipes that require complex fluid handling, such as Fracking Liquid and Olumic Acid, where proper Air plumbing becomes a major point of friction.

This building is crafted in an assembler using intermediate and advanced components, making it a significant investment as you expand your factory. With a stack size of 25 and an 8 second craft time per unit, careful planning is needed when scaling up.

The Chemical Processor hosts a range of essential recipes, including Fracking Liquid, Olumic Acid, Paint, Ignium-Enriched Water, Liquid Fuel, CPU, and Cement from Blast Furnace Slag. As demand for these products rises, the processor often becomes a bottleneck in fluid-based production lines.

Astuces

• When connecting an Air intake for Fracking Liquid, be sure to use the correct fluid-line adapter. Mismatched connections are a common source of stalls in fluid setups.
• If your Olumic Acid line is powered but not producing, double-check both the input and output flow, as well as the fluid network for blockages or misconfigurations.
• High-demand recipes like Paint, CPU, and Cement can require far more Chemical Processors than expected. Plan your layout to accommodate large processor banks if you intend to scale these products.
• Workstations can significantly boost processor throughput, but this increases Water consumption. Ensure your Water supply is sized appropriately to prevent unexpected slowdowns in your Chemical Processor lines.

Unlock requirements

• Chemical Processing

FAQ

Are there any in-game tips or visual cues for fluid-line connections that help resolve the [[Air]] intake to Chemical Processor issue?

Yes, the game visually distinguishes standard fluid lines from larger trunk lines by their size and connection points. Smaller connectors attach directly to most machines, while larger trunks require dedicated adapters. When connecting an Air intake to a Chemical Processor, ensure you are matching the connector type shown on each building to avoid stalls.

Is there a consistent workaround for Olumic Acid lines that appear powered but do not produce?

If your Olumic Acid line is powered but not producing, check for subtle fluid-line blockages or mismatched input/output directions. Sometimes, rebuilding the immediate segments or temporarily removing and replacing the Chemical Processor can reset the flow. Also, verify that all required fluids are present and that downstream outputs are not backed up, as this can halt production.

What is the most efficient way to scale water supply when using workstations to boost Chemical Processor banks?

To efficiently scale Water supply for large banks of Chemical Processors with workstation boosts, use dedicated water lines with high-capacity pumps and buffer tanks. Position sources close to your processor banks and avoid long, shared fluid runs that can reduce pressure. Monitoring flow rates and adding parallel lines can help maintain consistent supply as your factory grows.