RTM 3.2

Bulk Chemistry & Construction

• Greatly increased batch sizes for common industrial chemicals, fertilizers, polymers, gases, salts, biological materials, and other bulk commodities.
• Concrete and fibre concrete now produce 256 blocks per batch, while asphalt has also been increased to 256 blocks per batch.
• Increased Chemical Reactor water-processing capacity to 60 L/min.
• Increased built-in machine cooling capacity for larger industrial processes.
• Improved industrial reactor and mixer capacity handling for larger recipes.
• Fixed several material-processing inconsistencies, including vanadium producing too much metal.
• Existing paid batches and stored materials remain compatible and are not rescaled.

Power Networks & Generators

• Reworked electrical distribution to be safer and more stable on large, saturated, or complicated power networks.
• Fixed machines occasionally losing their power connection when switching between active and inactive block states.
• Fixed several cases where interrupted processing could incorrectly refund electricity or lose already-paid progress.
• Generators now behave more realistically when the electrical network cannot accept their output.
  • Stirling generators continue consuming heat instead of magically stopping.
  • Diesel generators now throttle instead of instantly shutting off.
  • Gas turbines retain realistic running fuel, lubrication, and exhaust behavior.
  • Other generator families now follow their intended operating behavior under no-load conditions.
• Excess generation is rejected instead of silently becoming hidden battery storage.
• Generator ratings and progression remain unchanged.

Electric Furnace

• Replaced the Electric Furnace's oversized hidden 50 kJ internal battery with a small transfer buffer equivalent to roughly two operating ticks.
• Installed upgrades now correctly affect its transfer capacity and displayed power demand.
• Existing excess stored energy is preserved and drains safely.
• The furnace's battery slot is now clearly treated as the actual energy-storage source.

Chemical Reactor & Machine GUI Improvements

• Reworked the Chemical Reactor interfaces to better match classic HBM styling.
• Added clearer beveled panels, slot grouping, fluid gauges, process indicators, and circuit/template slot artwork.
• Improved layout and spacing in the Industrial Chemical Reactor.
• Centered reactor labels and controls and corrected the workshop reactor's oversized progress bar.
• Added or improved machine displays for:
  • Industrial Blast Furnace
  • Heating Oven
  • Gas Turbine / HRSG
  • Industrial Steam Turbine
  • Industrial Combustion Engine
  • Electrolyser
  • Coker
  • Dairy processing
  • several petroleum and cryogenic machines
• Fixed several power-bar and fluid-gauge display/hover alignment issues.
• Recipes, inventories, tank assignments, processing rates, and automation behavior were not changed by the GUI pass.

Dedicated Server Fixes

• Fixed a dedicated-server crash during legacy structure generation caused by client-only world-saving code.
• Legacy structures now use a server-safe recording system without creating unwanted save files.
• Structure layouts, seeds, metadata, tile data, and placement behavior remain unchanged.

Stability

• Added safeguards against runaway electrical-network processing, recursive power paths, and excessive topology work.
• Added extensive regression coverage for:
  • full and rejecting power networks
  • cyclic electrical networks
  • generator saturation
  • energy accounting
  • machine storage
  • structure generation
  • GUI synchronization