# Satisfactory Oil Processing Guide: Plastic, Rubber & Heavy Oil Residue
> An early-game Satisfactory oil setup: Crude Oil to Plastic and Rubber, why Heavy Oil Residue backs up your line, and how to turn that byproduct into Fuel-Powered Generator power.
- **Game:** Satisfactory
- **Category:** Pipes & Fluids
- **Author:** LongBeam (https://guides-factory.com/about)
- **Difficulty:** Intermediate
- **Reading time:** 9 min
- **Published:** 2026-08-23
- **Updated:** 2026-08-31
- **Tags:** Fluids, Oil Processing, Power, production
- **Adapted from:** [Early Game Oil Setups - Satisfactory 1.0 Guided Playthrough](https://www.youtube.com/watch?v=hT6sNPANwHw)
- **Canonical URL:** https://guides-factory.com/guides/satisfactory-oil-processing-guide-plastic-rubber-heavy-oil-residue
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## 🎯 The core idea
> Oil is the classic Satisfactory 1.0 mid-game wall: Crude Oil refines into Plastic or Rubber, but both recipes also dump Heavy Oil Residue as a byproduct, and if you don't have somewhere for that residue to go, your whole refinery line backs up and stalls — the fix is running it through a third recipe, Residual Fuel, to turn the problem into free power.
free costs nothing
cheap small cost
setup needs preparation
grind pays off slowly
skip the thing to stop doing
## Unlocking oil processing and finding a node
The Oil Processing milestone costs 50 Motors, 100 Encased Industrial Beams, 500 Steel Pipes, and 500 Copper Sheets to unlock. Once it's active, hold the scanner button to reveal nearby Crude Oil nodes — the video calls out the Western Gold Coast (near the Rocky Desert and Grassy Fields) and the Spire Coast (near the Northern Forest and Dune Desert) as especially dense oil regions, plus smaller deposits near the Great Lake and the Blue Crater. Regular oil nodes are what you want; the separate Well Springs require an Oil Well Pressurizer, an unrelated late-game extraction method.
Node locations are specific to this playthrough's map seed context (Rocky Desert start) — always scan your own save rather than assuming these exact coordinates apply.
## Extraction rate: what one Oil Extractor actually produces
An Oil Extractor on a pure node produces 240 m³ of Crude Oil per minute at 100% clock speed, with a maximum flow rate of 600 m³/min if overclocked — this matches the Satisfactory Wiki's figures for extraction rates at 100% and 250% clock speed. Mark 1 pipes can't carry the full overclocked amount, so Mark 2 pipes are needed if you plan to push extraction past baseline.
## Choosing a recipe: why Crude Oil → Plastic/Rubber creates a problem
Early game, the simplest path is the direct Crude Oil recipes: Crude Oil → Plastic and Crude Oil → Rubber, both of which consume 30 Crude Oil per minute. The catch is both also output Heavy Oil Residue as a byproduct — Plastic's recipe yields 10 Heavy Oil Residue alongside 20 Plastic, while Rubber's yields 20 Heavy Oil Residue alongside 20 Rubber. The alternative "Residual" recipes (Residual Plastic, Residual Rubber) avoid the byproduct but require Fuel and Polymer Resin as inputs instead, which the video considers unnecessarily complex for an early-game setup.
In the videoIf any output — including a byproduct — becomes fully saturated with nowhere to go, the entire refinery stops producing, which can cascade into shutting down power plants if that byproduct was feeding your fuel generators. Always plan a sink or a consumer for byproducts before you turn a line on.
## Turning the byproduct into fuel: the Residual Fuel recipe
The Residual Fuel recipe converts Heavy Oil Residue into usable Fuel at a 60 Heavy Oil Residue in to 40 Fuel out ratio per minute (shown on screen as 6 m³ in to 4 m³ out per cycle, which scales to the same 60:40 per-minute rate). This is the loop that makes Heavy Oil Residue a net positive instead of a liability — it becomes the fuel source for Fuel-Powered Generators, which massively outproduce [Coal Power](/guides/satisfactory-coal-power-plant-guide-100-efficient-setups) Plants.
## Building the full line and handling overflow
The video's layout runs all eight Plastic and Rubber refineries in a single row so their Heavy Oil Residue output can be merged into one pipeline junction, then split off to two dedicated Residual Fuel refineries. It also paints the pipes by content (a distinct color for Heavy Oil Residue, another for Crude Oil) purely for visual tracking, which is a personal-preference habit worth adopting once you have more than two or three fluid lines running side by side. Plastic and Rubber storage containers both get a Smart Splitter set to "Overflow," routing any excess to an AWESOME Sink so a full buffer never backs up production.
A manifold-style feed (all refineries pulling from one shared pipeline) means the first refineries in line fill up before later ones start receiving resources — expect a slow ramp-up of 30 minutes or more before the whole line is running at full efficiency, not a bug if output looks low at first.
## Powering up with Fuel-Powered Generators
Each Fuel-Powered Generator burns 20 m³ of Fuel per minute for 250 MW of output — roughly 175 MW more per generator than a Coal Power Plant, per the video's comparison. With 80 Fuel/min available from two Residual Fuel refineries (40 Fuel/min each), that's enough to run four Fuel Generators continuously.
From the comments (not in the video)Comments were empty on this upload, so no community tips are included here.
## How this guide was fact-checked
The Satisfactory Wiki (now hosted at wiki.gg after moving from Fandom) confirms the core mechanic described in the video: refining Crude Oil into Rubber produces Heavy Oil Residue as a byproduct that "must be dealt with, or else production of the primary output will stop," and that Oil Extractor output on a normal or pure node is 240 m³/min at 100% clock speed, matching the 240 m³/min shown directly in the captured frame above. The wiki also confirms Heavy Oil Residue can alternatively be converted to Petroleum Coke as a faster disposal method than fuel conversion, an option the video doesn't cover — worth knowing as an alternative if you don't need the extra power. The exact 60:40 Heavy Oil Residue-to-Fuel ratio and the 20 Plastic/10 residue and 20 Rubber/20 residue per-recipe splits are taken directly from in-game recipe tooltips captured on screen rather than from the wiki, since the wiki's recipe tables didn't return clean numeric data on this fetch — the frame-confirmed in-game numbers are used as the primary source for those specific ratios.
## Is this the best oil setup, and what's still missing
This is deliberately a beginner-friendly early-game oil setup, not the most optimized version possible — the creator is upfront that the "Residual" alternate recipes and Diluted Packaged Fuel would produce a more efficient, closed-loop build with less wasted resin, but at the cost of being noticeably harder to understand on a first pass. If you're hitting refinery byproducts explained differently elsewhere, or you're troubleshooting an oil clogging fix because a line backed up, the root cause is almost always the same one covered above: something downstream of Heavy Oil Residue filled up with nowhere to send the overflow.
## What this guide doesn't answer
This video is an early-game oil setup, not an optimized late-game build — it doesn't cover Petroleum Coke as an alternative residue sink, the alternate "Residual Plastic/Rubber" closed-loop recipes that eliminate byproducts entirely, or Turbofuel and Diluted Packaged Fuel logistics, which the creator explicitly defers to a future episode once fluid packaging is unlocked.
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## FAQ
### Why does my Satisfactory refinery stop producing plastic or rubber?
Both the Crude Oil to Plastic and Crude Oil to Rubber recipes produce Heavy Oil Residue as a byproduct. If that residue has nowhere to go and its storage fills up, the whole refinery stops, including the primary output.
### What do you do with Heavy Oil Residue in Satisfactory?
The most common early-game fix is the Residual Fuel recipe, which converts 60 Heavy Oil Residue per minute into 40 Fuel per minute. That fuel can then power Fuel-Powered Generators. Petroleum Coke is a faster alternative if you don't need the extra power.
### How much Crude Oil does a pure node produce in Satisfactory?
An Oil Extractor on a pure or normal node produces 240 cubic meters of Crude Oil per minute at 100% clock speed, confirmed both on-screen and by the Satisfactory Wiki, up to a maximum of 600 m3/min if overclocked with Mark 2 pipes.
### How many Fuel-Powered Generators can two Residual Fuel refineries support?
Two Residual Fuel refineries produce 80 Fuel per minute combined. Since each Fuel-Powered Generator burns 20 Fuel per minute for 250 MW, that's enough to run four generators continuously.
### Are the Residual Plastic and Residual Rubber recipes better than the direct recipes?
They avoid producing Heavy Oil Residue entirely, making them more efficient, but they require Fuel and Polymer Resin as additional inputs, which adds setup complexity. This guide's early-game approach uses the simpler direct recipes plus a Residual Fuel loop instead.