1 Why This Recipe Matters
The Recycled Plastic and Recycled Rubber alternate recipes form a unique closed-loop system in Satisfactory's oil processing chain. Unlike most recipes that simply improve efficiency, these two recipes enable you to convert between Plastic and Rubber using Fuel as a catalyst, effectively doubling your total oil product output. This is not just an efficiency improvement — it's a complete paradigm shift in how you manage oil refinery production. Instead of being constrained by your Crude Oil input for both Plastic and Rubber, you can produce massive quantities of one and convert the excess into the other.
Production Efficiency Gain
The default oil processing recipes are straightforward: Crude Oil goes into a Refinery and produces either Plastic (20/min from 30 Oil) or Rubber (20/min from 30 Oil), with Heavy Oil Residue as a byproduct. If you need both Plastic and Rubber, you typically split your oil between two Refinery lines. With the recycled recipes, you can dedicate ALL your oil to producing Plastic (or Rubber), then use the recycled recipe to convert half of your output into the other product.
The Recycled Plastic recipe takes 30 Rubber + 30 Fuel per minute and produces 60 Plastic per minute. The Recycled Rubber recipe takes 30 Plastic + 30 Fuel per minute and produces 60 Rubber per minute. The key insight: you're getting 60 output from 30 input — a 2x conversion ratio. If you produce 120 Plastic from your oil line, you can feed 60 of that Plastic into Recycled Rubber and get 120 Rubber out. Your total output becomes 60 Plastic + 120 Rubber = 180 products from oil that would normally produce only 80 (40 Plastic + 40 Rubber with default split). That's more than double the total oil product yield.
When to Unlock
Recycled Plastic and Rubber become available at Tier 5-6, the same tier as Heavy Encased Frame and other mid-to-late game alternates. This timing is perfect — by Tier 5, your demand for Plastic (for Circuit Boards, Computers, and later Supercomputers) and Rubber (for Conveyor Belts, Vehicles, and advanced components) has grown significantly. The default oil processing starts to feel constraining, and you're likely looking at building a second or third Oil node to meet demand. The recycled recipes let you squeeze double the products from your existing oil infrastructure, delaying or eliminating the need for additional Oil nodes.
We recommend prioritizing these recipes right after obtaining Heavy Encased Frame. The two are natural companions: Heavy Encased Frame solves your Modular Frame bottleneck, and Recycled Plastic/Rubber solve your oil product bottleneck. Together, they eliminate the two biggest production constraints in the mid-to-late game transition.
2 Recipe Details
Input / Output Ratios
| Recipe | Building | Inputs (per minute) | Output | Craft Time |
|---|---|---|---|---|
| Recycled Plastic (Alternate) | Refinery | 30 Rubber + 30 Fuel | 60 Plastic/min | 12s |
| Recycled Rubber (Alternate) | Refinery | 30 Plastic + 30 Fuel | 60 Rubber/min | 12s |
| Plastic (Default) | Refinery | 30 Crude Oil | 20 Plastic/min (+10 HOR) | 6s |
| Rubber (Default) | Refinery | 30 Crude Oil | 20 Rubber/min (+20 HOR) | 6s |
Full Loop Comparison
| Metric | Default (Split Oil) | Recycled Loop | Improvement |
|---|---|---|---|
| Crude Oil per 120 total products | 180 Crude Oil | 90 Crude Oil | -50% |
| Plastic output (from 90 Oil) | 60 Plastic | 60 Plastic + 60 via recycle | +100% |
| Rubber output (from 90 Oil) | 60 Rubber | 120 Rubber (via recycle) | +100% |
| Fuel required | 0 | 60 Fuel/min for recycling | Fuel is cheap with Diluted Fuel |
| Total Refineries for 120 products | 4.5 Refineries | 3 Refineries + 2 Recycle | More buildings but 2x output |
Production Tree (Complete Loop)
Crude Oil (90/min) → Split 50/50
45 Oil → Refinery (Plastic) → 30 Plastic/min + 15 HOR
45 Oil → Refinery (Rubber) → 30 Rubber/min + 30 HOR
Total: 30 Plastic + 30 Rubber = 60 products
[RECYCLED LOOP — MAXIMUM OUTPUT]
Crude Oil (90/min) → ALL to Plastic
90 Oil → Refinery (Plastic) → 60 Plastic/min + 30 HOR
30 Plastic + 30 Fuel → Refinery (Recycled Rubber) → 60 Rubber/min
Remaining 30 Plastic → Direct output for factory use
Total: 30 Plastic + 60 Rubber = 90 products 🔥 (+50%)
[ADVANCED: FULL DOUBLE WITH BOTH RECIPES]
Crude Oil (90/min) → ALL to Plastic = 60 Plastic
30 Plastic + 30 Fuel → Recycled Rubber = 60 Rubber
30 Rubber (from above) + 30 Fuel → Recycled Plastic = 60 Plastic
Total: 90 Plastic + 60 Rubber = 150 products 🔥🔥 (+150%)
Fuel Supply for the Loop
Diluted Fuel recipe or the standard Fuel recipe. If you have Diluted Fuel unlocked, 60 HOR converts to 120 Fuel — more than enough to power both recycling lines with surplus. Without Diluted Fuel, you may need to dedicate some Crude Oil directly to Fuel production, slightly reducing your overall efficiency." data-zh="回收循环需要燃料作为催化剂——每台回收精炼厂需要30燃料/分钟。同时运行回收塑料和回收橡胶的完整双循环设置需要60燃料/分钟。这些燃料应该来自你的重油残渣副产品。用原油生产塑料时，会产生重油残渣作为副产品（默认塑料配方每30油产10重油残渣，默认橡胶配方每30油产20重油残渣）。这些重油残渣可以通过稀释燃料配方或标准燃料配方转化为燃料。如果你有稀释燃料配方ﻬ60重油残渣可以转化为120燃料——足以供应两条回收线还有剩余。没有稀释燃料的话，你可能需要直接用部分原油生产燃料，这会稍微降低整体效率。">The recycling loop requires Fuel as a catalyst — 30 Fuel per minute for each recycling Refinery. For a full double-loop setup with both Recycled Plastic and Recycled Rubber running, you need 60 Fuel per minute. This Fuel should come from your Heavy Oil Residue byproduct. When producing Plastic from Crude Oil, you get Heavy Oil Residue as a byproduct (10 HOR per 30 Oil with the default Plastic recipe, or 20 HOR per 30 Oil with the default Rubber recipe). This HOR can be converted to Fuel using the Diluted Fuel recipe or the standard Fuel recipe. If you have Diluted Fuel unlocked, 60 HOR converts to 120 Fuel — more than enough to power both recycling lines with surplus. Without Diluted Fuel, you may need to dedicate some Crude Oil directly to Fuel production, slightly reducing your overall efficiency.
3 Hard Drive Acquisition
The Recycled Plastic and Recycled Rubber recipes come from the Tier 5-6 alternate recipe pool — the same pool that contains Heavy Encased Frame. This is convenient because you can hunt for all three recipes in the same expedition. The primary biome for Tier 5-6 Crash Sites is the Northern Forest, with additional sites in the Titan Forest and the deeper regions of the Rocky Desert.
Crash Sites That Can Yield Recycled Plastic/Rubber
📍 Crash Site T56-1 — Northern Forest Central Valley
Coordinates: Approx. (-400, 1600)
Distance from Grass Fields: ~3,000m north
Danger level: Medium — Spitters in the valley, Hogs on the ridges
Recommended equipment: Xeno-Basher, 10+ healing items, foundations for cliff ramps
Access: Follow the northern road from Grass Fields, cross the first canyon bridge, descend into the valley
Notable landmarks: Crash Site is in a clearing surrounded by red-barked trees, a small stream runs nearby
Nearby resources: Coal node (200m east), Caterium deposit (500m north), multiple Limestone nodes
Difficulty to reach: Medium — navigation through forest
📍 Crash Site T56-2 — Northern Forest Cliff Overlook
Coordinates: Approx. (-100, 1900)
Distance from Grass Fields: ~3,500m northeast
Danger level: Medium-High — Elite Spitters near the cliff edge, falling hazard
Recommended equipment: Xeno-Basher or Rifle, 15+ healing items, Jetpack or parachutes highly recommended
Access: Approach from the east via the plateau, build foundation bridge across the gap
Notable landmarks: Wreck is on a narrow ledge overlooking a massive drop, visible from the valley floor by its smoke trail
Nearby resources: Pure Iron node (300m south), Quartz vein (600m east), Power Slug (Yellow)
Difficulty to reach: Medium-High — cliff traversal required
📍 Crash Site T56-3 — Titan Forest Edge
Coordinates: Approx. (-1000, 1300)
Distance from Grass Fields: ~3,200m northwest
Danger level: Medium — Stingers in the undergrowth, limited visibility due to massive trees
Recommended equipment: Good weapon, 10+ healing items, lots of concrete for foundation roads through dense forest
Access: Build a foundation road through the forest — ground-level travel is extremely slow and dangerous
Notable landmarks: At the base of the largest tree stump in the western Titan Forest, impossible to miss
Nearby resources: Mycelia clusters (for Medicinal Inhalers), SAM Ore deposit (1km north), Sulfur nodes
Difficulty to reach: Medium — forest density is the main challenge
📍 Crash Site T56-4 — Rocky Desert Deep Canyon
Coordinates: Approx. (2000, -500)
Distance from Grass Fields: ~2,800m southeast
Danger level: Medium — Hog variants, vertical traversal, long supply lines
Recommended equipment: Vehicle recommended for approach, Xeno-Basher, 10+ healing, concrete for ramps
Access: Drive to canyon rim, descend via foundation ramps, follow canyon floor to wreck
Notable landmarks: Wreck is at the narrowest point of the canyon, wedged between rock walls
Nearby resources: Oil node (accessible from canyon), multiple Coal seams, Caterium deposit
Difficulty to reach: Medium — primarily a logistics challenge
Tier 5-6 Recipe Pool Context
The Tier 5-6 pool contains approximately 12-15 recipes, including: Recycled Plastic, Recycled Rubber, Heavy Encased Frame, Pure Iron Ingot, Pure Copper Ingot, Caterium Ingot (alternate), Turbo Fuel, Compacted Coal, and several others. This means your odds of getting either Recycled Plastic or Recycled Rubber on any given Hard Drive are approximately 13-17% each. Since both recipes often appear in the same MAM selection (they're thematically linked), you frequently get to choose between them. If you see both, pick based on your immediate needs: Recycled Rubber if you're building lots of conveyor belts and vehicles, Recycled Plastic if you're focused on electronics (Circuit Boards, Computers). You'll want both eventually, so the order doesn't matter too much.
4 Unlock Strategy
MAM Research Requirements
Recycled Plastic and Rubber require the MAM for Hard Drive research (built at Tier 1) and the Refinery building (unlocked at Tier 5). Research time for Tier 5-6 Hard Drives is 25 minutes per drive. Since you'll likely be collecting multiple Hard Drives in a single Northern Forest expedition, queue them up in the MAM and use the waiting time to expand your factory or plan your oil processing redesign.
↓ Build Refinery (costs: 10 Motors + 20 Steel Pipes + 10 Cables)
↓ Establish Crude Oil extraction and basic Plastic/Rubber production
↓ Build Fuel production line (from HOR byproduct or direct Oil)
↓ Plan Northern Forest expedition for Tier 5-6 Hard Drives
↓ Collect 2-3 Hard Drives → Queue in MAM (25 min each)
↓ Select Recycled Plastic and/or Recycled Rubber
Prerequisites Checklist
| Requirement | Details | Estimated Time |
|---|---|---|
| HUB Tier 5 | Oil Processing + Refinery unlocked | 8-15 hours (cumulative gameplay) |
| Refinery built | Requires Motors, Steel Pipes, Cables | 30 minutes |
| Oil node claimed | Oil Extractor on any Oil node | 1 hour (including pipeline) |
| Fuel production | Some source of Fuel for recycling (HOR conversion or direct) | 30 minutes |
| MAM + Hard Drives | Operational MAM with queued Hard Drives from T5-6 Crash Sites | 2-3 hours expedition |
Post-Unlock Factory Redesign
Unlocking Recycled Plastic/Rubber will likely require a significant redesign of your oil processing area. The default setup has separate Plastic and Rubber lines from split oil input. The recycled setup works best with a different layout: a single large Crude Oil input dedicated entirely to Plastic (or Rubber) production, a Fuel production line from HOR byproduct, and the recycling Refinery(es) converting excess product. Plan for more Refineries total (3-4 instead of 2), more pipeline complexity (Fuel routing), and potentially a larger footprint. It's often easier to build a new oil processing complex from scratch rather than retrofitting your existing setup.
5 Gotcha Tips
The most common issue with recycled loops is backpressure. If your Plastic consumers (Circuit Boards, Computers, etc.) back up and stop taking Plastic, your Recycled Rubber line starves because it needs Plastic as input. Conversely, if Rubber consumers back up, Recycled Plastic stops. The solution: always include an Awesome Sink (or multiple Sinks) as an overflow destination for both Plastic and Rubber. Set up smart splitters to direct overflow to the Sink while priority output goes to your factory. This ensures the recycling loop never jams due to downstream backup.
The recycling loop needs a steady Fuel supply — 30 Fuel per minute per recycling Refinery. If your Fuel production comes from Heavy Oil Residue byproduct, track your HOR generation carefully. Producing 60 Plastic per minute from Crude Oil generates 30 HOR per minute (with default recipe), which converts to exactly 30 Fuel per minute — enough for one recycling Refinery. If you're running both recycled recipes, you need 60 HOR per minute, which requires producing 120 Plastic per minute from 180 Crude Oil. Use the production calculator or build a buffer tank to ensure Fuel never runs dry.
Each Refinery in your oil chain has multiple outputs that must all be handled, or the Refinery stops. The default Plastic recipe outputs Plastic + Heavy Oil Residue. The recycling recipes output their main product (Plastic or Rubber) but consume Fuel. Make sure every output belt and pipeline has a destination: main product goes to consumers or the next stage in the loop, HOR goes to Fuel conversion, excess goes to the Awesome Sink. A single blocked output will stall the entire chain.
If you have Diluted Fuel unlocked, your recycled loop becomes dramatically more efficient. Diluted Fuel converts Heavy Oil Residue to Fuel at a 2:1 ratio (50 HOR becomes 100 Fuel). This means the HOR byproduct from your Plastic production generates twice as much Fuel as you need for recycling. The surplus Fuel can power Fuel Generators for massive power output, or be converted to Turbo Fuel for vehicles. This Diluted Fuel + Recycled Plastic/Rubber combination is one of the most powerful synergies in the entire game — it turns a single Oil node into a self-sustaining factory that produces Plastic, Rubber, AND power simultaneously.
Fuel for your recycling Refineries can be delivered via pipeline (fluid) or conveyor (packaged). For short distances within the same oil processing complex, pipelines are cleaner and don't require packaging/unpackaging. For long distances, packaged Fuel on conveyors is often more practical because belts don't have headlift limits and are easier to route. If your recycling Refineries are more than 200m from your Fuel production, consider packaging. If they're adjacent, use direct pipeline connections.
6 Free Benefits
Other Recipes from the Same Hard Drive Pool
When hunting for Recycled Plastic and Rubber, you'll be exploring the Tier 5-6 pool which contains several other game-changing recipes:
🏗 Heavy Encased Frame
💎 Pure Ingots (Iron/Copper/Caterium)
⚡ Turbo Fuel + Compacted Coal
Map Exploration Rewards
The Northern Forest expedition for Tier 5-6 recipes offers substantial exploration rewards:
| Bonus Discovery | Location | Value |
|---|---|---|
| Pure Caterium Node | Northern Forest west | Quickwire for Fused Wire and electronics |
| Raw Quartz Deposits | Northern Forest caves | Crystal Oscillators, Silica for Silicon Circuit Boards |
| Sulfur Nodes (x2) | Northern Forest eastern caves | Compacted Coal, Black Powder |
| SAM Ore (multiple) | Deep Northern Forest areas | Tier 7+ endgame crafting |
| Power Slug (Yellow) | Cliff edges near Crash Sites | 200% overclocking capability |
| Hard Drives (3-4) | Multiple sites in biome | Complete Tier 5-6 recipe pool |
Related Recipes in the Satisfactory Guide
Recycled Plastic and Rubber work best as part of a complete oil processing ecosystem. Surround them with these related recipes:
Diluted Fuel
Heavy Oil Residue + Water = massive Fuel. Powers the recycling loop and your grid.
Heavy Encased Frame
Same recipe pool. Best alternate in the game. Pick it if you see it.
Pure Ingots
Double ingot yield with Water. Same water infrastructure supports both systems.
Silicon Circuit Board
Circuit Boards without Plastic. Reduces your total Plastic demand further.