Alexei Volkov
In *Oxygen Not Included*, acquiring plastic is a crucial step for advancing your colony’s technology and infrastructure. Plastic is primarily obtained by refining petroleum, a resource found deep within the asteroid’s oil biomes. To start, you’ll need to locate and extract petroleum using an oil well, then pump it to a refinery where it can be processed into plastic. Ensure your refinery is properly cooled, as the refining process generates significant heat. Additionally, managing the byproducts of petroleum refining, such as polluted water and natural gas, is essential to maintain a sustainable and efficient production cycle. With plastic in hand, you can craft advanced items like storage containers, automation components, and other critical structures to support your colony’s growth.
| Characteristics | Values |
|---|---|
| Resource Required | Petroleum |
| Processing Building | Oil Refinery |
| Input Ratio | 400 kg Petroleum → 200 kg Plastic + 200 kg Polluted Water |
| Temperature Requirement | Oil Refinery must be below 400°C (160°C recommended for efficiency) |
| Byproduct | Polluted Water (requires proper disposal or filtration) |
| Alternative Method | None (Plastic can only be produced from Petroleum in Oil Refinery) |
| Storage | Plastic can be stored in any solid storage container |
| Use Cases | Wire manufacturing, advanced building materials, automation components |
| Duplicant Labor | Requires Duplicants to refine Petroleum in the Oil Refinery |
| Research Requirement | Petroleum Processing (unlocks Oil Refinery) |
| Environmental Impact | Produces Polluted Water, which can contaminate water supplies if mismanaged |
| Game Version Relevance | Applicable to the latest version of Oxygen Not Included (as of October 2023) |
Explore related products
$34.95 $34.95
What You'll Learn
- Algae Processing: Grow Algae, Feed Algae to Hatches, Produce Polluted Water, Convert to Plastic
- Slime Extraction: Farm Pufts, Harvest Slime, Convert Slime to Plastic via Slime Press
- Petroleum Refining: Drill for Crude Oil, Refine Oil into Petroleum, Produce Plastic
- Duplicant Skills: Assign Duplicants with Refining Skill for Efficient Plastic Production
- Automation Tips: Use Conveyor Belts and Storage Bins to Streamline Plastic Collection
Algae Processing: Grow Algae, Feed Algae to Hatches, Produce Polluted Water, Convert to Plastic
In the intricate ecosystem of *Oxygen Not Included*, plastic is a coveted resource, essential for crafting advanced machinery and infrastructure. One innovative method to secure this material involves algae processing—a multi-step system that transforms humble algae into valuable plastic. The process begins with cultivating algae, a task that requires a dedicated algae terrarium and a steady supply of water and light. Algae grows rapidly under optimal conditions, making it a renewable resource that can sustain long-term production cycles.
Once the algae is harvested, it becomes a nutritious food source for hatches, the game’s versatile critters. Feeding algae to hatches not only keeps them healthy but also triggers the production of polluted water as a byproduct of their metabolism. This polluted water, often seen as waste, is the key intermediate in the plastic production chain. To maximize efficiency, ensure hatches are well-fed and housed in a controlled environment to minimize resource loss. A single hatch can produce approximately 40 kg of polluted water per cycle, depending on its diet and living conditions.
The next step involves converting polluted water into plastic. This requires a pollution diffuser and a plastic press, both of which must be strategically placed to streamline the process. The pollution diffuser breaks down the polluted water into its constituent elements, releasing contaminated oxygen and leaving behind raw plastic material. The plastic press then refines this material into usable plastic, ready for construction or crafting. Proper ventilation is crucial during this stage to prevent contaminated oxygen from spreading to other areas of the base.
While algae processing is resource-efficient, it demands careful planning and resource management. Balancing algae growth, hatch feeding, and polluted water conversion requires a well-designed layout and a steady supply of water and power. Players should also monitor the health and population of hatches, as overfeeding or neglect can disrupt the entire system. Despite its complexity, this method offers a sustainable solution to plastic scarcity, turning biological processes into industrial advantage. Mastery of algae processing not only secures plastic but also exemplifies the game’s core principle: transforming challenges into opportunities.
Boost Business Loyalty: Guide to Acquiring Plastic Gift Cards
You may want to see also
Explore related products
Slime Extraction: Farm Pufts, Harvest Slime, Convert Slime to Plastic via Slime Press
In the intricate ecosystem of *Oxygen Not Included*, plastic is a vital resource for crafting advanced machinery and infrastructure. One innovative method to secure a steady supply involves slime extraction, a process that hinges on farming Pufts, harvesting slime, and converting it into plastic using a Slime Press. This approach not only leverages renewable resources but also integrates seamlessly with your colony’s existing systems.
Step-by-Step Process: Begin by establishing a Puft farm in a designated area. Pufts are slime-producing creatures that thrive in specific conditions—ensure the environment is cool (around 20°C) and well-lit. Feed them polluted water or contaminated oxygen to maximize slime production. Each Puft produces 10 kg of slime per cycle, so scale your farm based on your plastic needs. Once slime accumulates, use a storage bin or liquid reservoir to collect it. Next, construct a Slime Press, which requires 300 kg of refined metal and 2 plastic (initially obtained through other means). The Slime Press converts 10 kg of slime into 1 kg of plastic, making it a highly efficient conversion tool.
Cautions and Considerations: While Puft farming is sustainable, it requires careful management. Pufts reproduce rapidly, so monitor their population to avoid overbreeding, which can strain resources. Additionally, slime is a contaminant, so ensure it’s contained to prevent polluting your clean water or oxygen supplies. Use conveyer belts or liquid pumps to transport slime safely to the Slime Press. Finally, plan for the energy consumption of the Slime Press, as it requires 480 W of power to operate continuously.
Comparative Advantage: Compared to other plastic production methods, slime extraction offers a renewable and self-sustaining solution. Unlike refining petroleum, which depletes finite resources, Puft farming generates slime indefinitely. It also bypasses the need for complex oil drilling and refining setups, making it more accessible for early to mid-game colonies. However, it’s less efficient in terms of resource-to-plastic ratio compared to petroleum, so consider your colony’s stage and resource availability before committing.
Practical Tips: To optimize slime extraction, automate the process using automation wires and storage sensors. Set up a system where slime is automatically transported to the Slime Press once a storage bin reaches a certain threshold. Additionally, consider breeding Pufts in a separate, controlled area to prevent them from spreading uncontrollably. For maximum efficiency, pair Puft farming with a contaminated oxygen or water production system, ensuring a constant food source for your Pufts.
In conclusion, slime extraction through Puft farming and the Slime Press is a viable, eco-friendly method for obtaining plastic in *Oxygen Not Included*. With proper planning and management, this approach can provide a steady plastic supply while integrating harmoniously with your colony’s existing systems. Whether you’re building your first plastic refinery or scaling up production, this method offers a sustainable path forward.
Removing Stuck Old Plastic Clips from Your Car: A Step-by-Step Guide
You may want to see also
Explore related products
Petroleum Refining: Drill for Crude Oil, Refine Oil into Petroleum, Produce Plastic
In *Oxygen Not Included*, plastic is a versatile resource essential for advanced construction and technology. To produce it, you must first secure a steady supply of crude oil, the raw material that fuels the entire process. Begin by setting up an oil well in an oil biome, ensuring your dupes have access to this resource. Oil wells require careful management: place them at least five tiles apart to prevent pressure issues, and use automation (like smart batteries and oil pumps) to maintain a consistent flow. Without crude oil, your plastic production line grinds to a halt.
Once crude oil is extracted, the refining process begins. Build an oil refinery and ensure it’s supplied with at least 400 kg of crude oil and 40 kg of water per cycle. The refinery converts crude oil into petroleum, a critical intermediate product. Petroleum is not only a precursor to plastic but also a valuable fuel source for generators. However, refining is energy-intensive, so pair your refinery with a reliable power grid. Overproducing petroleum can lead to storage issues, so monitor your output and adjust production rates to match demand.
With petroleum in hand, the final step is plastic production. Construct a plastic press and feed it with petroleum to produce plastic. Each press requires 100 kg of petroleum to create 100 kg of plastic, making it a 1:1 ratio. Plastic is indispensable for crafting advanced buildings, machinery, and even space exploration components. However, be mindful of heat management: plastic presses generate significant heat, which can disrupt your base’s temperature balance. Place them near cooling systems or in insulated areas to prevent overheating.
While this process is straightforward, it’s easy to overlook the interdependencies between drilling, refining, and production. For instance, a lack of water for the refinery or insufficient power for the oil well can derail your entire operation. Plan ahead by setting up water pumps and power storage near your refining area. Additionally, consider using petroleum for other purposes, like fueling generators, to maximize efficiency. By mastering petroleum refining, you’ll unlock a sustainable plastic supply, paving the way for your colony’s technological advancement.
Effective Ways to Remove Chewing Gum from Plastic Surfaces Easily
You may want to see also
Explore related products
$28.55
Duplicant Skills: Assign Duplicants with Refining Skill for Efficient Plastic Production
In *Oxygen Not Included*, plastic is a versatile material crucial for advanced construction and automation. However, its production hinges on efficient refining processes, which are directly influenced by your duplicants' skills. Assigning duplicants with the Refining skill is not just a good idea—it’s a strategic necessity for maximizing plastic output. Duplicants with this skill work faster and more efficiently at refining stations, reducing the time it takes to convert petroleum into plastic. Without skilled refiners, your plastic production will bottleneck, slowing down your base’s development.
To assign duplicants with the Refining skill, open the Priorities menu and ensure the duplicant has a high priority for refining tasks. Additionally, focus on training them through repeated refining work; the more they refine, the faster they’ll level up. A level 3 Refining skill can increase productivity by up to 50%, making it a game-changer for plastic production. Pair this with a well-designed refining setup—placing multiple refining stations near petroleum sources and ensuring adequate ventilation—to further optimize efficiency.
One common mistake is underestimating the impact of skill specialization. Assigning a generalist duplicant to refining tasks will yield subpar results. Instead, dedicate specific duplicants solely to refining, freeing them from other tasks like digging or cooking. This specialization ensures they focus on leveling their Refining skill, which directly translates to faster plastic production. For example, a duplicant with level 5 Refining can process petroleum at nearly double the speed of an unskilled worker.
Finally, consider the long-term benefits of this strategy. Efficient plastic production is essential for late-game automation, such as building conveyor belts, storage compactors, and advanced machinery. By investing in skilled refiners early, you’ll future-proof your base, ensuring a steady supply of plastic without constant micromanagement. Monitor your duplicants’ stress levels, though—overworking them can lead to inefficiency. Balance their schedules with recreation and rest to maintain peak performance. In *Oxygen Not Included*, the right skills make all the difference, and Refining is no exception.
Effective Ways to Remove Burnt Plastic from Your Stove Eye
You may want to see also
Explore related products
Automation Tips: Use Conveyor Belts and Storage Bins to Streamline Plastic Collection
In *Oxygen Not Included*, plastic is a versatile resource, but its collection can quickly become a logistical nightmare without proper automation. Conveyor belts and storage bins are your best allies in streamlining this process, transforming a chaotic system into an efficient, hands-off operation. By integrating these tools, you can ensure a steady supply of plastic without micromanaging every step.
Step 1: Design a Conveyor Network
Start by mapping out a conveyor belt system that connects your plastic production areas (e.g., refineries or deconstructing machines) to centralized storage. Use bridges or tunnels to navigate terrain obstacles, ensuring a smooth flow of materials. Place sweepers along the belts to prevent clogging from unwanted debris, and use smart vents or filters to separate plastic from other resources if necessary. A well-designed network minimizes manual intervention and maximizes throughput.
Step 2: Optimize Storage Bin Placement
Position storage bins strategically at the end of conveyor lines to act as collection points. Use the "priority" setting in the storage bin interface to ensure plastic is stored separately from other materials. For larger operations, consider using multiple bins to prevent overflow and allow for easier distribution. Place bins near construction areas or manufacturing stations to reduce the distance dupes travel to retrieve plastic, saving time and energy.
Cautions and Troubleshooting
Avoid overloading conveyor belts by ensuring they are wide enough to handle peak production rates. A single tile-wide belt can quickly become a bottleneck, so consider upgrading to double or triple-wide belts as your base grows. Additionally, monitor for traffic jams caused by dupes or other items blocking the path. If plastic accumulates in unwanted areas, use deconstruction tools to clear the space and redirect the flow.
By automating plastic collection with conveyor belts and storage bins, you free up your dupes for more critical tasks while maintaining a consistent supply of this essential resource. This system scales effortlessly as your base expands, ensuring plastic is always available when needed. With minimal setup and maintenance, you’ll wonder how you ever managed without it.
Taming Frizz: Effective Tips to Smooth Plastic Wigs Instantly
You may want to see also
Frequently asked questions
Plastic is produced by refining Petroleum in an Oil Refinery. First, extract Petroleum using an Oil Well, then refine it to create Plastic.
To build an Oil Refinery, you need Refined Metal, Glass, and Plastic (which can be obtained from your first Petroleum refinement). Ensure you have the necessary resources and research unlocked.
No, plastic can only be produced by refining Petroleum in an Oil Refinery. There are no alternative methods to obtain plastic in the game.
