How to Get Rid of Polluted Water (Oxygen Not Included?)
Getting rid of polluted water in Oxygen Not Included (ONI) hinges on transforming it into something useful, neutralizing it, or strategically venting it in a controlled manner. While directly “getting rid of” it without consequences is rarely an option, several viable methods exist to minimize its impact and even turn it into a resource.
Understanding Polluted Water in Oxygen Not Included
Oxygen Not Included emphasizes resource management, and polluted water is a common byproduct of various industrial processes and natural occurrences. Ignoring it leads to significant problems, including the spread of polluted oxygen, which stresses Duplicants and hinders base efficiency. Successfully managing polluted water requires understanding its properties and the technologies available to address it.
Common Sources of Polluted Water
Understanding the source of polluted water is critical for long-term management. Common sources include:
- Wash Basins: Duplicants using wash basins generate polluted water as a byproduct.
- Latrines & Toilets: These structures are a primary source of polluted water, emphasizing the importance of plumbing and sanitation.
- Industrial Machines: Certain machines, like the Metal Refinery and the Kiln, produce polluted water as a cooling byproduct.
- Natural Geysers: Polluted Water Geysers naturally emit polluted water, often at varying temperatures and rates.
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The Perils of Ignoring Polluted Water
Leaving polluted water unchecked is detrimental. It off-gasses polluted oxygen, which causes stress and sickness in Duplicants. Furthermore, stagnant pools of polluted water can harbor germs, further impacting Duplicant health and productivity. Effective management strategies are therefore crucial for sustainable colony growth.
Effective Polluted Water Management Strategies
Several strategies can be employed to manage and, in some cases, eliminate polluted water. The choice of strategy depends on the amount of polluted water, available technology, and overall colony goals.
1. The Water Sieve: Early-Game Solution
The Water Sieve is an early-game essential. It filters polluted water into clean water, consuming sand in the process. While it doesn’t technically “eliminate” the polluted water, it transforms it into a usable resource. The polluted dirt byproduct can be used for fertilization or other processes.
2. Distillation: Boiling Away Contamination
Heating polluted water to 100°C (212°F) or higher will turn it into steam. This steam will not be polluted. This steam can then be condensed back into clean water. This process requires a significant energy investment but can be valuable, especially for handling large quantities.
3. Resource Conversion: Turning Waste into Use
Certain creatures and plants can consume polluted water, converting it into useful resources.
- Thimble Reed: These plants consume polluted water and produce reed fiber, used for crafting clothes and other essential items.
- Pips: Although indirect, Pips, when near wild plants, can reduce the amount of water they need, allowing you to use polluted water without immediate ill effects.
- Pufts: Pufts consume polluted oxygen, transforming it into slime, which can be refined into algae. Using a specialized “puff ranch” alongside a polluted water source can be an effective ecosystem.
4. Sterilization: Killing Germs, Addressing Symptoms
Germs in polluted water can be a significant concern. Using a Liquid Reservoir in conjunction with temperature control, or through irradiation techniques (requires mods), can sterilize the water, mitigating the health risks associated with its use in certain applications.
5. Electrolysis: Power and Oxygen, Side Effects and Solutions
Using an Electrolyzer splits water into oxygen and hydrogen. While this is an excellent way to generate oxygen, it also creates heat. Utilizing AETN and temperature control strategies alongside electrolyzers effectively transforms polluted water into vital colony resources.
6. Strategic Venting: A Risky, Last-Resort Option
Venting polluted water is generally discouraged due to the off-gassing of polluted oxygen. However, if done strategically and carefully, it can be used to manage small amounts of waste. For example, small quantities can be vented into an isolated, uninhabited space. This strategy should be considered a last resort due to its potential negative consequences.
7. The Cool Steam Vent: A Natural Solution
Cool Steam Vents output hot, clean steam that can be condensed back into water for use. Feeding polluted water into a Cool Steam Vent is not directly possible, but the clean water can be a substitute for clean water used in other processes, allowing a polluted water system to feed it.
FAQs: Delving Deeper into Polluted Water Management
Here are frequently asked questions regarding polluted water management in Oxygen Not Included:
1. Can I use polluted water to grow plants?
Yes, some plants, like Thimble Reed, thrive on polluted water. However, using it for crops like Bristle Berries can lead to contamination and stress for your Duplicants. Consider sterilizing the polluted water before using it for any food-related processes.
2. How does the Water Sieve work, and what are its drawbacks?
The Water Sieve filters polluted water into clean water by consuming sand. The main drawback is the continuous need for sand and the production of polluted dirt, which requires further management. Additionally, it produces heat, so temperature control might be necessary.
3. Is it safe to store polluted water in open containers?
No, storing polluted water in open containers is not recommended. It off-gasses polluted oxygen, which causes stress and sickness in your Duplicants. Always store it in sealed containers or utilize strategies to neutralize the polluted oxygen.
4. What are the best ways to automate polluted water management?
Automation is key for long-term polluted water management. Use sensors to monitor liquid levels and trigger pumps to move polluted water to sieves, distillation setups, or other processing units. Automate the delivery of sand to the Water Sieve and the removal of polluted dirt.
5. How can I deal with the heat generated by the Water Sieve?
Use a cooling loop with radiant liquid pipes and a Thermo Regulator or AETN (Aquatic Ecosystem Thermal Nullifier) to dissipate the heat generated by the Water Sieve. Consider placing the sieve in a cold biome to naturally offset some of the heat.
6. What is the ideal temperature for storing polluted water?
Storing polluted water at cooler temperatures (below 25°C/77°F) minimizes the rate of polluted oxygen off-gassing. This helps to reduce the stress on Duplicants and prevents the spread of polluted oxygen throughout your base.
7. How effective is boiling polluted water for purification?
Boiling polluted water is very effective. The steam produced is clean and can be condensed back into clean water. This is a robust, if power-intensive, purification method.
8. Can I use polluted water in oxygen production via Electrolyzers?
Yes, you can use polluted water in Electrolyzers. The output will be the same as using clean water. However, ensure that the polluted water doesn’t contain any harmful germs that might contaminate your oxygen supply.
9. What are the risks of venting polluted water into space?
Venting polluted water into space can lead to ice formation, potentially blocking vents and disrupting your venting system. While the polluted oxygen dissipates, the frozen water can create new problems.
10. Are there any mods that can help with polluted water management?
Yes, several mods can assist with polluted water management. Some mods add new technologies for water purification, while others provide more granular control over liquid handling. Search the Steam Workshop for Oxygen Not Included to explore the available options.
11. How does the type of germ in polluted water affect its management?
The type of germ in polluted water determines its potential harm. Slimelung is common and causes sickness, while Food Poisoning is generally less severe. Sterilization methods, like heating or irradiation, are crucial for eliminating harmful germs.
12. What is the long-term viability of relying on Thimble Reed for polluted water disposal?
Relying solely on Thimble Reed might not be viable in the long term, especially with large amounts of polluted water. Thimble Reed has limited consumption capacity. It’s more effective to combine it with other strategies, such as the Water Sieve and distillation, for a comprehensive approach.
Conclusion: Mastering Polluted Water Management
Successfully managing polluted water in Oxygen Not Included requires a multi-faceted approach. Combining early-game solutions like the Water Sieve with later-game technologies like distillation and resource conversion allows you to minimize the negative impacts of polluted water while leveraging its potential as a resource. By understanding the properties of polluted water and the tools available, you can create a sustainable and thriving colony.