In Oxygen Not Included, managing gases like hydrogen and natural gas is crucial for survival. To handle them efficiently, you can use gas pumps and filters to control their flow, storage containers to store excess gases, and set up ventilation systems to distribute them throughout your base.
Managing Gases in Oxygen Not Included
Oxygen Not Included is a simulation game that challenges players to colonize an asteroid and manage resources, including gases such as hydrogen and natural gas. Effectively managing these gases is crucial to ensuring the survival and productivity of your colony. There are several key strategies and techniques you can employ to efficiently handle hydrogen and natural gas in the game.
Gas Storage and Containment
One of the fundamental aspects of gas management in Oxygen Not Included is storing and containing gases. It's important to have dedicated storage areas for gases such as hydrogen and natural gas to prevent them from escaping into your colony or being wasted. Utilize gas reservoirs and gas pipes to manage the flow and storage of gases effectively. Designate separate areas for different gases to avoid mixing and contamination.
Gas Dupe Management
Your duplicants play a vital role in managing gases in Oxygen Not Included. Assign tasks and priorities to your duplicants to ensure they are actively monitoring and addressing any gas-related issues. Duplicants can manipulate gas pumps, filters, and vents to control the flow and distribution of gases within your colony. Proper dupe management is essential for maintaining a balanced and efficient gas system.
Gas Production and Generation
To sustain your colony's gas needs, you must establish efficient systems for gas production and generation. Set up electrolyzers to produce hydrogen gas from water or utilize natural gas generators to convert natural gas into power. Implement automation systems to regulate gas production based on demand and storage capacity. Monitoring gas levels and adjusting production accordingly is key to avoiding shortages or surpluses.
Gas Filtration and Purification
In Oxygen Not Included, managing gases like hydrogen and natural gas also involves filtration and purification processes. Use gas filters to separate different gases and remove impurities. Employ gas permeable tiles and vents strategically to control the flow of gases and facilitate circulation throughout your colony. Implement filtration systems to purify gases for specific tasks or machinery requirements.
Gas Ventilation and Distribution
Proper ventilation and distribution of gases are essential for maintaining a healthy and functional colony in Oxygen Not Included. Design an efficient gas piping system with valves and sensors to control the flow direction and pressure of gases. Ensure that gases are distributed evenly to all areas of your colony to support plant growth, machinery operation, and duplicant well-being. Regularly inspect and adjust your gas network to optimize ventilation and distribution.
Advanced Gas Management Techniques
As you progress in Oxygen Not Included, you can explore more advanced gas management techniques to enhance efficiency and effectiveness. Experiment with cooling and condensation methods to liquefy gases for storage or transport. Develop automated systems using sensors, logic gates, and automation wires to monitor and control gas flow based on specific conditions or thresholds. Incorporate gas element sensors to track gas composition and make informed decisions about gas utilization and processing.
Conclusion
Effective gas management is a critical aspect of success in Oxygen Not Included. By implementing storage and containment strategies, optimizing gas production and generation, utilizing filtration and purification processes, ensuring proper ventilation and distribution, and exploring advanced techniques, you can master the management of gases like hydrogen and natural gas in the game. Continuously refine your gas systems and adapt to changing conditions to sustain your colony and overcome the challenges of surviving in the asteroid environment.