Tessa Quinn
Creating a sustainable oxygen supply in a hospital setting within the context of the game *Oxygen Not Included* requires careful planning and resource management. Players must establish a self-sufficient system that ensures a constant flow of oxygen for both the Duplicants and any medical facilities. This involves setting up efficient algae or electrolyzer systems to generate oxygen, managing power consumption, and maintaining a stable environment to prevent contamination. Additionally, integrating a reliable backup system, such as oxygen diffusers or storage tanks, is crucial to handle emergencies. Balancing these elements while optimizing space and resources is key to successfully replicating a hospital’s oxygen needs in the game.
| Characteristics | Values |
|---|---|
| Purpose | To create a functional hospital in the game "Oxygen Not Included" that can heal dupes (colonists) and treat illnesses. |
| Key Buildings | Infirmary, Autoclave, Research Station, Medicine Stations (optional) |
| Required Resources | - Oxygen (for dupes working in the hospital) - Water (for hygiene and potentially medicine production) - Food (for dupes working in the hospital) - Medicine (produced from various resources like Pincha Pepper, Bristle Blossom, etc.) - Research (to unlock advanced medical treatments) |
| Staffing | At least one dupe with the "Doctor" skill assigned to the Infirmary. |
| Treatment Process | 1. Diagnosis: Dupes with illnesses will automatically seek treatment at the Infirmary. 2. Treatment: The Doctor will treat the dupe using available medicine. 3. Recovery: Treated dupes will recover over time, depending on the illness severity. |
| Advanced Features | - Autoclave: Sterilizes medical tools, reducing infection risk. - Medicine Stations: Allow dupes to self-medicate for minor ailments. - Research Upgrades: Unlock better medicine types and treatment options. |
| Challenges | - Disease Spread: Preventing illnesses from spreading to healthy dupes is crucial. - Resource Management: Ensuring a steady supply of medicine and other resources. - Stress Management: Hospitals can be stressful environments for dupes, requiring recreation areas nearby. |
| Tips | - Isolate Sick Dupes: Designate a separate area for sick dupes to prevent contagion. - Prioritize Hygiene: Maintain clean environments to reduce disease transmission. - Research Early: Invest in medical research to unlock better treatments and prevent outbreaks. |
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What You'll Learn
- Base Layout Design: Plan efficient, compact base with oxygen, food, and power access for medical areas
- Medical Bay Setup: Build dedicated medical bays with cots, disinfectants, and easy staff access
- Oxygen Management: Ensure stable oxygen levels using electrolyzers, algae, or hydrogen diffusers near medical zones
- Staff Training: Assign skilled Duplicants as doctors, prioritizing medical skill for faster patient recovery
- Infection Control: Use disinfectants, air filters, and isolation rooms to prevent disease spread in hospitals
Base Layout Design: Plan efficient, compact base with oxygen, food, and power access for medical areas
When designing a hospital base in *Oxygen Not Included*, efficiency and compactness are key to ensuring that medical areas have uninterrupted access to oxygen, food, and power. Start by selecting a central location for your hospital, ideally near existing infrastructure to minimize resource transportation time. The layout should prioritize functionality, with dedicated zones for medical care, patient recovery, and resource storage. Use vertical space by building upwards or downwards to save horizontal space, especially in cramped bases. Ensure that the hospital is easily accessible but also isolated enough to prevent disease spread, which can be achieved by placing it in a separate, well-ventilated area.
Oxygen management is critical in a hospital, as dupes and patients require a constant supply. Integrate oxygen-producing systems directly into the hospital design, such as algae terrariums or electrolyzers, to ensure a steady supply. Place oxygen diffusers strategically in medical areas and patient rooms, ensuring that the entire zone remains pressurized. Use automated doors or atriums to control airflow while maintaining access. Consider building the hospital in a chlorine-rich area or near a natural oxygen source to reduce the strain on your oxygen production systems, but always have backup generators or storage tanks in case of emergencies.
Food access is another essential component of the hospital layout. Designate a compact but efficient food storage area within or adjacent to the hospital, stocked with a variety of meals to cater to different dupe needs. Include a mess hall or eating area nearby to ensure patients and medical staff can eat without traveling far. Automate food delivery using conveyor belts or storage bins linked to the main kitchen to keep the hospital’s food supply consistent. If space is limited, prioritize calorie-dense foods like fine meals or barbecue to maximize efficiency.
Power distribution must be reliable and well-planned to support medical equipment, lighting, and climate control. Place power sources, such as batteries or generators, close to the hospital to minimize energy loss during transmission. Use smart batteries or power switches to prioritize hospital power in case of shortages. Ensure that critical areas like operating rooms and recovery wards have redundant power sources to prevent outages. Keep power lines organized and separate from water or gas lines to avoid cross-contamination or accidents.
Finally, incorporate compact and multifunctional rooms to maximize space. For example, combine patient recovery rooms with recreation areas to improve dupe morale while saving space. Use tiles or partitions to designate zones without wasting materials. Place toilets, showers, and other utilities in a shared, centralized location to reduce plumbing complexity. Regularly review and optimize the layout as your base grows, ensuring that the hospital remains efficient and accessible while adapting to new challenges and resource demands.
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Medical Bay Setup: Build dedicated medical bays with cots, disinfectants, and easy staff access
To create an effective Medical Bay Setup in *Oxygen Not Included*, start by designating a dedicated area for your hospital. Choose a location that is easily accessible for your dupes but isolated enough to prevent the spread of diseases. Ensure the area is well-lit and has a stable temperature, ideally between 20°C and 24°C, to keep your patients comfortable. Use tiles or floors that are easy to clean, such as ceramic or metal, to minimize the risk of contamination.
Next, construct cots for your patients, ensuring there are enough to accommodate multiple dupes simultaneously. Place the cots in a way that allows dupes to move freely around them, and leave enough space for medical supplies and equipment. Each cot should be equipped with a disinfectant station nearby to maintain hygiene. Build disinfectant dispensers or place bleach stone containers within easy reach of the cots to allow dupes to clean their hands and tools regularly. This reduces the risk of infections spreading within the medical bay.
Incorporate easy staff access by ensuring the medical bay is connected to a main pathway or hallway. Build doors or mesh tiles to control access while allowing medical staff to move in and out efficiently. Assign at least one dedicated medical dupe to the area, ensuring they have the necessary skills to treat injuries and illnesses. Equip this dupe with a medicine station nearby, stocked with resources like *melegine* or *bacteria filters* to craft medicines and treat diseases effectively.
Include storage for medical supplies such as *bandages*, *medicine*, and *disinfectants* within the medical bay. Use storage bins or lockers to keep these items organized and accessible. Place a research station nearby if possible, to allow for the development of advanced medical treatments and technologies. Ensure the area is free from pollutants like *carbon dioxide* or *germs* by integrating air filtration systems, such as *carbon skimmers* or *deodorizers*, to maintain a clean environment.
Finally, monitor the medical bay regularly using the *Disease* and *Health* tabs to track the status of your dupes. Set up alarms or notifications for critical health conditions or disease outbreaks to respond quickly. Regularly clean the area using *bleach* or *disinfectant sweeps* to prevent the buildup of germs. By following these steps, your Medical Bay Setup will be efficient, hygienic, and capable of handling the medical needs of your colony in *Oxygen Not Included*.
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Oxygen Management: Ensure stable oxygen levels using electrolyzers, algae, or hydrogen diffusers near medical zones
In *Oxygen Not Included*, managing oxygen levels is crucial for the health and productivity of your duplicants, especially in medical zones where injured or sick duplicants require stable environments to recover. To ensure consistent oxygen supply near medical areas, you can utilize electrolyzers, algae, or hydrogen diffusers, each with its own advantages and setup requirements. Electrolyzers are a reliable method for generating oxygen by converting water into oxygen and hydrogen. Place electrolyzers near your medical zone, ensuring they have a steady supply of water from a reservoir or automated liquid pump system. The oxygen produced can be directly vented into the medical area using automated doors or mesh tiles, while the hydrogen byproduct should be safely vented away to prevent dangerous buildup.
Algae is another effective oxygen source that doubles as a food supply. Set up algae terrariums near your medical zone, using polluted water or fresh water depending on the algae type. Algae not only produces oxygen during photosynthesis but also absorbs carbon dioxide, helping to maintain air quality. Ensure the terrariums receive adequate light by placing them under natural light sources or using artificial lighting. Pairing algae terrariums with automated systems to harvest excess algae can further optimize resource management while keeping oxygen levels stable in the medical area.
Hydrogen diffusers offer a compact solution for oxygen management, particularly in tight spaces near medical zones. By converting hydrogen and carbon dioxide into oxygen and dirty water, diffusers can quickly improve air quality in confined areas. Place hydrogen diffusers strategically near medical bays, ensuring a steady supply of hydrogen from electrolyzers or other sources. Use automation to manage the dirty water byproduct, either by pumping it away or using it for algae terrariums. This setup is especially useful when space is limited, but it requires careful monitoring to avoid hydrogen accumulation, which can pose a fire risk.
When designing your oxygen management system, consider redundancy to prevent shortages during emergencies. Combine multiple methods, such as using electrolyzers as the primary oxygen source and algae terrariums as a backup, to ensure stability. Place oxygen-generating systems within a few tiles of the medical zone to minimize the distance oxygen needs to travel, reducing the risk of pockets of low oxygen. Additionally, monitor the area with air quality sensors connected to automation systems to alert you to any drops in oxygen levels, allowing for quick adjustments.
Finally, integrate your oxygen management system with overall base planning. Ensure that the medical zone is located in an area with easy access to water and power for electrolyzers or lighting for algae terrariums. Use insulated tiles or air flow management to prevent oxygen from diffusing into unnecessary areas, keeping the medical zone well-supplied. By carefully planning and combining these methods, you can maintain stable oxygen levels in your hospital, creating a safe and efficient environment for duplicant recovery.
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Staff Training: Assign skilled Duplicants as doctors, prioritizing medical skill for faster patient recovery
In *Oxygen Not Included*, establishing an efficient hospital requires careful planning and staff training, especially when assigning Duplicants as doctors. The primary goal is to prioritize medical skill to ensure faster patient recovery and maintain colony health. Begin by identifying Duplicants with high or improving medical skills through the Skills tab in the Duplicant management interface. These Duplicants should be exclusively assigned to the Medical Doctor role to maximize their efficiency in treating injuries and illnesses. Avoid overburdening them with other tasks, as this can delay treatment times and reduce overall effectiveness.
Once skilled Duplicants are assigned, focus on their continuous training to enhance their medical abilities. Place Medical Stations and Research Stations near the hospital to facilitate skill development. Encourage Duplicants to research advanced medical technologies, such as the Advanced Medical Station, which significantly reduces treatment times and increases success rates. Additionally, ensure that doctors have access to sufficient resources like Medicine, which is produced in an Apothecary using Natural Medicine or Phosphorite. Without adequate supplies, even the most skilled doctors will struggle to treat patients effectively.
Another critical aspect of staff training is managing stress and morale. Doctors with high stress levels are less efficient and more prone to errors. Provide recreational areas, decorations, and access to food and water near the hospital to keep morale high. Consider assigning a dedicated Duplicant to deliver meals to the hospital area to minimize doctors' downtime. Regularly monitor their stress levels using the Stress tab and rotate duties if necessary to prevent burnout.
To further optimize performance, organize the hospital layout for efficiency. Place Medical Cots and Advanced Medical Stations in a centralized area, ensuring doctors can quickly move between patients. Use doors and automation to restrict access to the hospital, preventing unnecessary traffic and potential contamination. Assign a dedicated Refridgerator for storing Medicine nearby to reduce travel time for doctors fetching supplies. A well-organized hospital layout not only speeds up treatment but also reduces the risk of disease outbreaks.
Finally, invest in preventive measures to reduce the overall workload on your doctors. Ensure Duplicants wear protective gear like Atmo Suits when working in hazardous areas to minimize injuries. Implement proper sanitation practices by providing Wash Basins and ensuring Duplicants wash their hands regularly. Monitor colony health through the Health tab and address minor issues before they escalate into major problems. By combining skilled doctors, efficient hospital management, and preventive care, your colony’s healthcare system will thrive, ensuring the well-being of all Duplicants.
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Infection Control: Use disinfectants, air filters, and isolation rooms to prevent disease spread in hospitals
Infection control is a critical aspect of managing a hospital in Oxygen Not Included, as diseases can quickly spread and decimate your duplicants if left unchecked. The first line of defense is the strategic use of disinfectants. Bleach stone is a valuable resource for creating bleach, which can be used to disinfect surfaces and prevent the spread of germs. Set up a dedicated area for bleach production and ensure that duplicants regularly clean high-traffic zones, such as kitchens, bathrooms, and medical bays. Equip your cleaners with disinfectant tools and prioritize their use during outbreaks. Additionally, consider designating specific duplicants for cleaning duties to minimize cross-contamination from other tasks.
Air quality plays a significant role in infection control, making air filters an essential component of your hospital design. Install high-efficiency particulate air (HEPA) filters in ventilation systems to capture airborne pathogens and prevent them from circulating throughout the base. Focus on filtering the air in medical areas, isolation rooms, and any spaces where sick duplicants are treated. Pair air filters with deodorizers to neutralize foul odors and further reduce the risk of disease transmission. Regularly monitor the air quality in these areas and replace filters as needed to maintain their effectiveness.
Isolation rooms are another cornerstone of infection control, providing a safe space to quarantine sick duplicants and prevent outbreaks. Designate specific rooms for isolation, ensuring they are separated from the rest of the hospital and equipped with their own sanitation facilities. Use automated doors or airlocks to minimize contact between infected and healthy duplicants. Furnish isolation rooms with medical cots, food delivery systems, and entertainment to keep quarantined duplicants comfortable and stress-free. Train your medical staff to promptly identify symptoms and relocate affected duplicants to isolation rooms at the first sign of illness.
To maximize the effectiveness of your infection control measures, integrate disinfectants, air filters, and isolation rooms into a cohesive system. Establish protocols for disease management, including regular cleaning schedules, air quality checks, and quarantine procedures. Use the disease tab in the game to monitor outbreaks and track the health status of your duplicants. Combine these measures with proper waste management, such as incinerating contaminated materials, to further reduce disease vectors. By taking a proactive and systematic approach to infection control, you can maintain a healthy hospital environment and ensure the well-being of your duplicants in Oxygen Not Included.
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Frequently asked questions
To create an oxygen supply system, build Electrolyzers to split polluted water into oxygen and hydrogen, then use Mesh Tiles or Automatic Doors to distribute oxygen to hospital areas. Ensure proper ventilation and monitor oxygen levels with Oxygen Overpressure Valves.
Prioritize patient rooms, operating theaters, and medical stations for oxygen supply, as these areas require stable oxygen levels for dupes' health and treatment efficiency.
Use Automatic Doors or Mesh Tiles to control airflow, and place Oxygen Overpressure Valves to regulate oxygen levels. Seal off unnecessary openings and ensure the hospital is a closed, well-ventilated space.
Increase oxygen production by adding more Electrolyzers or ensuring they have a steady supply of polluted water. Check for leaks, improve ventilation, and monitor dupes' oxygen needs to maintain stable levels.
