Optimizing Bathroom Layout: Why Oxygen Levels Are Not Included in Design

When designing a bathroom, many prioritize aesthetics and function—but a common oversight is the integration of proper oxygen flow. Understanding why oxygen is not included in standard bathroom layouts helps create healthier, more comfortable spaces.

Unlike other rooms, bathrooms often lack natural ventilation and mechanical oxygen infusion. High humidity and enclosed spaces reduce air quality, making oxygen not a built-in feature. Instead, effective design focuses on improving airflow through strategic layout and material choices.

A well-planned bathroom layout considers placement of windows, vents, and door positions to promote cross-ventilation. Corner fixtures and open sightlines enhance air movement, compensating for the absence of oxygen-focused systems. This approach ensures fresh, breathable air without complex equipment.

Modern bathrooms achieve optimal air quality through smart design—using breathable materials, moisture-resistant finishes, and layout choices that support natural airflow. These methods deliver a refreshing environment while keeping installation costs and maintenance low.

Creating a functional, healthy bathroom doesn’t require oxygen integration as a built-in feature. By prioritizing ventilation-aware layouts and quality materials, homeowners can enjoy fresh, comfortable spaces. Explore proven design strategies to elevate your bathroom’s air quality today.

This tutorial bite for Oxygen Not Included talks through everything related to bathrooms, including how to set up the infinite bathroom.0:00 - Intro0:18. The temperature of the water will eventually reach about 37C, because everytime a duplicant uses the lavatory, they add "body temperature water" to the system. So if you at some point notice that you're bathrooms are heating up a bit, that's normal, and it won't go above 37C.

I normally put my bathrooms next to my bedrooms so the dupes have to run through the bedroom to get to the bathroom. is this a bad idea? I like to build symmetrical bases and have settled on a play style I always use on ONI The rooms I make are 16 x 4 making them 64 tiles total.

Each floor has 4 airflow tiles spread evenly with 4 normal tiles between. The doors are one tile off the floor to prevent spills should any dupe make a me. This Guide will show you how to create a self-sustainable bathroom system - a bathroom that does not require any fresh water and will run indefinitely, actually producing more water over time, only consuming a small amount of Filtration Medium.

The resulting Polluted Water is the combination of the 5kg of input Water temperature and 6.7kg of 37°C newly created Polluted Water, which means the Lavatory will equalize a Bathroom Loop temperature to 37°C over time. One use of the Lavatory produces 105,000 Food Poisoning germs. If the build locks up, remove the water from a few pipe segments to make it more reliable.

A bathroom and SPOM setup is used as an example for controlling liquid flow and why it is useful to know how to do so. Oxygen not included in the spaced out DLC is discussed, along with tips and tricks for improving the reliability of the water system. On 9/3/2018 at 5:47 AM, jfc said: I've been using a simple 16x4 room for the bathroom and wondering if someone would like to share a design where you make use of every tile Build sink, build lavatory, surround with tiles, add doors to each side.

Alternatively add 2lavs. Does it need a design? Sizes 3x4 or 3x6 inside, 5x6, 5x8 with walls included. Design Basics By utilizing a Water Sieve, a Lavatory room's non-potable Polluted Water output may be purified, though not decontaminated.

This process tends to expose Dupes to germs, so a Sink is included in a location sufficient to prevent the spread of Food Poisoning. Oxygen Not Included - Basics A Closed Loop Bathroom Setup and explanation. The "Basics" Series is a group of tutorial videos for beginner concepts in Oxygen Not Included.