The probably stolen water purification calculator shows purification routes and estimated processing time for your selected water source, starting purity, target, container size, and purifier quality. Choose settings that match your water and equipment, then read the proposed steps before treating the estimate as applicable to your setup. The demonstrated tool can also report that no route is available, so selecting a goal does not guarantee that the current settings can reach it.
Find the calculator and enter your water settings
The creator introduces the calculator in a water purification video and directs viewers to a link in its pinned comment and description. The tool is hosted on the creator's website, alongside an inspection cheat sheet. Use the calculator link in that video's pinned comment or description to open the tool, then begin with the water source selector rather than copying the settings from an example with different starting water.
After choosing a source, you can enter its exact purity or keep the default purity supplied by the calculator. Next, choose whether you want high quality or pure water, and select the size of the jug or container being modeled. These choices define the starting point and destination for the displayed estimate, so check them together before interpreting the processing time.
Set purifier quality and read the proposed route
Scroll down to the water purifier machine quality setting and enter the value for your own machine. In the demonstration, this field defaults to zero, and changing it to 100 makes a route appear for the selected example. That change shows why a no-route result needs to be read alongside the equipment settings; it does not establish that the same machine value solves every possible water setup.
The calculator also displays the treatment route, including the steps used to reach the requested purity. Read those steps as part of the result, because the example does not consist of putting the starting water directly into a machine and waiting. The interface lets the creator remove a machine step and try a UV lamp instead, making it useful for comparing specific treatment choices.
Understand the rust water jug example
The worked example starts with rust water on tap, uses a jug, and aims for pure water. Its route first applies a micro water purifier to the jug water to produce base water. It then uses a water purifier machine with quality 100 for three nights, followed by a water test that produces the pure water result.
Keep the source, container, preliminary treatment, and machine quality attached to that three-night estimate when comparing it with your own plan. The video separately explains that machine performance affects whether an entire jug can be purified in a night. In the route-editing example, replacing the later purifier step with a UV lamp produces no further change, so that substitution is not a demonstrated shortcut to the same goal.
Match treatment tools to the contaminants
A UV lamp targets microbes, while a regular water filter targets organic waste, mineral contaminants, and physical contaminants. In the video's filtering example, removing those latter contaminants still leaves microbes in the base water. Choose between these tools according to what remains in the water, rather than assuming that any purification item performs every part of the treatment.
The video demonstrates a UV lamp and filter combination working on base water purchased from sellers because that water has a suitable mixture. It warns that homemade base water may have a different mixture depending on the treatment path used to produce it. Consequently, a base water label alone does not establish that this combination will deliver the same result for water you made yourself.
The water purifier is described as treating all contaminants, giving it a different role from the regular filter. That distinction helps explain why removing a purifier step cannot automatically be compensated for by adding a lamp or filter. When comparing routes, keep the individual treatment functions in view instead of treating a similar-looking sequence of items as an equivalent process.
Separate machine quality, performance, and energy use
In the video, a water purifier machine at quality 100% or above can reach the stated maximum water purity of 99.9%, called pure water. The machine's quality and the resulting water purity are separate values, even though both are expressed numerically. Use the machine quality field for your equipment's value, and use the target selection for the water result you want.
Performance also matters to the amount of purification achieved over time, including whether a whole jug finishes within a night. The video associates efficiency modules with lower energy costs and performance modules with additional purification progress. It also shows a fully charged machine consuming a charge to trigger a day's operation, explaining that you can speed processing up without needing to sleep through the night.
To raise machine quality, the creator points to modules that provide substantial quality bonuses. Expansion bays or expansion kits open additional module space, with the demonstration allowing up to two expansion kits. After changing the module arrangement, enter the quality of your own configuration in the calculator rather than continuing to model the demonstration machine.
Test the water and follow the treatment sequence
Use testing strips by dragging them into the water source, including when buying bottled water or water containers for trade. The worked calculator example also ends with testing after the machine treatment. Keep that final check in your workflow instead of treating an estimated route and duration as a substitute for checking the resulting water.
The basic handling sequence described in a guide begins with a purification pill in the water container and a filter fitted to the pitcher. Pour the unfiltered water into that pitcher, then transfer the filtered water into a separate container. This sequence explains the handling steps, while the video's contaminant distinctions explain why it should not be treated as a universal guarantee of pure water.
Keep moisture farm settings separate
A moisture farm is another way to obtain water, rather than a treatment route for an existing container of water. The video shows base water at quality 55 and says raising the farm's quality to 100 produces high quality water. It gives quality 150 or above as the moisture farm condition for producing pure water.
Those farm settings belong to a different device from the water purifier machine used in the calculator demonstration. Do not transfer the farm's pure-water threshold to the purifier, whose stated condition is machine quality 100% or above. When your task is to purify water you already have, return to its actual source, purity, container, and purifier settings before comparing the proposed routes.