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SHTF Survival Lessons- How To Find And Purify Water




How To Find And Purify Water

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Welcome to the world of SHTF survival. It’s a wild place full of adventure and opportunity, but also danger and uncertainty. When things go south, having the right skills can mean life or death – so let me be your guide in this thrilling new journey!

In this article, we’ll explore one of the most critical aspects of SHTF survival: finding and purifying water. For those who want to take their preparedness to the next level and gain true liberation, mastering these important lessons is a must. I’ve been teaching Wilderness Survival for over two decades now, so trust me when I say you won’t want to miss what I have to share with you here today.

SHTF Survival Lessons How To Find And Purify Water
SHTF Survival Lessons- How To Find And Purify Water 6

By the time we’re done, you will understand how vital it is that everyone has access to clean drinking water at all times – as well as exactly how to find and purify water during an emergency situation. Ready? Let’s get started on our exciting adventure!

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Accessing Water In The Wilderness

As a shtf survival expert, I often get asked the question “how can I access and purify water in an emergency?” To which my response is always: don’t fall for the propaganda about buying expensive filters or paying for bottled water. In reality, accessing clean and safe drinking water in any situation – whether you’re stuck in the wilderness or dealing with a natural disaster – is easier than most people think.

First things first, you’ll want to start by looking around your immediate environment. Water sources such as streams, rivers, lakes, ponds and even rainwater collected from gutters are all great places to find water that’s relatively clean. Plus, if these areas have been recently exposed to rainfall then there’s less chance of it being contaminated. Next up, you’ll need to filter out large particles like twigs, leaves and dirt using something like cloth or coffee filter paper; this will help make sure no debris gets into your final drinkable product.

Lastly (and this is key), once you’ve filtered the water through some sort of strainer be sure to boil it before consuming – boiling will kill off bacteria and other pathogens potentially lurking within your source liquid. This simple step could literally save your life! With that said let’s move onto short-term storage solutions for when you’re on the move…

Short-Term Storage Solutions

Finding and purifying water can be a difficult task in the event of an emergency, but it’s essential for survival. To ensure that you have access to clean drinking water when needed, short-term storage solutions are key:

  1. Store large containers of water so you’re able to collect rain or melted snow.
  2. Purchase a good quality filter bottle which will help remove contaminants from your local source of water.
  3. Keep a few gallons of bottled drinking water on hand at all times in case of an unexpected crisis.
  4. Collect condensation off cold surfaces such as pipes or windowpanes by using plastic sheeting or tarps during humid weather conditions.

You’ll want to make sure you properly store any collected water securely away from contamination sources, especially if not treating with boiling prior to consumption. It’s important to remember that even though these options may provide some relief in the short term, they do not replace having a long-term plan in place for emergencies like SHTF situations! With this knowledge, now let’s move on to discuss how you can use boiling as one way to purify your stored water before consuming it…

Boiling Water For Purification

Boiling water is one of the most reliable ways to purify it for drinking. It’s a simple, tried and tested method with centuries of use behind it, so you can be sure that boiling your water will make it safe to consume. To do this correctly, bring your contaminated water to a rapid boil in an open container – such as a pot or pan – over an open flame. Boil continuously for at least five minutes, stirring occasionally if necessary. Keep in mind that higher altitudes require more time (usually between six and eight minutes). You’ll know when your water has been properly boiled since its bubbling activity will have decreased and there won’t be any visible particles floating around inside the container anymore.

Once finished boiling, let the liquid cool down before transferring it into another clean container for storage until ready to drink. During this cooling process, contaminants within the mixture are left behind and become trapped by other elements like sediment or dirt which settle on the bottom of your vessel. This separation technique ensures that only purified water reaches you safely without carrying anything unwanted along with it! Finally, keep in mind that boiling does not remove chemicals from the mix; for this you need to rely on chemical disinfectants instead.

Chemical Disinfectants

When it comes to finding and purifying water, chemical disinfectants are an important tool in your survival arsenal. These can be used to treat surface water that may not look clean but is free from visible pollutants. When you’re out in the wild, there are a few different chemical options available for treating water.

Chlorine tablets are one of the most common methods of disinfecting water, as they’re easy to find, simple to use and relatively inexpensive. They neutralize bacteria and other microorganisms found in contaminated water sources so that it’s safe to drink. Iodine is another effective option when it comes to killing microbes; however, its taste isn’t always pleasant and some people have adverse reactions when using it.

Finally, household bleach can also be used if no other type of treatment is available. You’ll need six drops per gallon (or two teaspoons) of liquid chlorine bleach with no additives or fragrances added. It won’t make the water taste any better though! Letting treated water sit for at least 30 minutes before drinking will help ensure all harmful organisms have been eliminated before consuming it. Now let’s move on to filtration techniques…

Filtration Techniques

Filtration is like a sieve for water, allowing contaminants to be filtered out so that the remaining liquid can be clean and safe. It’s an essential skill for any prepper when SHTF. There are several different methods of filtration available – each has its own advantages and disadvantages.

The first method is mechanical filtration, which involves passing contaminated water through a filter medium such as sand or charcoal in order to remove suspended solids and particles from the water. This technique is simple to do but it won’t remove dissolved toxins such as heavy metals or chemicals.

Another option is chemical filtration, where reactive compounds are added to the water to neutralize harmful substances before they reach your drinking cup. For example, adding chlorine tablets will kill off bacteria and viruses present in dirty water sources. Chemical treatment also needs some knowledge about chemistry – making sure you don’t use too much or too little of the treatment product!

Having filtered out many of the impurities from our water supply, we now move on to solar disinfection – another useful tool for ensuring our safety during SHTF scenarios.

Solar Disinfection

Now that we have discussed the importance of filtration techniques, let’s move on to solar disinfection. Solar disinfection is a great way to kill bacteria and viruses in water for safe drinking. It’s one of those methods that doesn’t require you to carry any extra supplies or take up too much space in your pack, which can be especially helpful if you are bugging out with limited resources.

First, you will need a clear container like plastic bottles or Tupperware containers that are big enough so that when filled with water they won’t float away. You want to make sure there isn’t anything floating around inside the container, as this could interfere with the sunlight reaching all parts of it evenly. Then fill the container with contaminated water and seal it tightly, leaving some air trapped inside so the bottle doesn’t burst from pressure changes due to heat exposure.

Next, place the sealed bottle outside where it can get direct sunlight and leave it undisturbed for several hours (ideally 6-7). If possible try not to touch or move the bottle during this time as doing so may lead to contamination of your purified water again. Once done, check if the contents look murky – if yes, then discard them and start over again! Also remember never to drink directly from these containers even after they’ve been exposed to sunlight; always pour into another clean cup before consuming.

Solar disinfection is an effective way of killing harmful microorganisms in water but keep in mind that it does not remove particulate matter such as dirt or sediment from your water source. To ensure safety while harvesting rainwater for consumption purposes make sure its collected from a clean source without visible debris present!

Harvesting Rainwater

Harvesting rainwater is an important survival skill to have in a SHTF situation. It’s not only one of the cleanest sources of drinking water, but it can also be collected and stored quickly and easily. It can even be done with minimal equipment! In this section, I will provide you with step-by-step instructions on how to harvest rainwater for your own needs.

First, let’s take a look at the basics of harvesting rainwater:

Rain Barrel/TankPlace under downspouts or other areas where water naturally collects
Funnel/Drainage SystemConnect drainage system to barrel/tank
Catchment container(s)Collect runoff from roofs & other surfaces

Once you have your equipment set up and ready to go, you need to start collecting! The best way to do that is by placing large containers around roof edges or anywhere else where runoff might occur. These containers should be placed so they slope downwards towards the barrel or tank so that any water running off them flows into it. You may also want to consider setting up a funnel or drainage system connected directly to the barrel so that all the water coming off your roof goes straight into it without having to travel too far.

Next, once you’ve got your catchment containers filled up, you’ll need to purify the rainwater before using it for consumption. This can be done through boiling (for 3-5 minutes), filtering (through a cloth filter), or adding chlorine tablets or iodine drops – whatever works best for you given your current situation. Once purified, store it in a cool dark place away from direct sunlight until needed.

So there you have it – everything you need know about harvesting rainwater in an emergency situation! With these tips and tricks, you’ll never worry about finding clean drinking water again. Now onto desalinating sea water…

Desalination Of Sea Water

One of the most challenging, yet rewarding, ways to find and purify water during a shtf survival situation is desalination. This process involves removing salt from seawater to make it safe for drinking. Though it may sound daunting at first, with some knowledge of physics and chemistry, you can learn how to use environmental elements like sunlight and heat in order to separate the salt out from the water molecules.

The simplest way for someone with limited resources to desalinate sea water is by using solar distillation. All that’s needed is a clear container or basin filled with seawater and a cover that has an angled lip towards one side. As the sun heats up the area inside the container or basin, condensation forms on the underside of the lid which then drips off into a separate collection cup placed beneath this angle. The collected liquid will be much less salty than when it was initially put in as only purer water vapor rises due to its lower boiling point compared to saltwater.

For those who want something more advanced, reverse osmosis systems are also available- these involve pushing pressurized seawater through semi-permeable membranes in order to filter out impurities such as salts and other dissolved solids. Reverse osmosis systems require electricity but offer great efficiency when dealing with larger quantities of sea water – making them ideal for group situations where multiple people need access to clean drinkable fluids quickly! With either of these methods, regular testing must be done in order ensure that all dangerous contaminants have been removed before consumption takes place.

Now that we’ve discussed desalination processes, let’s move onto discussing another method: distillation processes…

Distillation Processes

Did you know that distillation is one of the oldest methods for purifying water? It’s estimated that over two billion people around the world rely on this process to obtain clean drinking water. Distilling your own water at home can be a great resource during an emergency or SHTF situation.

Here are three things you need to consider when it comes to distilling:

  • Equipment: You’ll need something like a still, pressure cooker, or electric pot to boil and condense the vaporized liquid back into its original form.
  • Timeframe: Depending on how much water you need, it could take several hours for each batch of distilled water you create.
  • Safety Precautions: Boiling temperatures can reach close to 100°C (212°F), so always use caution when handling hot liquids – especially in confined spaces!

Distillation may require more resources than other methods, but there’s no denying it’s effectiveness in producing safe drinking water. Now let’s move onto long-term storage solutions…

Long-Term Water Storage Solutions

Now that you know the basics of distillation processes, it’s time to explore some long-term water storage solutions for SHTF survival. Having a reliable source of potable water is essential if you are going to survive in an environment where access to clean drinking water may be limited or completely cut off. In this section, I’ll discuss various ways to store and preserve your own supply of safe drinking water.

The first strategy for storing water is using containers such as barrels, tanks, jugs and bottles. These can be made from plastic or metal, depending on their intended use and the level of protection they need against contamination. Be sure to thoroughly wash out any container before filling it with fresh water; otherwise bacteria might grow inside which could make someone ill when consumed. It’s also important to keep these containers away from direct sunlight so they don’t heat up quickly and cause the growth of algae or other microorganisms. Additionally, keeping them covered will help protect them from dust and debris settling into the liquid and potentially making people sick after consumption.

Another way to store large amounts of water is by digging a well or cistern underground. This requires significant planning beforehand since it needs to be properly lined with waterproof material like clay or concrete to prevent seepage. Digging deeper than 10 feet should provide enough room for several gallons worth of stored water without running out too quickly during an emergency situation. Once filled up, it’s best practice to regularly check the pH balance of your collected rainwater just in case there were contaminants present in the air that got mixed in while collecting it. If necessary, treat the stored rainwater with chlorine tablets prior to consumption – this will kill any potential pathogens that could have been picked up along its journey into your cistern!

Storing long-term supplies of usable drinking water doesn’t have too many moving parts but there still must be maintenance done consistently throughout its lifetime in order for things not go wrong at crunch time during an emergency situation! Whether you’re opting for containers above ground or wells below ground – both require further upkeep beyond simply putting them together initially – such as checking pH levels periodically or cleaning/resealing surfaces over time respectively – all with one goal: ensuring those trusted sources never fail you when needed most!

Frequently Asked Questions

What Are The Most Common Sources Of Water In A Wilderness Environment?

When it comes to finding water in a wilderness environment, the possibilities are seemingly endless. It’s almost as if Mother Nature has an inexhaustible supply of liquid life-giving goodness just waiting to be discovered – from seeping springs and trickling creeks to lush ponds and shimmering lakes! With so many options available, it can be overwhelming to know where to begin looking. But fear not, because I’m here to help you discover the most common sources of water in a wilderness setting:

  • Streams & Creeks
  • Ponds & Lakes
  • Springs & Seeps

Streams and creeks offer some of the best sources of clean drinking water. Not only do they provide continuous flow throughout the year, but they also often contain fish and other aquatic animals that make them easy to find in any terrain. Plus, their swift current helps purify the water naturally by filtering out debris and sediment. If you’re lucky enough to stumble upon one while trekking through nature, it’s well worth your time taking advantage of this precious resource.

Ponds and lakes may not always have running currents like streams do, but they still serve as great reservoirs for freshwater on a hot day or during times when rainfall is sparse. Most bodies of standing water will likely contain some type of wildlife such as frogs or turtles which makes them easier to locate than smaller sources like springs or seeps. Furthermore, these habitats are usually teeming with vegetation growing around their edges providing additional opportunities for food gathering along with sustenance needed for survival.

Springs and seeps don’t come nearly as frequently as other types of natural waterways, but when found they can prove invaluable resources in a pinch. These hidden gems typically appear after heavy rains when underground aquifers become full enough that they start flowing freely up into the surface world above us – giving us an opportunity we wouldn’t otherwise have access too! Many places on Earth possess these secret chambers filled with crystal clear liquid gold just waiting patiently beneath our feet begging to be explored – making it well worth your while keeping an eye out for them wherever you go…just in case!

Finding water doesn’t have to involve hours spent scouring maps or trudging aimlessly through unfamiliar landscapes; all you need is a little knowledge about what Mother Nature has provided us with over millions of years! Whether it’s large rivers or small puddles tucked away amongst dense foliage – there’s no shortage of potential sources of drinkable H2O awaiting discovery should you ever find yourself lost in the wild without a drop nearby. So remember: keep your eyes peeled, trust your instincts and never underestimate what lies below – there’s nothing quite like pure quenching bliss straight from its source!

How Can I Tell If A Water Source Is Safe To Drink Without Purification?

When it comes to finding and drinking water in a wilderness environment, the first step is making sure that the source of water you’ve found is safe. It’s important to be able to tell if the water you have access to has been contaminated with chemicals or other dangerous substances. Fortunately, there are some simple tests that can give you an indication as to whether or not your water is safe for consumption without purification.

The most reliable way to test a water source is by doing a smell test. If the water smells bad, then it likely contains contaminants like sulfur, which could make you sick if consumed. Additionally, look out for discoloration such as yellowish-brown tints in clear waters; this often indicates sediment and bacteria levels are too high for safe drinking.

Another quick way to check your water supply is by looking at the body of the water itself. Murky or cloudy waters may indicate a presence of pollutants or hazardous particles so should best be avoided until purified properly. Additionally, watch out for any animal activity near the area where you’re collecting your water from; animals will typically avoid sources of contamination so their absence can act as an indicator that something isn’t quite right about your potential drinking spot!

Being aware of these signs when sourcing and testing new supplies of drinkable water can help save time and energy spent on filtering and sterilizing potentially unsafe liquids. With just a few minutes observation followed by careful examination, we can ensure our drinks remain healthy and clean during SHTF situations!

What Is The Best Way To Store Large Amounts Of Water Over A Long Period Of Time?

Storing large amounts of water over a long period of time is essential during an SHTF survival situation. In fact, it can be the difference between life and death. However, many people find this difficult to do in practice due to lack of space or resources available.

Objection: But why not just collect fresh water as needed?
Answer: It is advisable to have some reserve stored away for when access to clean drinking water becomes limited either through dehydration or contamination. As such, having a reliable method of storing large amounts of water is absolutely critical for any serious prepper who wishes to survive in the event of a disaster.

The best way to store large quantities of water for extended periods is by using containers that are specifically designed for this purpose. These containers are usually made from plastic and come with thick walls which help prevent leakage and maintain temperature levels within the container so that the liquid stays cool and safe for longer periods. Additionally, they should also include airtight lids that seal tightly against moisture loss and ensure that no impurities enter into the container while it’s being stored.

When filling the containers with water, make sure you use filtered or purified sources only since untreated tap water will contain various microorganisms and contaminants which may cause illness if consumed directly without further treatment. Also remember to check all seals on your containers each time before refilling them in order to double check that there isn’t any damage present which could negatively affect their condition over time. Finally, try keeping your containers out of direct sunlight whenever possible as UV rays can slowly degrade certain plastics over prolonged exposure leading to cracks or leaks down the line.

How Efficient Is The Solar Disinfection Process?

The solar disinfection process is a great way to purify water while in survival mode. It’s an efficient and straightforward method that takes advantage of the sun’s natural UV rays, making it perfect for use in remote areas with limited resources. But how effective is this process? Let’s take a closer look.

When using the SODIS (Solar Water Disinfection) technique, all you need are some clear plastic bottles filled with contaminated water and exposed to direct sunlight for at least six hours or more. During this time, the water will be heated up by the sun’s ultraviolet radiation which kills off bacteria and other contaminants present within the liquid. This simple but effective system can yield good results when used properly, as long as it has been sunny enough during its exposure period.

It is important to note though that different levels of contamination require different amounts of exposure time under the sun for successful filtration and ultimate safety from disease-causing microorganisms. The amount of time also varies depending on where exactly you are located geographically—the further away from the equator you go, the longer your exposure needs to be due to lower levels of UV radiation available there. However if done correctly, studies have shown that 99 percent of harmful pathogens can be eliminated simply through solar disinfection.

So don’t let cloudy days get you down! Solar disinfection can help bring clean drinking water even in difficult times when traditional methods may not work or aren’t readily available. With just a few supplies and knowledge on proper technique, anyone can effectively purify their own water supply right out in nature – safe enough to drink without worry!

Are There Any Alternatives To Boiling For Water Purification?

Finding and purifying water is a crucial skill for anyone who wants to survive in the wild. Boiling is one of the most common methods used, but are there any alternatives? In this article, I’ll be discussing three different ways of purifying water without boiling it.

First, you can use chlorine tablets or drops to disinfect your drinking water. Chlorine kills bacteria and viruses that could make you sick if ingested. This method is great for emergency situations where boiling isn’t an option, as long as you have access to these tablets or drops. You can buy them at many outdoor stores or online.

Second, filtering through sand is another way of removing harmful pathogens from water. If you don’t have access to chlorine tablets or drops, filtered sand will do the trick just fine. All you need is some clean sand and a filter cloth – then simply pour your contaminated water over the top and let it run through the filter into a clean container below.

Finally, solar disinfection (SODIS) is also effective for killing off contaminants in untreated water sources. SODIS involves filling up plastic bottles with questionable drinking water and leaving them out in direct sunlight for several hours before consuming. The UV rays from the sun destroy microorganisms in the water, making it safe to drink! Just remember that cloudy days won’t work as effectively so plan accordingly.

In summary:

  • Use chlorine tablets or drops to kill off bacteria and viruses;
  • Filter through sand using a filter cloth;
  • Try solar disinfection (SODIS) by exposing contaminated water to direct sunlight for several hours before drinking it.
    These three methods offer viable alternatives to boiling when seeking purified drinking water during SHTF survival scenarios!


Water is one of the most essential elements for survival, and understanding how to access it and make sure it’s safe to drink in a wilderness environment should be an integral part of any prepper or outdoor enthusiast’s shtf preparedness plan.

The best way to ensure reliable access to clean drinking water is actually quite simple; familiarize yourself with the local sources, practice good hygiene while handling them, store large amounts over long periods of time with appropriate filtration systems, and use purification methods such as boiling or solar disinfection when absolutely necessary. It’s like having your own personal oasis—a pool of life-giving liquid that provides sustenance no matter what situation you find yourself in.

It can seem overwhelming at first, but once you learn these critical skills, they become second nature—like riding a bike. And just remember: if you take care of the little things now, you won’t have anything to worry about later. So don’t let fear stand in your way! With some basic knowledge and preparation, you’ll be ready for whatever comes your way like a surfer gliding across the waves on their surfboard.

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