Evo E-1000 Whole House Water Filter
Clearly Filtered Water Pitcher
Waterdrop G3P800
Looking for the best water filter to remove microplastics from your tap water?
We’ve researched and reviewed the most capable microplastics water filters on the market, and shared the best products for various use cases in this guide.
Why trust us? We’ve been reviewing, testing, and researching water filters for over a decade, so we have plenty of knowledge and experience when it comes to knowing what features are essential in a water filter for microplastics.
Our team has spent hours researching the filters in this guide, comparing features, reading customer reviews, and weighing up their pros and cons, so we can confidently share our top recommended picks with you.
Table of Contents
- 🥇 Best Water Filters For Microplastics
- 📊 Comparison Chart of Best Water Filters For Microplastics
- ⭐ Reviews – Best Microplastics Filters [Year]
- 🤔 What are Microplastics?
- 🧾 Microplastics Water Filter Buyer’s Guide: How To Choose Between The Best Water Filters For Removing Microplastics
- ❔ Frequently Asked Questions
🥇 Best Water Filters For Microplastics
- Best Overall & POE Solution: Evo E-1000 Whole House Water Filter
- High Performing Pitcher: Clearly Filtered Water Pitcher
- Best RO & Under Sink: Waterdrop G3P800
- Great Countertop RO: RKIN U1
- Best Non-RO Countertop Option: Propur PROONE BIG+
📊 Comparison Chart of Best Water Filters For Microplastics
| Product | Evo E-1000 | Clearly Filtered Pitcher | Waterdrop G3P800 |  RKIN U1 |  Propur PROONE BIG+ |
|---|---|---|---|---|---|
| Ranking | 1st | 2nd | 3rd | 4th | 5th |
| Ratings | 5/5 | 5/5 | 5/5 | 4.5/5 | 4.5/5 |
| Price | $$ | $ | $$$ | $$ | $$ |
| Microplastics Reduction Rate | 99% | 99.9% | 99.9% | 99% | 99% |
| Contaminants Removed | 10+ | 365+ | 1000+ | 99% of most contaminants | 200+ |
| Certifications or Testing | – | NSF 42, 53, 401 & 473 | NSF 58, 372 | NSF 58 (in progress) | NSF 42, 53, P231 |
| Process | Mechanical + Carbon Block | Mechanical + Carbon + Ion Exchange | Activated Carbon + RO | Mechanical + Carbon + RO + Alkaline + Hydrogen infusion | Ceramic + Carbon |
| Filter Life | 80,000 gal. | 100 gal. | 6, 12, 24 months | 6, 12, 24 months | 1,000 – 1,200 gallons |
| Annual Cost | $120 – $300 | ~$140 | ~$145 | ~$180 | ~$100 |
| Warranty | Lifetime (limited) | Lifetime | 1 year | 1 year | 1 year |
⭐ Reviews – Best Microplastics Filters [Year]
Evo E-1000 Whole House Water Filter
Based on our research, the Evo E-1000 Whole House Water Filter is the best overall water filter for microplastics and the best point-of-entry (whole-house) solution. This 2-stage cartridge-based filtration system is capable of reducing tens of contaminants down to 0.5 microns, including microplastics, in a whole home water supply.
Key Features:
- Reduces microplastics in whole home water – The Evo E-1000 uses a catalytic carbon block filter with 0.5-micron pores. The average size of microplastics is 2.5 microns, so this Evo filter has small enough pores to thoroughly remove tiny plastic particles from your water.
- Also removes or reduces 100+ other contaminants – According to the manufacturer’s contaminant removal data sheet, some of the other contaminants removed by this filter are chlorine, chloramine, VOCs, lead and other heavy metals, chloroform, and pesticides.
- 15 GPM flow rate – This system shouldn’t reduce your water flow or pressure even during times of peak use, with a rated 15 GPM service flow rate that’s higher than most people will need.
Best For:
Anyone who wants to spend their money on the best-value, most capable solution to remove microplastics from their whole home water supply.
Pros:
- The Evo E-1000 Whole House Water Filter is much more capable of removing a broad range of contaminants (including microplastics) than a standard carbon filter. How? Because the system uses catalytic carbon block media, an upgraded version of activated carbon that allows for more thorough contaminant removal.
- We appreciate that this Evo filtration system is designed for POE installation. It’s the only filter on this list to protect you from all possible sources of microplastics exposure through your water, including in water vapor from your shower and through dermal exposure from bathing or washing in water containing microplastics.
- Installing the system is pretty easy for a whole-home unit – it has a simple design with just two filters and two connections. Maintenance is easy, too, since the sediment filter has a washable, reusable design and the carbon filter lasts for 1 year.
Cons:
- We’d love to see a percentage removal figure for microplastics on the data sheet. We had to obtain this information from speaking directly to the manufacturer.
- The filter isn’t officially NSF certified for its performance, which would make it an even stronger contender in our eyes.
Read the Full Review: Evo E-1000 Whole Home Municipal Water Filter Review
Clearly Filtered Water Pitcher
In our opinion, the Clearly Filtered Water Pitcher is the best water filter pitcher for removing microplastics. This filter is more capable than any other water filter pitcher we’ve tested for contaminant removal, reducing more than 365 impurities – including up to 99.9% microplastics – using its combined filtration media of activated carbon, a woven mesh screen, and a composite shell. It’s an affordable solution, too, costing less than $100 upfront.
Key Features:
- Reduces 99.9% microplastics – If you don’t want to take your chances drinking even low levels of microplastics in your water, you’ll be reassured by the Clearly Filtered pitcher’s ability to remove almost 100% of these contaminants.
- Multi-layer filtration technology – The Clearly Filtered pitcher combines three filter media: granular activated carbon (which uses adsorption to pull chemicals and odors out of water), a woven mesh screen (which traps large particles and prevents clogging of the carbon media), and a composite shell (which gives water a longer time with the filter media, allowing for more thorough contaminant removal).
- Reduces 365+ contaminants – Alongside microplastics, this highly capable water filter pitcher removes an additional 365+ contaminants, including lead (99.5%), chlorine and chloramine (99.9%), VOCs (99.9%), and cysts, bacteria, and other pathogens (99.9%).
- Tested to NSF Standards – The Clearly Filtered pitcher has been tested to NSF Standards 42, 53, 401 & 473 for its contaminant removal abilities (view the test results here).
Best For:
Anyone who prefers the convenience and portability of a water filter pitcher and is looking for the best filter in this category to remove microplastics from water.
Pros:
- You’ll struggle to find any other water filter pitcher that can remove up to 99.9% of microplastics and 365 additional drinking water contaminants. This far exceeds the capabilities of the likes of Brita and other pitchers with a simpler filter design, and it’s good to be able to access the test results online.
- If you hate setup and DIY, you’ll love how quick and easy it is to assemble the Clearly Filtered Pitcher ready for use. You don’t need to get the tools out for this job – simply connect the filter to the lid, then place the lid on the pitcher and fill it with water.
- Clearly Filtered is so confident in the quality of its product that it offers a limited lifetime warranty to all customers, so you can purchase this pitcher at no financial risk.
Cons:
- The filters in this pitcher last for 2-4 months – that’s average for a pitcher filter, but shorter than most other filter lifespans on this list.
- You won’t get instant access to filtered water. It takes a few minutes for water to filter through this gravity-style filter.
Read the Full Review: ClearlyFiltered Pitcher Full Review
Waterdrop G3P800
We’ve found that the Waterdrop G3P800 is the best RO under-sink system for removing microplastics. This compact, high-tech reverse osmosis unit is NSF certified for TDS (total dissolved solids) removal, including microplastics reduction, using a thoughtfully designed 7-layer membrane.
Key Features:
- Removes microplastics & hundreds of other dissolved solids – The Waterdrop G3P800 has the thorough contaminant removal abilities we’ve come to expect from the very best reverse osmosis systems, with an NSF certification for removing TDS (including microplastics), lead, and more.
- Efficient performance – This Waterdrop model is more efficient than most other tankless RO systems on the market, wasting only 1 gallon of water for every 3 gallons of purified water produced. Most RO systems waste at least 2 gallons of water for every 1 gallon of filtered water produced.
- Also targets scale and microorganisms – The Waterdrop G3P800 goes above and beyond its competitors by also killing up to 99.9% of microorganisms with its built-in UV light and preventing hard water scale with its scale-inhibiting technology.
Best For:
Anyone who’s happy to pay a premium price for the most efficient and capable under-sink microplastics water filter that comes with the reassurance of an official NSF certification for its performance.
Pros:
- We’re impressed by the Waterdrop G3P800’s ability to reduce microplastics and hundreds of other drinking water contaminants. The system removes contaminants as small as 0.001 microns. Remember, microplastics are as small as 2.5 microns, so you can count on the G3P800 to reject all of these impurities during the RO process.
- There are numerous reasons why the G3P800 is better than other comparable under-sink RO systems: it wastes less water, monitors filter life and TDS, and produces a full glass of filtered tap water in just 6 seconds.
- This Waterdrop unit is also easy to install thanks to its compact tankless design, which houses all the filter stages inside a single unit.
Cons:
- You pay for a premium product. The G3P800 is expensive, costing around $1,000 upfront.
- You’ll need to commit to more maintenance if you want this system to perform at its optimum throughout its lifespan. There are three filters to change every 6, 12, or 24 months.
Read the Full Review: Waterdrop G3 P800 Reverse Osmosis System Review
RKIN U1
Our top recommended choice for the best countertop RO system for microplastics removal is the RKIN U1. This modern, sleep countertop filter and hot and cold water dispenser unit has IAPMO testing to NSF Standards for TDS reduction, and uses sub-micron filtration to remove virtually all drinking water contaminants, including microplastics. It’s also backed by a 1-year money-back guarantee for reassurance.
Key Features:
- IAPMO tested for TDS removal & more – While the RKIN U1 doesn’t yet have an official NSF certification for RO performance (including microplastics removal), it has been tested by IAPMO to NSF Standard 58 for TDS reduction, which is the next best thing. The manufacturer is reportedly in the process of obtaining an official NSF certification for the U1.
- 5-stage filtration – The system combines 5 stages of RO filtration: a sediment filter, an activated carbon filter, a reverse osmosis membrane, a remineralization filter, and an optional hydrogen infusion stage.
- 75 GPD flow rate – The RKIN U1 offers one of the fastest RO water delivery rates we’ve seen for a countertop system. It’s rated at 75 gallons of water per day, so you won’t have to wait around to fill your cup with purified, microplastics-free water.
Best For:
Anyone with a flexible budget who wants to invest in the highest-tech countertop RO system for microplastics reduction available today, that comes with all the mod-cons and extra features that you could ever want.
Pros:
- The RKIN U1 is the most capable countertop RO system we’ve seen in all respects. Its contaminant removal abilities – including its IAPMO testing for TDS reduction – are promising, and it’s also the only system we’ve reviewed that can remineralize and add hydrogen to water to further boost the quality of the end result.
- A few other unique features of this system that we love are the choice between instant hot and cold filtered RO water, the Small Cup and Big Cup size options, the smart screen that displays the remaining filter life and the amount of water left in the unit, and the presets for tea and coffee.
- It’s great to see that the filter is in the process of obtaining an official NSF 58 certification, and the 1-year money-back guarantee means you have plenty of time to try the system and decide whether or not it’s right for you.
Cons:
- The U1 is another expensive unit, costing around $700 upfront. You might not be able to stretch your budget this far.
- We’d love to know exactly what percentage of microplastics this system can remove from water. It’s likely that we’ll know this information when the manufacturer obtains its NSF certification.
Read the Full Review: RKIN U1 2023 review
Propur PROONE BIG+
We think that the ProOne Big+ Gravity Water Filter is the best non-RO countertop water filtration system for removing microplastics from water. This gravity-based unit is around a third of the price of a comparable RO unit but still gives reverse osmosis systems a run for their money with its ability to reduce more than 200 drinking water contaminants, including microplastics. Plus, it has an unbeatable lifetime warranty.
Key Features:
- Tested to NSF Standards for removing 200+ contaminants, including microplastics – The ProOne Big+ is independently tested to NSF Standards 42, 53, and P231, for the reduction or removal of a range of drinking water contaminants, including micro-plastic spheres (of a 2-micron size). The filter can also reduce or remove chlorine, lead, fluoride, bacteria, PFOAS, and more.
- Combines two effective filtration materials – This gravity countertop water filter includes two 7-inch ceramic filters that contain granular activated carbon media for twice the filtration capabilities. You can buy an additional filter for faster filtration and extended filter life.
- Gravity-style filtration – The ProOne Big+ is a2.75-gallon unit that uses gravity to send water from the top chamber through the filter and into the bottom chamber. It doesn’t require electricity to operate and doesn’t need to be hooked up to your water line.
Best For:
Folks who want the convenience and affordability of the best gravity countertop water filter with data to support its ability to reduce microplastics in water.
Pros:
- The ProOne Big+ is one of the best countertop gravity filters we’ve reviewed when it comes to contaminant removal. We’re impressed with its ability to remove more than 200 contaminants, including microplastics – and it’s great to see independent testing to NSF Standards as proof.
- If you’re not a fan of maintenance, this ceramic water filter system is a great choice for you. The filters have a 10-month lifespan, while the 9-inch filters last for up to 1 year before they need replacing. The 9-inch filters are best if you want to keep maintenance to an absolute minimum.
- The ProOne Big+ is cheaper upfront than its closest competitor, the Big Berkey, and it doesn’t come with the Berkey’s controversy. (Read our ProOne vs Berkey review here.)
Cons:
- The ProOne Big+ is only tested to remove micro-plastic spheres, which are 2 microns in size. That doesn’t mean it can’t remove smaller microplastics from water, but it hasn’t been tested to do so, so there’s no proof or guarantee.
- This filter is slow even for a gravity filter, taking up to 7 hours to produce around 3 gallons of purified water.
Read the Full Review: ProOne Big Review
🤔 What are Microplastics?
Microplastics are tiny plastic particles that are formed when plastic products gradually decompose and break down in the environment.
There are numerous plastic products that may decompose to form microplastics, including plastic bottles, plastic bags, straws, and synthetic clothing. When these products are disposed of and end up in landfill and oceans, they cause microplastics to infiltrate our soils, waters, and atmosphere.
Because microplastics are so abundantly found in the atmosphere, it’s impossible to avoid exposure to them. We’re exposed to microplastics in the air we breathe, the clothes we wear – and the water we drink.
🚰 Do I Need a Water Filter That Removes Microplastics?
It’s estimated that Americans are exposed to between 39,000 and 52,000 microplastic particles in their food and water every year – and that’s enough evidence for us to say that yes, you need a water filter that removes microplastics.
As we mentioned above, plastic pollution is such a widespread problem that it’s impossible to avoid. Regardless of where you live in the country, and whether you’re in a rural region or in the heart of the city, you’re equally likely to be drinking microplastics in your tap water.
You can’t escape microplastics by drinking bottled water, either, since bottled water is sourced from springs and even tap water supplies that are likely contaminated with plastic particles. The only exception is bottled water that has been purified with a process that removes microplastics.
Even trace amounts of microplastics are thought to pose a danger to human health, but the EPA hasn’t established a legal limit for these contaminants in drinking water, so water utilities aren’t obliged to reduce microplastics to within a specific concentration.
What does that mean? Your water supply could contain very high levels of microplastics, and your utility doesn’t legally have to do anything about it.
🚱 How Do Microplastics Get Into Drinking Water?
There are a few different ways that microplastics can get into the freshwater supplies that are used for drinking:
- From surface run-off
- In wastewater effluent
- Pollution from industrial effluent
- From atmospheric deposition
- From contact with degraded plastic waste
Landfill leachate and soil migration can also cause plastic particles to contaminate groundwater (underground) water supplies.
🩺 Why are Microplastics Dangerous to Our Health?
Some of the potential effects of microplastic pollution are:
- Weakened immune system
- Reproductive damage (caused by exposure to the phthalates used to make plastics more durable)
- Developmental issues in children
- Hormone disruption
- Inflammatory diseases
- Organ damage
- Cancer
We might now be trying to reduce our plastic consumption, but microplastics from bottled water and tap water worldwide have already done their damage. Research conducted in early 2022 discovered microplastic pollution in 80% of human blood, where these particles could easily travel around the body and cause cell damage in various organs.
👨🔧 Related Article: Fighting the Invisible Threat: Updated 2023 Methods to Remove Microplastics From Water
🧪 How to Test for Microplastics in Water
The best way to test for microplastics in your water is to conduct a laboratory test.
You can buy laboratory water tests for microplastics that cost $100-$500, depending on the complexity of the test.
Testing involves taking a sample of your tap water or bottled water, then sending it to the laboratory for analysis.
The lab will return your results within 7-10 days, and you can decide from there whether or not you want to remove microplastics from your water with a dedicated filter.
🧾 Microplastics Water Filter Buyer’s Guide: How To Choose Between The Best Water Filters For Removing Microplastics
Here are some of the most important factors to consider when deciding on which water filter for microplastics removal is best for you.
Your Budget
First, consider your budget, both for an upfront purchase and for ongoing maintenance. This will determine the types of filters that you have the choice between for microplastics removal.
If your budget is small, your options will be limited somewhat, but you can still find a highly capable water filter for removing microplastics.
In this case, we recommend water filter pitchers, which cost less than $100 upfront. Some of the best pitchers – like the Clearly Filtered Pitcher reviewed in this guide – are just as capable as the bigger, more complex filtration systems, reducing up to 99.9% microplastics.
If you can afford to spend hundreds of dollars upfront on a microplastics filter, you can have your pick of all the different filter types and configurations available. You might even consider a premium pick, like one of the reverse osmosis systems we’ve mentioned in this guide.
Filter Materials & Filtration Method
Microplastics are typically around 2.5 microns in size, but smaller plastic particles as tiny as 0.7 microns have been detected. That means that standard carbon block filters, powdered activated carbon filters, or any other carbon filter types aren’t typically capable of removing all microplastis because their pores aren’t small enough to trap these contaminants.*
*Check a carbon filter’s pore size to be certain. Some filters have pores as small as 0.5 microns, making them capable of removing microplastics, while others have pores as large as 50 microns, which will make them no good for microplastics removal.
With that in mind, some of the filtration methods that do work for microplastics removal are:
- Reverse osmosis filters – with a pore size as small as 0.0001 microns
- Microfilters and nanofilters – with a pore size of around 0.2 microns
- Ultrafiltration membranes – with a pore size of 0.02 – 0.05 microns
- Some ceramic filters – ceramic filters with a pore size of less than 2.5 microns can reduce microplastics
- Some carbon block filters – with a pore size as small as 0.5 microns
The smaller the filter’s pore size, the more thoroughly it will be able to reduce microplastics because it will target even the smallest microplastic particles.
So, reverse osmosis filters are the best option for removing microplastics from water because they have the smallest pore size. They should also be capable of removing nano plastic particles as small as 0.001 microns.
How can you choose which filter type is best suited to you? We recommend also considering the other factors we’ve mentioned in this buyer’s guide, including your budget, your preferred filter use point, and your installation and maintenance preferences.
Filter Use Point
Also consider where in your home you would prefer to install and use your filter.
There are a few different options here:
- Point of use filters, including under-sink filters, countertop filters, and faucet filters
- Point of entry filters, or whole-home water filters
Before you get down to specifics, your first job is to decide whether you prefer a point of use filter or a point of entry filter.
If you want to remove microplastics from all the water you use in your home, including the water you shower in, cook with, and wash your clothes with, you should look at point of entry filters.
Since microplastics are thought to be capable of being absorbed through the skin and can also be inhaled in the atmosphere, installing a point-of-entry filter will reduce your risk of dermal exposure of exposure through inhalation to this contaminant.
Or, your main focus might simply to be to remove plastic particles from your drinking water. In this case, you can install a point of use drinking water system that’s installed in a location that’s intended to treat your cold tap water only.
If you choose POU filters, you have a few more options to consider. There are countertop filters of various kinds and under-sink filters that are capable of removing microplastics, and their each have their own unique pros and cons when it comes to flow rate, contaminant removal, filter capacity, and more.
We’ve discussed these features in more detail later in this guide.
Microplastics Removal Capability
Next, you need to consider the important element of microplastics removal.
If a water filter is capable of reducing microplastics, the manufacturer should list the filter’s microplastics reduction percentage.
Different types of filters can remove different quantities of microplastics. As we mentioned earlier, this mostly comes down to the filter pore size. The smaller the pores, the smaller the plastic particles the filter can trap, and the more thoroughly the filter can remove microplastics.
If you want to protect your family from exposure to microplastics in your drinking water, we recommend finding a water filter that can remove at least 90% of microplastics.
The very best filters, like most reverse osmosis filters, remove microplastics with 99% effectiveness or more. That means your water will contain less than 1% of its original microplastics concentration after it has been filtered.
Flow Rate
The flow rate of a water filter for microplastics removal depends on the filter type and use point.
If you don’t want your water filter to disrupt your normal access to drinking water, install an under-sink filtration system that will filter water before it reaches your faucet. Most under-sink systems deliver a flow rate of around 1-2 GPM, which is about normal for a kitchen faucet anyway. That means you can access a steady stream of filtered water whenever you turn on your tap.
If you don’t mind taking a few extra steps to enjoy filtered water but you still don’t want to wait around whenever you need a drink, consider a countertop reverse osmosis system. You’ll need to pre-load the unit with a batch of tap water in the morning, but the unit should dispense water near-instantly whenever you press the button. Again, the flow rate for this type of system is around 1-2 GPM.
You might also consider gravity countertop water filters and filtered water pitchers, which are the most affordable solution for removing plastic particles but have the slowest flow rates.
These filters rely on gravity to send water through the filter media, so rather than delivering filtered water instantly, they take a few minutes to provide enough water for drinking.
However, while gravity filters have a slower flow rate, it doesn’t feel like it if you plan ahead. Fill your pitcher or countertop filter with water in the morning, and you’ll soon have a batch of filtered water that you can pour or dispense throughout the day whenever you want it.
Certifications/Testing
You already know to look for a water filter that can remove at least 90% of plastic particles from your tap water – but how can you be certain that the manufactuer’s claims are accurate?
We recommend checking for third-party test results or an official NSF certification for the filter’s performance.
Many of the best microplastics water filters have third-party testing by IAPMO or another trusted organization that proves their contaminant removal abilities. Testing is typically conducted in a laboratory and exposes the filter to a contaminated water source to determine its filtration or purification capabilities.
The manufacturer should share a test report online that lists all the contaminants that the filter can remove, and to what percentage. If microplastics are listed on the report, you know that the filter is capable of removing these from tap water supplies.
You can also look for filters with an official certification to an NSF Standard for microplastics reduction.
As of yet, there isn’t an official NSF certification for the reduction of microplastics. However, reverse osmosis systems can be certified to NSF 58 for reverse osmosis performance, including the ability to reduce the tested-for contaminants, like microplastics.
You can search for NSF drinking water systems here. Scroll down to the bottom of the page and check the ” Microplastics Reduction” checkbox, then click “search” to bring up the results.
Filter Capacity & Lifespan
Filter capacity and lifespan tells you how long a filter will last before it needs to be replaced – which, in turn, helps you to understand the value of the upfront purchase.
Water pitcher filters are the cheapest way to remove microplastics from water, but they also have the smallest filter capacity and the shortest lifespan. So, even though you pay less upfront for these filters, you pay more money, more often to replace the filters. The average filter lifespan in a water pitcher is 2 months.
Other point of use filters have longer lifespans. Gravity countertop filters have an average lifespan of 10-12 months, while under-sink systems have a 6-12-month lifespan.
Some systems, like RO units, have multiple filters with their own unique filter lifespans. RO membranes last as long as 2 years, while their carbon filters last around 6-9 months and their sediment filters last 6 months on average.
Installation & Maintenance
On a similar note, consider the installation and maintenance work that you’re happy to commit to for a water filter that can remove microplastics.
If you hate DIY or you want to avoid the hassle of any sort of major setup, consider a countertop gravity filter or RO unit, or a pitcher water filter. These systems require no installation whatsoever – you just assemble the unit and slot the filters in place, then they’re ready to use.
If you don’t mind putting a bit more effort into the install, you can also consider under-sink systems, which need to be connected up to your cold water line but offer the convenience of filtered water on tap.
As for maintenance, that depends on your chosen filter’s expected lifespan. The shorter the lifespan, the more frequently you’ll need to replace the filter.
On average, you can expect to replace the filter every 2-12 months, depending on the type of system you buy.
Aside from filter changes, you will also need to clean the system according to the user manual.
Customer Feedback
The manufacturer will only tell you what you want to hear, and you won’t have a true understanding of a filter’s usability, longevity, and quality without reading customer feedback.
Reviews tell you how a product has lived up to a customer’s expectations. While it’s normal for any product to receive a small percentage of negative feedback, we recommend looking for a filter that has at least 80% positive reviews from happy customers.
When reading customer reviews, pay attention to what reviewers have to say about the filter’s performance, ease of use, and durability. These are all important factors to consider when deciding whether or not a filter is worth the upfront cost.
Warranty/Guarantee
Finally, don’t buy a filter for microplastics unless it has some form of warranty or guarantee.
Different filters have different purchase protection, depending on the upfront cost of the product.
Countertop and pitcher filters may have a lower guarantee of 30-60 days, while the more expensive RO systems might have a 60-day guarantee and a warranty of 1-3 years or more.
Avoid filters that have no sort of warranty of guarantee at all, since that means the manufacturer isn’t obliged to send you a free replacement part or product if you receive a faulty filter.
❔ Frequently Asked Questions
Which water filter removes microplastics?
A variety of water filters remove microplastics. If you want to know which water filter types remove these contaminants, there are under-sink filters, whole home filters, countertop filters, and portable filters that fit the bill. Some of the best filter products that remove microplastics are the Clearly Filtered Pitcher, the Evo E-1000 Whole House Water Filter, and the Waterdrop G3P800.
Do Brita filters remove microplastics?
No. While Brita filters might remove a few larger microplastics particles, you can’t rely on a Brita filter to remove all microplastics from your water, and Brita doesn’t advertise its filters as being capable of microplastics removal. If you’re looking for a water filter pitcher that can remove microplastics, we recommend the Clearly Filtered Pitcher.
Does ZeroWater remove microplastics?
Yes, ZeroWater filters up to 99.9% of microplastics from drinking water. We think this pitcher is a worthy contender, but it hasn’t made our list of the best microplastics filters because there are other water filter pitchers that are more capable in this respect.
What is the best water filter pitcher for microplastics?
In our opinion, the best water filter pitcher for microplastics is the Clearly Filtered Pitcher. This water pitcher removes more contaminants than any other pitcher we’ve reviewed, including up to 99.9% microplastics.
Why can’t we filter microplastics?
The reason why it’s a struggle to filter microplastics with a standard water filter is that microplastics are tiny enough to slip through the pores of these filters. It is possible to filter microplastics, though – you just need a specialized filtration method or a filter with small enough pores to trap microplastics.
How long does it take to filter microplastics out of water?
It takes a couple of minutes to just a couple of seconds to filter microplastics out of water, depending on the filtration method you use. Water filters connected to your water line, like whole home filters and under-sink filters, provide instant microplastics filtration. Countertop units like water filter pitchers and reverse osmosis systems take 2-15 minutes to filter microplastics on average.
How effective are microplastic filters?
Microplastics filters have the potential to be highly effective – but not all filters offer an equal performance. Some filters, like the Clearly Filtered Pitcher Evo E-1000 Whole House Water Filter, remove virtually all microplastics from water, as well as tens of other contaminants, so they’re our top recommended filters for this purpose.
