A reverse osmosis system for an American home can cost anywhere from a relatively modest amount for a basic do-it-yourself under-sink system to several thousand dollars for a professionally installed or more extensive treatment system.
When comparing reverse osmosis systems, you should consider:
- Equipment price
- Installation cost
- Replacement filters
- RO membrane replacement
- Water consumed by the system
- Electricity for pump-equipped systems
- Faucet or plumbing modifications
- Annual maintenance
- Replacement parts
- Expected system lifespan
Professional installation costs reported by major U.S. home-service cost sources currently range broadly from about $1,000 to $4,800, with the final price depending heavily on system type, installation complexity, and location. HomeAdvisor currently reports an average around $2,200 for professionally installed RO systems.
However, those figures should not be interpreted as the price every homeowner needs to pay. A simple point-of-use under-sink system can cost substantially less when purchased and installed as a DIY project.
Quick Answer: How Much Does an RO System Cost?
| RO System Option | Typical Cost Position | Best For |
|---|---|---|
| Basic under-sink RO | Lower upfront cost | Budget-conscious homeowners |
| Premium under-sink RO | Moderate to high | Better features, efficiency and convenience |
| Tankless RO | Moderate to high | Homes wanting compact installation and higher production |
| Professionally installed POU RO | Higher total project cost | Homeowners wanting professional plumbing installation |
| Whole-house RO | Very high | Specialized whole-home treatment requirements |
These categories overlap considerably. There is no single national retail price that applies to every RO system.
What Are You Actually Paying For?
An RO system is more than a membrane.
A residential system may contain:
- Sediment filter
- Carbon prefilters
- RO membrane
- Postfilter
- Storage tank
- Faucet
- Automatic shutoff components
- Flow restrictor
- Check valve
- Tubing and fittings
- Leak protection
- Booster pump
- Electronic controls
- Remineralization stage
- UV treatment
More components do not automatically mean better water treatment.
The goal should be to pay for the components that solve your actual water-quality problem.
How Much Does the RO Equipment Itself Cost?
EPA’s WaterSense supporting documentation indicates that residential point-of-use RO systems can range from roughly $180 to more than $700, depending on the system. EPA also observed that more efficient systems tended to fall toward the middle or higher end of that equipment-price range, although EPA cautions that many factors affect price.
That range is useful for understanding why a professionally installed RO project can cost much more than the price of the filtration equipment itself.
A homeowner might therefore encounter three very different prices:
- Equipment-only price
- Equipment plus DIY installation supplies
- Complete professionally installed project
Always determine which of these a quoted price represents.
How Much Does RO Installation Cost?
Installation cost depends heavily on the existing plumbing.
A straightforward under-sink installation may require little more than:
- Connecting the system to the cold-water supply
- Installing the dedicated RO faucet
- Connecting the drain line
- Installing the storage tank or tankless unit
- Testing the system for leaks
A more complicated installation can require additional plumbing work, cabinet modifications, drilling, electrical work or relocation of components.
Current U.S. home-service estimates put professional RO installation projects broadly in the $1,000–$4,800 range, although this includes a wide variety of installations and should not be treated as a universal price for a simple under-sink system.
Can You Install an RO System Yourself?
Many point-of-use under-sink RO systems are designed for residential installation and can be installed by a homeowner who is comfortable working with basic plumbing connections.
DIY installation can substantially reduce the total project cost.
However, the difficulty depends on the kitchen.
Potential complications include:
- No available faucet hole
- Difficult access beneath the sink
- Unusual plumbing connections
- Limited cabinet space
- Garbage-disposal drain configuration
- Insufficient space for a storage tank
- Electrical requirements for pump-equipped systems
- Leaks caused by poor connections
If you are uncertain about the plumbing work, professional installation can be worthwhile.
What Determines the Price of an RO System?
| Factor | Why It Affects Cost |
|---|---|
| RO membrane | Higher-performance or specialized membranes can cost more |
| Number of stages | Additional filters increase equipment and replacement costs |
| Tankless design | Often requires additional components and controls |
| Booster pump | Adds hardware and potentially electrical requirements |
| Water efficiency | Efficient designs may use more sophisticated components |
| Certification | Third-party testing and certification add product-development cost |
| Faucet | Premium faucets can increase equipment cost |
| Remineralization | Adds another cartridge and replacement expense |
| UV | Adds equipment and ongoing lamp or component costs |
| Leak detection | Electronic protection increases system complexity |
| Installation | Plumbing labor can exceed equipment cost |
Does NSF/ANSI 58 Certification Increase the Cost?
Certification can be one reason a properly certified system costs more than an otherwise similar-looking generic system.
NSF/ANSI 58 covers residential point-of-use RO systems and addresses areas including material safety, structural integrity, TDS reduction, efficiency, recovery and contaminant-reduction performance.
Importantly, NSF/ANSI 58 does not mean every certified RO system has the same contaminant claims.
The standard includes optional claims for contaminants such as:
- Lead
- Arsenic
- Nitrate/nitrite
- Fluoride
- Chromium
- Cadmium
- Barium
- Copper
- VOCs
- Radium
- Selenium
Therefore, compare the actual certified claims rather than buying a system simply because it displays an NSF reference.
See NSF 53 vs NSF 58: What’s the Difference? and How to Check if a Water Filter Is Really NSF Certified.
Is a WaterSense RO System More Expensive?
It can be.
EPA’s WaterSense specification requires point-of-use RO systems to meet water-efficiency and performance requirements. WaterSense-labeled systems must send no more than 2.3 gallons of water down the drain for every gallon of treated water produced.
EPA’s supporting analysis found that more efficient RO systems tended to be toward the middle or higher end of the equipment-price range, although EPA could not establish a universal payback period because system prices, lifespans and maintenance requirements vary substantially.
Therefore, do not assume that the cheapest RO system is the cheapest system to own.
How Much Does RO Water Waste Cost?
RO water waste can add to household water and wastewater expenses.
EPA estimates a typical point-of-use RO system can generate at least five gallons of reject water for every gallon of treated water, while some inefficient models can generate up to 10 gallons. WaterSense-labeled systems are limited to 2.3 gallons or less per gallon treated.
EPA’s 2024 national residential estimate for combined water and wastewater charges was $16.83 per 1,000 gallons, although actual rates vary considerably between utilities.
For example, using that national estimate only as an illustration:
| Annual Reject Water | Illustrative Cost at $16.83/1,000 gal |
|---|---|
| 1,000 gallons | $16.83 |
| 2,000 gallons | $33.66 |
| 3,000 gallons | $50.49 |
| 5,000 gallons | $84.15 |
| 7,000 gallons | $117.81 |
| 10,000 gallons | $168.30 |
Your actual cost may be substantially different because utilities use different water, sewer, tiered and fixed-charge structures.
Can a More Efficient RO System Pay for Itself?
Sometimes, but you should not assume it will.
EPA’s WaterSense analysis estimated that replacing a typical RO system with a WaterSense-labeled model could save an average household more than 3,100 gallons of water per year. EPA estimated that this could translate to nearly $50 per year in water and wastewater savings using the assumptions in its analysis.
But equipment-price differences, filter costs, membrane replacement, installation and system lifespan can be much more important than the water bill alone.
EPA therefore does not provide a universal payback period for WaterSense RO systems.
How Much Do RO Replacement Filters Cost?
Replacement filters are one of the most important ongoing costs.
Most residential RO systems use several consumable components, such as:
- Sediment filter
- Carbon prefilter
- RO membrane
- Post-carbon filter
- Optional remineralization filter
- Optional specialty filters
Filter replacement schedules vary by manufacturer and water quality.
Current U.S. home-service cost data suggests homeowners may spend roughly $40–$300 per year on replacement filters, depending on the system and maintenance requirements.
Do not use that range as a fixed retail price. Instead, calculate the replacement cost for the exact model you are considering.
How Much Does an RO Membrane Replacement Cost?
The membrane generally lasts longer than the sediment and carbon prefilters, but eventually requires replacement.
EPA’s WaterSense supporting documentation cites replacement membrane costs of approximately $20 to $100, depending on the model and manufacturer.
Professional replacement can cost more because labor may be added.
Water quality and system maintenance can also affect membrane life.
What Is the Lifetime Cost of an RO System?
A useful way to compare systems is to calculate total cost of ownership rather than comparing the purchase prices alone.
A simplified formula is:
Total ownership cost = equipment + installation + filters + membranes + other replacement parts + water/wastewater cost + electricity
For a more realistic comparison, calculate the cost over a fixed period such as five or ten years.
Example: Comparing Two RO Systems Over Five Years
Imagine two hypothetical systems.
| Cost | System A | System B |
|---|---|---|
| Equipment | $250 | $500 |
| Installation | $150 | $200 |
| Average annual filters | $100 | $120 |
| Average annual water cost | $80 | $40 |
Over five years:
System A = $250 + $150 + ($100 × 5) + ($80 × 5) = $1,250
System B = $500 + $200 + ($120 × 5) + ($40 × 5) = $1,300
Despite costing substantially more initially, System B could have a similar five-year ownership cost because of lower water consumption in this hypothetical example.
This is why purchase price alone is a poor way to compare RO systems.
Does a Tank or Tankless RO System Cost More?
Tankless RO systems often have a higher initial equipment price because they can incorporate higher-flow membranes, pumps, electronic controls and additional monitoring features.
Traditional tank-based systems can be simpler and less expensive.
However, the cheapest equipment may not have the lowest long-term cost.
Compare:
- Purchase price
- Installation
- Filter costs
- Membrane costs
- Water efficiency
- Electricity
- Available replacement parts
- Expected lifespan
Does a Booster Pump Increase RO Cost?
A booster pump increases equipment complexity and can add to both purchase and operating costs.
However, a pump can be useful when incoming water pressure is inadequate or when the system is designed to use higher pressure for improved performance.
EPA’s WaterSense documentation notes that pump-equipped RO systems can achieve higher efficiency in some configurations because the pump helps overcome pressure effects associated with storage tanks.
The correct question is therefore not simply whether a pump costs more.
It is whether the additional cost produces enough benefit for your home’s conditions.
Does Remineralization Increase RO System Cost?
Yes.
A remineralization stage adds another filter or cartridge that eventually needs replacement.
Whether it is worth paying extra depends largely on your preferences and system design.
Remineralization should not automatically be interpreted as evidence that the RO system provides safer water.
Its primary reasons can include taste, mineral content and water chemistry preferences.
Does UV Make an RO System More Expensive?
Usually, yes.
Adding UV introduces additional equipment and ongoing maintenance.
Whether UV is necessary depends on the water source and the treatment problem.
For a typical municipal-water household, automatically paying more for UV without identifying a microbial-treatment need may not be the best use of the budget.
Private-well owners may have different treatment requirements.
How Much Does Whole-House RO Cost?
Whole-house RO is fundamentally different from the typical under-sink point-of-use system used for drinking and cooking water.
A point-of-use system treats water at a single fixture, while a point-of-entry or whole-house system treats a much larger volume of household water.
EPA notes that point-of-entry treatment systems can cost thousands of dollars and generally require professional installation.
Whole-house RO can also create much larger concentrate volumes because it treats substantially more water.
For most homes, whole-house RO should therefore be considered a specialized treatment solution rather than the default choice.
Why Point-of-Use RO Is Usually Cheaper
Point-of-use RO treats only the water that is actually needed for drinking and cooking.
A typical installation might be under a kitchen sink and supply a dedicated faucet.
EPA describes POU RO systems as systems connected to a single fixture, such as an under-sink kitchen installation.
This means the system does not have to process water used for:
- Showers
- Toilets
- Laundry
- Outdoor irrigation
- General cleaning
That smaller treatment volume can make POU RO much more practical for many households.
Is an RO System Worth the Cost for a Small Household?
It depends on the water-quality problem.
A small household may consume relatively little treated water, which reduces the absolute cost of filter replacement and reject water.
However, the household still pays for the equipment.
If the primary concern is only chlorine taste or odor, a less expensive filtration system may provide a better value.
If the household needs reduction of contaminants for which RO is an appropriate treatment technology, the higher initial cost may be justified.
How Much Does RO Cost in an Apartment or Condo?
Apartment and condo installations can introduce additional considerations.
Before purchasing an RO system, check:
- Whether you can modify the kitchen faucet or sink
- Whether drilling is permitted
- Whether plumbing modifications require approval
- Whether there is enough under-sink space
- Whether the building has restrictions on plumbing changes
- Whether a storage tank will fit
- Whether the system requires an electrical outlet
For renters, a countertop or portable treatment solution may sometimes make more sense than permanent under-sink installation.
See Best Water Purifiers for Apartments and Condos in the USA.
Does an Older Home Increase RO Installation Cost?
It can.
Older homes may have plumbing configurations that make installation more complicated.
For example, the installer may encounter:
- Older shutoff valves
- Limited cabinet access
- Nonstandard plumbing connections
- Existing plumbing modifications
- Older drain assemblies
If additional plumbing work is required, the installation cost can increase.
Does PFAS Treatment Make an RO System More Expensive?
Potentially.
When PFAS is the reason for buying an RO system, you should focus on documented contaminant-reduction performance rather than simply buying the most expensive system.
RO can potentially reduce PFAS, according to EPA, but the specific system’s tested and certified claims matter.
Does Lead Treatment Require an Expensive RO System?
Not necessarily.
RO systems can be certified for lead reduction, but lead can also be addressed by other appropriately certified treatment technologies.
NSF/ANSI 58 includes lead-reduction testing as an optional RO claim.
Therefore, if lead is your concern, compare the specific certification and total ownership cost rather than assuming the most expensive RO system is automatically the best choice.
Should You Test Your Water Before Buying an Expensive RO System?
Yes, whenever possible.
For municipal water, start with your utility’s water-quality information and Consumer Confidence Report.
For private wells, testing is especially important because water chemistry can vary considerably from one property to another.
EPA’s drinking-water treatment guidance emphasizes selecting treatment based on the contaminants that actually need to be addressed.
See How to Choose a Water Purifier Based on Your U.S. Water Quality Report.
Does Well Water Increase RO Cost?
It can.
Private well water may require pretreatment before it reaches an RO membrane.
Depending on the water chemistry, pretreatment may involve addressing:
- Iron
- Manganese
- Sediment
- Hardness
- Hydrogen sulfide
- Acidity
- Other contaminants
Adding pretreatment increases both installation and maintenance costs.
See Best Water Filters for Iron and Manganese in Well Water and How to Choose a Water Purifier for Private Well Water.
Does More RO Stages Mean a Higher Price?
Usually, adding stages increases the equipment price and future replacement cost.
But more stages are not automatically better.
A common mistake is choosing an eight- or ten-stage system simply because the number sounds impressive.
Instead, ask what each stage does.
| Stage | Purpose | Always Necessary? |
|---|---|---|
| Sediment | Reduces suspended particles | Often useful |
| Carbon | Addresses chlorine and some organic compounds | Common |
| RO membrane | Primary RO separation process | Essential to RO |
| Post-carbon | Taste/odor polishing | Common |
| Remineralization | Adds selected minerals/taste adjustment | Optional |
| UV | Microbial treatment | Situation-dependent |
Is a Cheap RO System a Bad Buy?
Not necessarily.
A low-cost system can be perfectly reasonable if:
- It is appropriate for your water quality
- Its claims are independently certified where appropriate
- Replacement filters are readily available
- The system has acceptable water efficiency
- The installation is reliable
- The manufacturer provides adequate documentation
The problem is not low price by itself.
The problem is paying for a system whose treatment performance, replacement parts, efficiency or long-term support are inadequate.
Is an Expensive RO System Worth It?
Sometimes.
A premium system may justify its price through:
- Higher water efficiency
- Better monitoring
- Leak detection
- Better pump control
- Higher production capacity
- Better-certified contaminant claims
- More convenient filter replacement
- Better replacement-part availability
But premium features that you do not need simply increase the purchase price.
Start with your water-quality requirements and work upward from there.
What Is the Annual Maintenance Cost of an RO System?
Maintenance costs vary widely by system.
Current U.S. cost data suggests annual replacement-filter expenses can fall around $40 to $300, while membrane replacement may add another cost depending on the model and service interval.
Professional service can increase the total.
When comparing systems, calculate maintenance using the manufacturer’s actual replacement schedule and current replacement-part prices.
RO Ownership Costs to Check Before Buying
| Cost | Check Before Buying |
|---|---|
| Initial system | Equipment price |
| Installation | DIY or professional |
| Prefilters | Replacement interval and price |
| Postfilter | Replacement interval and price |
| Membrane | Price and expected replacement interval |
| Remineralization | Optional cartridge cost |
| UV | Lamp or module replacement |
| Water | Reject-water volume |
| Electricity | Pump/electronics consumption |
| Service | Professional maintenance requirements |
Why Water Efficiency Should Be Part of the Price Calculation
Two systems can have similar purchase prices but different operating costs because they use different amounts of water.
EPA reports that typical POU RO systems can generate at least five gallons of reject water per gallon treated, while WaterSense-labeled systems generate no more than 2.3 gallons per gallon treated.
For a household using several gallons of RO water every day, that difference can accumulate into thousands of gallons annually.
How Much Should You Spend on an RO System?
There is no universally correct budget.
A practical approach is to divide homeowners into three groups.
Budget Buyer
Focus on:
- Basic POU RO treatment
- Required contaminant certification
- Affordable replacement filters
- Simple installation
Value Buyer
Focus on:
- NSF/ANSI 58 certification
- Water efficiency
- Reasonable filter costs
- Reliable replacement parts
- Good warranty
Premium Buyer
Focus on:
- High efficiency
- Tankless design where appropriate
- Booster pump
- Leak detection
- Electronic monitoring
- Convenient filter replacement
- Strong manufacturer support
None of these approaches is inherently better. The right choice depends on your water quality, budget and expected usage.
Common RO Cost Mistakes
1. Comparing only the purchase price
A $250 system can cost more to operate than a $500 system if its filters and water consumption are substantially higher.
2. Ignoring installation
A low equipment price does not tell you the final installed cost.
3. Ignoring replacement filters
Filters are recurring expenses, not one-time costs.
4. Buying unnecessary stages
Extra stages increase both purchase and maintenance costs.
5. Ignoring water waste
Reject water contributes to ongoing household water consumption.
6. Assuming NSF means every contaminant is covered
NSF/ANSI 58 includes specific optional contaminant claims. Always check the actual certified claims.
7. Buying whole-house RO when POU treatment is sufficient
Treating every gallon entering the house can be unnecessary when the actual need is limited to drinking and cooking water.
8. Choosing RO without checking your water quality
The treatment technology should follow the water-quality problem rather than the other way around.
RO Cost Decision Guide
Do you need RO?
→ No → Consider a less expensive treatment method appropriate for your contaminants.
→ Yes → Continue.
Is drinking/cooking water the main concern?
→ Yes → Start with a point-of-use system.
→ No → Determine whether whole-house treatment is actually necessary.
Is water efficiency important?
→ Yes → Prioritize WaterSense-labeled POU RO systems.
→ No → Still compare the long-term water cost.
Will you install it yourself?
→ Yes → Budget for equipment and installation supplies.
→ No → Obtain professional installation quotes before choosing the system.
Does the system have expensive replacement cartridges?
→ Yes → Calculate five-year ownership cost.
→ No → Continue comparing certification, efficiency and features.
How to Calculate a Five-Year RO Cost
Use this simplified formula:
Five-year cost = purchase price + installation + five years of filters + membrane replacement + five years of water/wastewater cost + other recurring costs
For example, suppose:
- Equipment = $400
- Installation = $200
- Filters = $120/year
- Water/wastewater cost attributable to RO = $50/year
- Membrane replacement = $75 during the five-year period
The estimated five-year cost would be:
$400 + $200 + $600 + $250 + $75 = $1,525.
This calculation is more useful than simply saying the RO system costs $400.
What Is the Best Value in an RO System?
The best-value RO system is not necessarily the cheapest one.
A strong value proposition usually combines:
- Appropriate contaminant treatment
- Independent certification
- Good water efficiency
- Reasonable purchase price
- Affordable replacement filters
- Available replacement parts
- Reliable manufacturer support
- Suitable production capacity
NSF’s current official listings demonstrate why model-specific verification matters: certified RO systems can have different rated production capacities and different contaminant claims.
RO System Cost Buying Checklist
- ☐ Determine which contaminants need treatment.
- ☐ Check your U.S. water-quality report or private-well test.
- ☐ Decide whether POU or whole-house treatment is appropriate.
- ☐ Verify NSF/ANSI 58 certification where applicable.
- ☐ Verify the specific contaminant claims.
- ☐ Check for the EPA WaterSense label.
- ☐ Compare the equipment price.
- ☐ Get an installation quote if you are not doing the work yourself.
- ☐ Calculate annual filter costs.
- ☐ Calculate membrane replacement costs.
- ☐ Calculate expected RO water waste.
- ☐ Estimate local water and wastewater costs.
- ☐ Check electricity requirements.
- ☐ Check replacement-part availability.
- ☐ Compare warranty terms.
- ☐ Calculate five-year ownership cost.
Frequently Asked Questions
How much does a reverse osmosis system cost in the USA?
The price varies widely. EPA’s WaterSense supporting analysis cites residential RO equipment prices from about $180 to more than $700, while current U.S. home-service sources report roughly $1,000–$4,800 for professionally installed RO projects across different system types and installation situations.
How much does a basic under-sink RO system cost?
Basic equipment can cost substantially less than a professionally installed system. The final cost depends on the equipment, certification, number of stages, installation and required accessories.
How much does professional RO installation cost?
Current U.S. home-service estimates put professionally installed RO projects broadly around $1,000–$4,800, although simple under-sink installations can differ substantially from complex projects.
How much does RO maintenance cost per year?
It varies by model, but current cost estimates put replacement filters around $40–$300 per year for many systems. Membrane replacement is an additional expense.
How much does an RO membrane cost?
EPA’s WaterSense supporting documentation cites approximately $20–$100 for replacement membranes, depending on the model and manufacturer. Professional labor may increase the total replacement cost.
Is an expensive RO system better?
Not necessarily. A higher-priced system may offer better efficiency, monitoring or convenience, but price alone does not establish better contaminant reduction.
Is NSF/ANSI 58 worth paying more for?
Independent certification can provide valuable evidence that the system meets the applicable requirements and tested claims. However, verify the specific contaminant claims rather than relying on the certification name alone.
Are WaterSense RO systems worth the extra cost?
They can be, especially for households that use substantial amounts of RO water. EPA estimates WaterSense-labeled POU RO systems can save more than 3,100 gallons annually compared with typical POU RO systems on average.
Does RO increase my water bill?
It can because RO produces reject water. The actual financial effect depends on your local water and wastewater rates.
Is tankless RO more expensive?
Tankless systems often cost more initially because of their components and controls, but the price varies considerably by model.
Is whole-house RO worth the cost?
For most households, whole-house RO should not be assumed to be necessary. If the treatment need is limited to drinking and cooking water, point-of-use RO can be considerably more practical.
Should I buy a five-stage, seven-stage or ten-stage RO system?
Do not choose based solely on the number of stages. Identify what each stage does and whether it addresses an actual water-quality requirement.
Does RO remove PFAS?
RO can potentially reduce PFAS, but you should verify the specific system’s tested and certified claims rather than relying on generic statements about RO.
Does RO remove lead?
Some RO systems are certified for lead reduction. NSF/ANSI 58 includes lead reduction as an optional claim, so check the actual certification for the model you are considering.
Should I buy RO before testing my well water?
For private wells, testing the water first is strongly preferable because treatment requirements vary with the actual water chemistry.
What is the cheapest way to own an RO system?
Choose an appropriately sized point-of-use system, avoid unnecessary stages, maintain the filters, compare replacement-part prices, and consider water efficiency rather than focusing only on the initial purchase price.
Final Verdict: How Much Should You Spend on an RO System?
For most American households, the smartest approach is not to ask, “What is the cheapest RO system?”
Instead, ask:
“What is the lowest total cost for a properly certified system that solves my actual water-quality problem?”
A basic under-sink system can be relatively inexpensive, while professionally installed systems can cost considerably more. Current U.S. estimates show how dramatically installation and system configuration can change the final price.
Before buying, compare five major numbers:
- Purchase price
- Installation cost
- Annual filter and membrane cost
- Water and wastewater cost
- Five-year ownership cost
Then verify the sixth factor: does the system actually treat the contaminant you care about?
NSF/ANSI 58 provides a useful framework for evaluating RO system performance and contaminant claims, while EPA’s WaterSense program provides a useful way to identify more water-efficient point-of-use RO systems.
The best RO system is therefore not necessarily the cheapest system or the most expensive system. It is the system that provides the required treatment at a reasonable total cost of ownership.

About the Author
ManBearPig is a part-man, part-bear, part-pig creature and a full-time expert on global warming—mostly because he has personally experienced the consequences of being extremely, extremely, super cereal.
When he isn’t roaming the wilderness, terrorizing unsuspecting humans, or demanding that people take climate change seriously, ManBearPig studies rising temperatures, melting ice, extreme weather, carbon emissions, and other inconvenient signs that the planet may not be particularly happy with us.
His research philosophy is simple:
“I’m super cereal.”
ManBearPig believes climate change is too important to discuss without facts—and too ridiculous to discuss without a little humor. Through this website, he explores global warming, climate science, environmental changes, energy, and the strange ways humans respond when their own planet starts sending them warning signals.
He has no university degree, no laboratory, and absolutely no intention of becoming a respectable academic.
But he does have hooves, claws, a snout, and an unusually strong opinion about melting ice.
