Water softener installation
Hardness, which filtration does not address.
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Whole house water filtration: treating the problem you actually have
Filtration only works when it is matched to a measured problem. Sediment, iron, taste and odour each need different equipment, and a single cartridge sold as an all-purpose answer generally treats none of them well.
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Bring us a water result and we will tell you what it needs.
Result first
A lab or utility report tells us what to install.
Sediment before all
Grit protects nothing and destroys everything.
Cartridges get changed
A neglected filter strangles the whole house.
Point of use is cheaper
If the goal is drinking water, do not treat the toilets.
Diagnosis
What the complaint tells us, and what only a test can
Grit, sand or cloudiness. Sediment, common on wells, and it appears on municipal supplies after main breaks or repair work. It blocks aerators, scores fixture cartridges and wrecks appliance valves.
Orange or brown staining on fixtures and laundry. Iron, usually with manganese. Distinctive, common in Idaho groundwater, and treated with specific iron equipment rather than a general filter.
Chlorine taste and smell. Municipal disinfection residual. Carbon removes it, and it is the most commonly requested and most easily solved treatment there is.
Rotten-egg smell. Hydrogen sulphide or bacteria. If it is only on the hot side it is the water heater anode; on both sides it is the source.
Scale, film and soap that will not lather. Hardness, which is a softener question rather than a filter one. See water softener installation.
Concern about something you cannot see. Nitrate, arsenic, bacteria, lead. These cannot be diagnosed by taste, appearance or a sales demonstration, and they are exactly the ones worth taking seriously. They need a laboratory test, and treatment should follow the result.
Where our role begins and ends
The plumber installs and services treatment equipment and the plumbing around it. The plumber does not test water for contaminants. On a municipal supply your provider publishes an annual water quality report; on a private well, an accredited laboratory test is the only reliable basis for a decision, and Idaho public health guidance recommends periodic testing. Bring us a result and we will tell you honestly what equipment addresses it, and what does not.
Grit from a well wrecks fixtures. Sediment goes first.
First stage
The stage almost every system needs
Sediment filtration goes first, because grit damages everything downstream, softener resin, carbon beds, water heater elements, fixture cartridges, appliance solenoids and any pump.
Spin-down separators. A clear housing with a stainless screen and a flush valve, catching sand and coarse grit. Cleaned by opening a valve rather than by buying cartridges, which makes them ideal as a first stage on sandy wells.
Cartridge filters. Housings taking replaceable elements from about 50 micron down to 1 micron. The trap is going too fine too early: a 5 micron cartridge on a sandy well will block in a fortnight and choke the house. Staging coarse to fine is what keeps changes manageable.
Backwashing sediment filters. Media tanks that flush themselves on a schedule or meter. No cartridges to buy, a drain connection needed, and they suit heavy sediment loads well.
Sizing for flow. Filters restrict, and an undersized housing will cost you pressure across the whole house. This is one of the most common faults we find: a small under-sink-grade filter fitted to a whole-house main, blocking every few weeks and strangling flow in between.
Pressure gauges either side. Cheap, and they turn "the pressure has gone funny" into "the cartridge is due". Worth fitting on any whole-house installation.
Bypass. So a blocked or failed filter never takes the house off water.
Specific problems
Iron, sulphur and chlorine each need their own equipment
Iron. Common in Idaho well water and it comes in forms that need different handling. Clear-water iron is dissolved and invisible until it oxidises in the toilet tank or on the laundry; particulate iron is already oxidised and can be filtered. Treatment ranges from oxidising media filters through aeration systems to chemical injection, and the right one depends on the concentration, the form and the pH from the test result. A softener removes only modest amounts and fouls if pushed beyond that.
Manganese. Travels with iron, stains black rather than orange, and is treated similarly.
Hydrogen sulphide. The rotten-egg smell. Oxidising filters and aeration handle it. Where the smell is on hot water only, it is a water heater anode reaction and the fix is a different anode rather than a filter.
Chlorine and chloramine. Activated carbon, either as a cartridge or a backwashing tank. Cartridge carbon is simple and needs regular changes; a tank system handles higher flow and lasts years. Chloramine needs specific catalytic carbon rather than standard grades.
Tannins and colour. Occasionally seen on shallow wells near organic soils. Specific resin systems address it.
Order matters. Sediment first, then iron treatment, then softening, then carbon, with the water heater downstream of all of it. An installation in the wrong order fouls its own components, we see this frequently on systems assembled piecemeal over the years.
Orange staining is iron and needs specific equipment.
The cheaper answer
If the goal is drinking water, treat the drinking water
A great many enquiries that begin as whole-house filtration are really about the glass of water at the kitchen sink. Treating every gallon in the house, including the toilets, the laundry and the irrigation, is an expensive way to improve a few gallons a day.
Under-sink cartridge filters. Carbon blocks for taste, odour and chlorine, with a dedicated tap or plumbed to the existing cold. Inexpensive, effective for what they claim, and easy to service.
Reverse osmosis. A membrane system producing very pure water for drinking and cooking, with a small storage tank under the sink. It addresses a much wider range of dissolved contaminants than carbon and it is the right answer where a test has found something specific. It produces some reject water, it needs a drain connection, it reduces mineral content including beneficial minerals, and membranes and pre-filters need periodic replacement. It also lasts considerably longer downstream of a softener.
Refrigerator and ice maker feeds. Easy to include in a point-of-use installation and frequently forgotten.
Certification matters more than marketing. Look for equipment tested to recognised standards for the specific contaminant you are treating. Claims of removing "everything" are not how filtration works.
When whole house is the right call. When the problem damages plumbing and appliances, sediment, iron, hardness, aggressive water, or when the complaint is bathing and laundry rather than drinking. Then it has to be treated at the entry point.
Ownership
What we fit, and what keeps it working
Location. At the entry point, after the main shut-off and pressure regulator, upstream of the water heater. Somewhere with room to swap cartridges and, if a media tank is involved, room to service it.
Bypass and isolation. Every treatment component gets isolating valves and a bypass path. This is what stops a filter fault becoming a house without water, and it is what makes cartridge changes a five-minute job.
Drain connections. Backwashing filters and RO units discharge to drain with an air gap. No cross-connections.
Freeze exposure. Filter housings in garages, well houses and unheated utility rooms freeze and split. Clear plastic housings are particularly vulnerable. See freeze protection.
Cartridge discipline. The single biggest cause of filtration-related service calls is a cartridge nobody has changed. A blocked filter costs you pressure everywhere, and on a sediment-heavy well it can happen in weeks. Pressure gauges and a calendar reminder solve it.
Disinfection after service. Any time equipment is opened, particularly on a well, the system should be flushed and disinfected before normal use.
Retesting. Treatment should be verified. A test after commissioning confirms the equipment is doing what it was bought for, and periodic retesting on a well is sound practice regardless.
Only want better drinking water? That is much cheaper.
How it runs
From a water report to installed treatment
The order of operations is what makes filtration work, and it starts with a result rather than a product.
1. Read the result
Your utility’s annual report or a laboratory test on a well. We look at sediment, hardness, iron, manganese, pH and anything the test flagged, and tell you which of them equipment can address.
2. Design the sequence
Stages chosen and ordered, sediment, iron, softening, carbon, sized for your household flow rather than a catalogue default, with bypass, drain and freeze exposure settled before installation day.
3. Install, verify, hand over the routine
Plumbed in with isolation and gauges, flushed and disinfected, results verified against the original complaint, and the cartridge or media schedule written down so it stays effective.
Coverage
Treatment across Idaho water
Water differs sharply across the state: iron and sediment on wells through the western border communities and rural eastern Idaho, hardness across the Snake Plain and Treasure Valley, chlorine taste on municipal supplies in the larger cities, and surface-influenced sources in the mountain valleys. We size equipment to your local result in all 82 communities we cover.
Questions
Water filtration questions
If the problem is taste, odour or drinking water quality, a point-of-use filter or reverse osmosis unit at the kitchen sink is far cheaper and treats the water you actually drink.
If the problem damages plumbing and appliances, sediment, iron, hardness, or affects bathing and laundry, it has to be treated at the entry point.
No. Hardness is dissolved calcium and magnesium and it passes straight through sediment and carbon filters. Removing it requires ion exchange, which is a softener.
Salt-free conditioners change how the minerals behave without removing them. Filtration and softening are different jobs and a system sold as doing both should be read carefully.
It depends entirely on the water and the cartridge. Sediment cartridges on a clean municipal supply might run six months; on a sandy well the same cartridge can block in three weeks.
Fit pressure gauges either side of the housing, a growing pressure difference tells you when a change is due far more reliably than a calendar. And use a coarse pre-stage so the fine cartridge is not doing all the work.
Yes, with equipment matched to the iron. The right choice depends on concentration, whether the iron is dissolved or already oxidised, and the pH, which is why a test result matters.
Options run from oxidising media filters to aeration systems. A softener handles only small amounts and fouls if asked to do more.
No. The plumber installs and services equipment, and we base recommendations on results from your water provider’s annual report or from an accredited laboratory.
On a private well, periodic laboratory testing is worth doing regardless. Anyone recommending several thousand dollars of equipment on the basis of a tabletop demonstration rather than a test result should be treated with caution.
For drinking and cooking water where a test has found dissolved contaminants, yes, it addresses a much wider range than carbon alone.
It is not a whole-house solution: it produces a limited volume, it discharges reject water, and it needs periodic membrane and pre-filter changes. It also lasts significantly longer if it is fed softened water.
A filter is more likely to be the cause than the cure. A blocked cartridge or an undersized housing restricts flow to the entire house, and it is one of the first things we check on a low-pressure complaint.
Correctly sized housings, staged filtration and a bypass keep the restriction negligible. See water pressure regulator for the wider diagnosis.
First establish whether it is on hot water only. If so, it is a reaction between bacteria and the water heater anode, and changing the anode material with a tank sanitising flush usually solves it.
If it is on hot and cold, it is in the supply, hydrogen sulphide or bacteria, and it is treated with oxidising media or aeration, chosen from a test result. On a well, a bacteria test is the right starting point.
Filter cartridge never changed? That is your pressure problem.
Equipment matched to a measured problem
No demonstrations, no all-purpose miracle cartridges, treatment sized to your test result. Call any hour, anywhere in Idaho.
(833) 472-2088