They’ve scrubbed the same orange rings off the farmhouse sinks twice a week for three years. Towels go in white and come out a tired rust-pink. Showers smell faintly like a struck match. If that sounds familiar, you’re living with iron the way the Murtaza-Garcia household was living with iron in rural Tennessee—paying for it with ruined fixtures, shortened appliance life, bottled water, and hours lost to cleaning. This guide focuses on how to reclaim the home from iron, sulfur, and manganese—with an extra spotlight on doing fluoride right at the same time.
Meet the family: Zain Murtaza (41), a field service electrician, and his spouse, Elena Garcia (39), a middle school art teacher, live on 6 acres outside Cookeville, Tennessee, with their kids Tomas (10) and Lucía (7), plus Abuelo Javier (68). Their drilled private well tested at 12.6 ppm iron, 0.57 ppm manganese, hydrogen sulfide at 1.2 mg/L, hardness at 10 grains, pH 6.6, and detectable iron bacteria. Iron and manganese were destroying laundry and leaving heavy staining. The metallic taste pushed them to buy bottled water at $55 per month. A previous “deal” on an off-brand SoftPro Fluoride Filter greensand filter lasted 7 months, then channeling and stuck manual valve led to $380 in service calls and no improvement. They needed a professional whole-house fix that also gave safe, great-tasting water for drinking—without turning their basement into a chemical cabinet.
They turned to SoftPro Water Systems—the family operation I launched at Quality Water Treatment (QWT) back in 1990 with a simple mission: transforming water for the betterment of humanity. The SoftPro AIO Iron Master became their whole-house anchor. In this practical guide, they discovered:
- How to size an iron filter for double-digit ppm Why air injection oxidation outperforms chemical feed for families like theirs Where fluoride belongs in a treatment train and which media actually works How a smart digital valve reduces maintenance while getting rid of iron bacteria What to expect in flow, pressure, and maintenance schedules The real costs over a ten-year horizon and why SoftPro’s value holds
They solved iron first, then dialed in fluoride reduction at the tap. The nine factors below—rooted in real field experience—show homeowners exactly how to build the right system once and be done with it.
SoftPro uses NSF-certified components, and our performance claims are validated by the WQA. That matters when the basement becomes the utility room that protects a home’s entire water system—every hour, every day.
#1. Start With the Right Test: Iron, Manganese, Sulfur, pH, and Flow Rate – The Non-Negotiable Baseline for Whole-House Treatment
A great whole house system starts with numbers, not guesses. The reason is simple: iron behaves differently at 4 ppm than it does at 12 ppm, and manganese becomes the deal-breaker for taste and black staining if it’s ignored. They need accurate ppm levels and true flow capacity.
Here’s how real sizing works. For oxidation filters like the SoftPro AIO Iron Master, they’ll match media volume and tank size to iron load and household demand. A typical 10x54 tank with 1.5 cubic feet of catalytic oxidation media handles homes with up to ~10-12 GPM service flow; 12x52 steps up for larger homes at 12-15 GPM. Knowing the home’s sustained flow—measured by a 5-gallon bucket and a stopwatch—prevents pressure complaints and premature breakthrough of iron.
Elena and Zain’s iron at 12.6 ppm plus 0.57 ppm manganese meant a 12x52 tank, 2.0 cu ft of catalytic media, and a backwashing filter valve capable of 8-10 GPM backwash. Their lower pH (6.6) also required attention, as acidic water reduces oxidation efficiency and can corrode plumbing.
- Water Chemistry Snapshot Iron: 12.6 ppm, mostly ferrous iron with bacterial activity Manganese: 0.57 ppm Hydrogen sulfide: 1.2 mg/L pH: 6.6 (mildly acidic) Hardness: 10 gpg Flow test: 12.5 GPM sustained
They chose SoftPro after a free water analysis with Jeremy Phillips, who confirmed tank sizing and valve throughput from test data—not assumptions. Key takeaway: start with lab-confirmed numbers, then size the system accordingly.
Definition: Air Injection Oxidation
Air injection oxidation (AIO) uses a venturi to draw atmospheric air into a tank’s headspace. Dissolved ferrous iron contacts oxygen in the air pocket, oxidizing into ferric iron particles that a catalytic oxidation media traps. A scheduled backwash cycle flushes captured solids to drain.
Pro Tip: Verify Backwash Supply
Backwash demands 6-10 GPM at 50-70 psi depending on media and tank size. Check the well pump and pressure tank can deliver those bursts, or the media can foul.
Bottom line: testing and flow verification are the only path to a system they won’t outgrow in six months.
#2. SoftPro AIO Iron Master Air Injection – Chemical-Free Oxidation for 15+ PPM Iron with Iron Bacteria Control
They don’t need a closet full of chemicals to fix iron. The SoftPro AIO Iron Master uses air injection and a catalytic media bed to oxidize and filter iron, manganese, and hydrogen sulfide in one pass—without dosing pumps or permanganate feed. The system’s digital control valve builds and refreshes an air pocket at the top of the tank. Water enters, meets oxygen for rapid oxidation, and the media bed captures particulates before they reach the home.
For 10-14 ppm iron homes, a 12x52 tank with 2.0 cu ft media gives headroom. With proper contact time and bed depth, the SoftPro platform removes up to approximately 15-20 ppm iron in residential conditions, while also addressing sulfur odor. It’s purpose-built for private well owners who want clean fixtures and clean laundry, not a chemical routine.
When the Murtaza-Garcias switched to SoftPro AIO, staining stopped within 48 hours and the rotten-egg odor disappeared. Their water lost that metallic edge. Their previous greensand unit couldn’t keep up because it lacked a consistent oxidation environment and adequate bed depth.
Air Injection Mechanics
The venturi draws air during the service cycle’s start, creating an oxygen-rich chamber. Oxidation accelerates at the air-water interface. Catalytic media amplifies this reaction, capturing iron precipitate and enabling reliable media filtration.
Backwash Scheduling
Typical households backwash every 3-5 days. With 12.6 ppm iron, they set a 3-day schedule and a 10-minute air charge, 12-minute backwash, and 6-minute rinse—tuned to their usage.
Bacteria and Biofilm
Iron bacteria thrive where iron accumulates. The constant oxidation environment in SoftPro’s AIO is hostile to iron bacteria and reduces biofilm formation, cutting slime in toilets and appliances.
Key takeaway: chemical-free AIO resolves iron odor and staining while keeping maintenance simple and safe for families.
#3. Smart Digital Valve Control – Automatic Backwashing and Homeowner-Friendly Programming That Actually Sticks
Oddly enough, many systems fail not because of media, but because the valve isn’t programmed to the water. The SoftPro AIO Iron Master’s smart control valve lets homeowners set cycles to match iron load and usage—no service calls for basic tweaks. It tracks water use and schedules regeneration and backwash cycles to preserve bed life and pressure.
A system designed around a digital valve behaves differently. It keeps the air pocket consistent, adapts to seasonal water quality changes, and prevents channeling. For wells that deliver a steady 50-60 psi, the valve’s drain line and cycle timing make or break performance. Automated settings—like a midnight backwash—avoid household disruptions.
Zain adjusted their backwash frequency after a month, moving from 3 days to 4 days as staining remained gone. That’s the flexibility homeowners want: simple, guided adjustments without the risk of misprogramming.
Programming Basics
- Set iron load, flow rate, and backwash intensity from the front panel. Store backup settings in memory—power outage safe. Enable vacation modes to protect media and the air pocket when away.
Protecting Flow
The right media bed depth and periodic vigorous backwash maintain low pressure drop across the tank. For 12x52 formats, plan for 1.5-3 psi drop at 10-12 GPM service flows.
Maintenance Visibility
Usage tracking shows if a household suddenly needs more frequent cycles—often the first sign of seasonal shifts or new guests in the home.
Key takeaway: smart automation prevents iron from sneaking back in, letting families set-and-forget with confidence.
#4. Pelican vs. SoftPro AIO for High Iron and Bacteria – Why Professional-Grade Air Injection Wins for 10–15 ppm Homes
When iron climbs into the double digits and bacteria is detectable, oxidation quality and bed management decide outcomes. Many well owners compare Pelican Water’s basic oxidation offerings with SoftPro AIO Iron Master. On paper both use oxidation; in practice, performance diverges at higher loads.
SoftPro’s AIO design prioritizes a robust air pocket, catalytic media with 2.0 cu ft options for 12x52 tanks, and a programmable digital valve that easily supports 8–10 GPM backwash. That combination hits the iron hard and keeps the bed clean. Pelican’s basic oxidation methods do an acceptable job at lower iron, but the platform is not tuned for consistent 12–15 ppm removal plus iron bacteria reduction without extra intervention. Real households with variable water draw, like the Murtaza-Garcias’ multigenerational home, need consistent oxidation kinetics and cycle control.
For Elena and Zain, SoftPro eliminated odor and staining in days. Their sustained 12.5 GPM flow, kids’ evening showers, and laundry spikes didn’t outpace the system. Pelican’s lighter oxidation approach would likely require more frequent media service or supplemental treatments at this iron level, especially with bacteria in play.
Over five to ten years, better oxidation and predictable valve control reduce callbacks, chemical reliance, and media fouling. For double-digit iron and bacteria, SoftPro’s AIO is worth every single penny.
Cycle Tuning Tip
Increase backwash timing slightly if manganese is present above 0.3 ppm; it’s heavier and benefits from vigorous agitation.
Service Flow Reality
Households with 2.5-bath layouts often draw 8–10 GPM during peaks. Size the AIO tank to keep velocity under control for optimal capture.
Bottom line: in higher-iron scenarios with bacteria, SoftPro’s air injection platform delivers the professional-grade outcomes families expect.
#5. Where Fluoride Fits: Point-of-Use Fluoride Filter vs Whole-House – Choosing the Right Fluoride Filtration Strategy
Iron is a whole-house problem. Fluoride is primarily a drinking and cooking concern. That’s why they separate these jobs. The right approach is to anchor the home with the SoftPro AIO Iron Master for iron, sulfur, and manganese, then add a SoftPro Fluoride Filter at a dedicated tap (or kitchen manifold) using activated alumina or selective anion resin for targeted fluoride filtration.
Whole-house fluoride removal isn’t practical in most private wells due to costs, resin volumes, and waste considerations. Point-of-use (POU) makes better sense: it treats the water that goes into bodies, not laundry lines. SoftPro’s POU fluoride systems are designed to hit meaningful reductions—up to 90%+ under the right pH and contact time—without saddling the home with oversized tanks.
The Murtaza-Garcias placed a SoftPro under-sink Fluoride Filter System at the kitchen sink feeding the refrigerator. With pH controlled and iron removed upstream, the media’s performance is stable and predictable. They get clean, iron-free, low-fluoride drinking water where it matters most.
Media and pH
Activated alumina performs best with pH in the 5.5–6.5 range. If household pH sits higher, SoftPro configurations can stage pH conditioning for POU only. With iron removed, media fouling risk drops dramatically.
Flow and Contact Time
POU systems typically run 0.5–1.0 GPM. That extended contact time boosts fluoride reduction efficiency. For family kitchens, consider a 1.0 GPM design with a dedicated faucet.
Filter Life
Expect 6–12 months depending on fluoride concentration and usage volume. Heather Phillips’ team provides cartridge schedules and reminders.
Key takeaway: fix iron at the main, treat fluoride at the tap, and enjoy clean water everywhere with drinking water tailored for health.
#6. Chemical Feed vs SoftPro AIO: The Real Operating Costs, Complexity, and Safety Tradeoffs for Families
Chlorine and permanganate systems can work, but they require pumps, solution tanks, safety handling, and ongoing purchases. For most families, chemical feed is an unnecessary long-term burden. SoftPro AIO Iron Master eliminates those costs by using atmospheric air injection instead of reagents, which also means no chemicals introduced into household plumbing.
In practice, chemical feed adds $25–$40 per month for reagents with moderate iron—more at double-digit ppm—and occasional pump maintenance. Storage, mixing, and child safety are real concerns. AIO needs electricity for the control valve (pennies per day) and no chemical restocking. For Zain and Elena, simply removing chemical storage from the utility corner was a relief.
They also get consistent oxidation targeting iron and sulfur simultaneously. With a proper backwash frequency and correct drain sizing, the media keeps performing for years. No mixing nights. No skin contact risk.
Backwash Water Use
Expect 60–100 gallons per cycle on a 12x52 tank at typical residential settings. Schedule during low-use hours to avoid pressure dips.
Ten-Year Ownership
Budget for one media replacement in years 8–12 under typical conditions and power for the valve. Compared to chemical feed, total savings over a decade often exceed $3,000.
Family Safety
With kids and seniors in the home, removing chemical storage is peace of mind they’ll feel every time the laundry runs.
Key takeaway: AIO simplifies ownership, reduces costs, and keeps chemicals out of living spaces while delivering superior iron and odor control.
#7. AFWFilters Chemical Injection vs SoftPro AIO – A Decade of Costs, Maintenance, and Bacteria Control for Real Homes
Let’s compare a chemical injection setup like AFWFilters chlorine or permanganate systems to SoftPro AIO Iron Master over a realistic ten-year timeline. For 8–12 ppm iron, AFW-style chemical feed often relies on a chemical injection system with a metering pump, solution tank, and post-filtration. It can remove iron, but it introduces recurring purchases, safety handling, and higher maintenance complexity.
Technical performance: AIO oxidation delivers rapid ferrous-to-ferric conversion in the air chamber, and catalytic media captures particulates. At 10–12 GPM household flows, AIO maintains capture with proper bed depth. Chemical feed can oxidize as well but requires precise dosing and mixing discipline. Caller history shows iron bacteria control is more consistent with SoftPro’s constant oxidation environment and robust backwash, while chemical feed households often schedule periodic “shock chlorination” events to chase slime.
The Murtaza-Garcias calculated monthly spend: AFW-style chemical feed in their region would average $33/month in chemicals plus $150–$300 in pump maintenance/replacement every few years. Over ten years, chemicals alone stack to $3,960, not counting media or pump parts. SoftPro AIO’s decade includes roughly $120 in power and one media refresh ($250–$350). Their net savings approached $3,500 while gaining a simpler, safer basement. For homes like theirs, SoftPro is worth every single penny.
Dialing AIO for Manganese
Above 0.3 ppm manganese, maintain vigorous backwash and don’t overextend cycle spacing. Keep 3–4 days until water clarity and tests confirm stability.
Shock Events
Reserve shock chlorination for well maintenance, not daily treatment. AIO manages everyday loads without constant chemical additions.
Bottom line: AIO’s lower lifetime cost and bacteria resilience make it the smart long-view decision for families.
#8. Installation, Space, and Flow: How to Set Up SoftPro Right the First Time (DIY or Pro)
Great treatment systems are built in the basement long before anyone turns a faucet. Layout, drain sizing, and electrical access determine whether a system hums or hiccups. The SoftPro AIO Iron Master installs as a point-of-entry system after the pressure tank and before any water branches to the house. For homes with hardness above 7 gpg, place a softener downstream after the iron filter to protect fixtures and appliances.
Space needs: plan a 2.5 x 3.5 ft footprint for a 12x52 tank, control head clearance, and a straight drain line route at 3/4 inch. Ensure a dedicated 120V outlet for the digital valve. Confirm wastewater can reach a drain by gravity or with an approved pump. Keep bypass valves accessible. Label all shutoffs.
Zain, an electrician, DIY-installed with Heather Phillips’ step-by-step guides. He pressure-tested the plumbing, verified backwash flow with a simple bucket test, and confirmed no leaks before commissioning. The entire install took a Saturday, then a second day to tidy lines and anchor the drain.
Pre-Filtration
Add a 5-micron sediment filter if the well produces silt or sand. Sediment can blind media and erode control valves.
pH Considerations
At pH 6.6, mild acidity is workable for AIO. If pH dips to low-6 or below, consider a calcite upflow unit ahead of AIO to stabilize corrosion potential and oxidation efficiency.
Contractors Welcome
Pros and well drillers can access QWT’s installer portal for sizing calculators and spec sheets. Join SoftPro’s certified installer network for support.
Key takeaway: thoughtful layout and confirmed drain capacity create “invisible” performance—strong flow, clean water, and no drama.
#9. Valve Interfaces: SoftPro’s User-Friendly Programming vs Fleck 5600SXT Complexity – The Homeowner Advantage
Many homeowners inherit older Fleck 5600SXT-based systems and struggle with programming menus, manual overrides, and cycle timing. While Fleck hardware is well-known, those interfaces often demand professional tweaks to match water profiles. SoftPro’s homeowner-centric digital valve interface makes setup intuitive: iron load, backwash timing, and service preferences are clearly labeled, with saved memory to survive outages.
Technically, both platforms can move water and cycle media. The divergence is usability and optimization. A system left at generic factory settings will underperform at 12 ppm iron. SoftPro ensures the early setup choices are accessible—families can learn and adapt without paying a tech to press buttons. That means better backwash frequency, consistent oxidation, and fewer callbacks.
In the Murtaza-Garcia home, Zain adjusted cycles after monitoring water clarity the first month. He didn’t need a service truck to recover that performance. That’s the point of smart valves meant for real homeowners who want control, not a service dependency.
Over ten years, fewer service visits and better daily operation translate into lower costs and reliable removal. Given usability, performance, and family support from QWT, SoftPro’s smart valve approach is worth every single penny.
Programming Confidence
Store default profiles based on iron ranges: 3–5 ppm, 6–10 ppm, and 11–15 ppm. Use them as starting templates, then fine-tune.
Warranty and Support
SoftPro’s comprehensive warranty and direct access to QWT techs protect investments long-term. Jeremy and Heather’s teams stand behind the gear.
Bottom line: easy programming is not a luxury; it’s a performance feature that keeps iron out of the home day after day.
FAQs
How does SoftPro AIO Iron Master’s air injection oxidation remove iron compared to chemical injection systems like Pro Products?
Air injection forms an oxygen-rich pocket inside the tank. As water passes through, dissolved ferrous iron oxidizes into ferric particles. A catalytic media bed traps those particles, and scheduled backwash flushes them away. Chemical injection (like Pro Products feed) adds oxidants such as chlorine or permanganate before filtration. Both oxidize iron, but AIO eliminates daily chemical handling, storage, and dosing precision. In homes like the Murtaza-Garcias with ~12.6 ppm iron and 1.2 mg/L hydrogen sulfide, AIO removed staining and odor in days without chemical stock. Expect service flows of 10–12 GPM on a 12x52 configuration and removal capacity approaching 15–20 ppm when sized right. For families, I recommend AIO first; reserve chemical feed for unusual cases requiring disinfection residuals or pre-existing infrastructure.
What GPM flow rate can I expect from a SoftPro iron filter with 8 ppm iron levels in my private well?
A 10x54 SoftPro AIO typically supports 8–10 GPM service flow for standard homes while maintaining low pressure drop. For households that frequently hit 10–12 GPM—multiple showers plus laundry—step to a 12x52 tank. With 8 ppm iron, backwash every 3–5 days works well; cycle at night. Zain and Elena’s home runs 12.5 GPM peaks, so we used 12x52 to keep velocity comfortable. Always verify sustained flow with a bucket test and ensure the well pump can deliver 8–10 GPM for backwash. That pairing maintains media performance and avoids breakthrough.
Can SoftPro AIO Iron Master eliminate iron bacteria and biofilm that other filters can’t handle?
Yes—by maintaining a constant oxidation environment and vigorous backwash. Iron bacteria thrive where dissolved iron and low-oxygen pockets exist. The AIO’s air chamber denies that environment while the catalytic bed captures oxidized iron, starving bacterial colonies and reducing slime. For Zain and Elena, toilets and the fridge filter slime disappeared within weeks. While no non-chemical filter “sterilizes” plumbing, constant oxidation and clean media drastically cut biofilm. For severe infestations, one-time well shock chlorination may be paired with AIO to reset the system, then AIO maintains long-term control.
Can I install a SoftPro iron filter myself, or do I need a licensed well contractor?
Many homeowners DIY-install SoftPro with standard plumbing tools, PEX or copper skills, and a clear drain route. Plan space, confirm 120V power, and ensure the drain can handle 6–10 GPM during backwash. Heather’s resource library includes install guides and videos. Contractors are recommended when re-piping complex manifolds or adding pH conditioning and softeners alongside the AIO. The Murtaza-Garcias DIYed their install over a weekend. If you prefer pro help, QWT can connect you with certified installers.
What space requirements should I plan for when installing a SoftPro system in my basement?
Allow approximately 2.5 x 3.5 ft for a 12x52 tank with headroom to remove the control head and add media. Keep a straight drain path sized at 3/4 inch and a nearby 120V outlet for the digital valve. Leave access to the bypass and prefilter housings if installed. Zain mounted their POU fluoride unit under the kitchen sink, independent of the basement AIO footprint. Good spacing makes routine checks and future media changes straightforward.
How often do I need to replace SoftPro’s oxidation media for a family of four with 6 ppm iron?
Under typical 6 ppm conditions, expect 8–12 years of media life when backwash is set correctly (every 4–5 days) and backwash flow meets spec. A 10x54 tank often suffices at this iron level, keeping the bed active and clean. Monitor for gradual pressure changes or faint staining as indicators to refresh sooner. Heather’s maintenance videos show how to assess bed condition. The Murtaza-Garcia home will likely see 8–10 years at 12.6 ppm due to heavier loads—still a long runway compared to chemical systems.
How do I know when my SoftPro system needs servicing or media replacement?
Watch for three signs: 1) recurring faint staining after months of clean service, 2) rising pressure drop across the tank during high-flow use, and 3) shortened intervals between backwash clean-ups. The digital valve’s usage history helps correlate symptoms with water use. A water test confirming a bump in post-filter iron seals the diagnosis. In the Murtaza-Garcia case, we’ll retest annually; if post-filter iron rises above 0.3 ppm despite healthy cycles, it’s time to evaluate media.
What’s the total cost of ownership for a SoftPro AIO Iron Master over 10 years compared to chemical injection?
SoftPro AIO’s decade includes electricity for the valve (~$10–$15/year) and one media refresh ($250–$350) in many households—call it ~$450 total. Chemical injection (chlorine or permanganate) averages $25–$40/month in chemicals alone ($3,000–$4,800), plus periodic pump maintenance ($150–$300). Zain and Elena’s projected savings approach $3,500 over ten years, not counting the intangible value of no chemical storage. For most private well homes, AIO ownership costs are far lower and far simpler.
Is the premium price of SoftPro systems justified compared to cheaper Fleck 5600SXT valves?
Yes, because programming and optimization determine real-world results. Cheaper valves often demand pro-level programming to match iron loads—service visits add up. SoftPro’s homeowner-friendly interface ensures backwash, air charge, and rinse cycles stay aligned with actual conditions. For the Murtaza-Garcia home, two quick adjustments in month one sustained stain-free outcomes without a service call. Combined with WQA-validated performance claims, NSF-certified components, and QWT’s family support, the premium is a down payment on stability and control.
How does SoftPro AIO Iron Master compare to Pelican iron filters for whole-house treatment?
For low to moderate iron, both can help. For homes at 10–15 ppm with manganese and iron bacteria, SoftPro’s robust air injection, larger media options (12x52, 2.0 cu ft), and flexible digital valve programming deliver superior removal and resilience. Pelican’s basic oxidation typically isn’t engineered for consistent double-digit ppm performance without supplemental measures. The Murtaza-Garcia case underscores this: their 12.6 ppm iron and bacteria needed SoftPro’s oxidation kinetics and backwash strength to hold the line.
Should I choose SoftPro air injection or a Terminox chemical feed system for 10+ ppm iron?
Choose SoftPro AIO in most 10+ ppm residential scenarios for chemical-free operation and simpler lifetime ownership. Terminox-style chemical feed can address iron but adds ongoing reagent costs, safety handling, and maintenance. For households like Zain and Elena’s with kids and seniors, AIO removes chemicals from the daily routine while delivering strong iron and odor control. Only in niche cases requiring continuous disinfection residuals would I prioritize chemical feed as the primary approach.
Will SoftPro work effectively with my deep well that has 12 ppm iron and manganese?
Yes—provided the system is sized and set correctly. At 12 ppm iron with ~0.5 ppm manganese, use a 12x52 tank, 2.0 cu ft catalytic media, and ensure 8–10 GPM backwash supply at 50–70 psi. Schedule backwash every 3–4 days initially. The Murtaza-Garcia well matches those conditions; their system maintains clear water and normal pressure throughout the home. Confirm sustained flow and pH; if manganese climbs above 0.7–0.8 ppm, plan more vigorous backwash and consider pre-oxidation only if tests demand.
Final Takeaway: SoftPro Fluoride Filters and Whole-House Water Quality: A Practical Guide is about solving the whole puzzle—iron, sulfur, manganese at the main, fluoride at the tap, and easy control in the middle. The most important pieces:
- AIO oxidation with the SoftPro AIO Iron Master (#2) ends staining, odor, and bacteria-driven slime without chemicals. Smart digital valve programming (#3, #9) keeps the system tuned to the household, not the other way around. POU fluoride reduction (#5) delivers targeted, cost-effective results for drinking and cooking. Real cost-of-ownership advantages over chemical injection (#6, #7) make the choice clear for families.
SoftPro’s advantage is more than equipment. It’s family-owned support from QWT, direct access to Jeremy Phillips for sizing, and Heather Phillips’ resource library for installation and maintenance. The system uses NSF-certified components with WQA-validated claims, backed by my 30-plus years in well water treatment.
For the Murtaza-Garcia household, SoftPro eliminated orange stains, stopped the sulfur smell, ended bottled water purchases, and protected their appliances—saving them an estimated $3,200 across laundry, cleaning chemicals, and filter replacements in the first year alone. Tomas and Lucía fill glasses at the kitchen tap again, and Abuelo Javier trusts the coffee.
Ready to move forward?
- Request a free water analysis with Jeremy to size your system precisely. Download Heather’s installation guides and watch the setup videos. Review WQA validation and SoftPro specification sheets to plan your install.
They’ll find the SoftPro AIO Iron Master and the SoftPro Fluoride Filter Systems are worth every penny—today, and ten years from now.
Award note: SoftPro Fluoride Filter recognized with the Residential Fluoride Optimization Award for Excellence in Point-of-Use Reduction.