Best Iron Filter for Odor-Free Water: SoftPro Insights

They walk into a laundry room that smells like a coin jar and rotten eggs. The whites aren’t white anymore; they’re salmon-colored. The dishwasher is rust-streaked, the toilets are ringed orange and black, and the tap water has that metallic bite nobody forgets. That’s the reality the Nnaji family faced last fall in rural Knox County, Ohio—until they put the right iron https://www.softprowatersystems.com/pages/typical-lifespan-of-iron-filter-typical https://www.softprowatersystems.com/pages/typical-lifespan-of-iron-filter-typical filter on their private well.

Adaeze Nnaji (39), a hospital pharmacist, and her husband, Kelechi (41), a mechanical contractor, live on 6.5 acres outside Fredericktown with their kids—Chima (12) and Zuri (8). Their drilled well tested at 12.8 ppm iron plus 0.7 ppm manganese and 1.1 ppm hydrogen sulfide. They also had iron bacteria slime building in the toilet tanks and a pH of 7.1—so not acidic, just overwhelmed by metals. After a $1,100 big-box “iron filter” failed in six months and a DIY chlorine shock only made the odor worse, they were staring at $3,200 in potential appliance replacements and constant embarrassment when guests visited.

They needed the best iron filter for odor-free water—immediately. SoftPro AIO Iron Master changed the trajectory for them, and this numbered guide explains why. These seven factors cover technology, sizing, bacteria control, costs, installation, and real comparisons to the systems they considered but wisely skipped. Quality Water Treatment (QWT), the family-led company founded in 1990 by Craig “The Water Guy” Phillips, backs SoftPro with NSF-certified components, WQA validation, and live support driven by genuine care—not pressure. This list matters because misjudging just one of these factors can leave a home stuck with stains, odors, and spiraling costs.

Ready to stop the stains and the smell? Start with factor #1, then carry those insights through the rest. They work together—and they work in the real world.
#1. SoftPro AIO Iron Master Air Injection Oxidation – Chemical-Free Removal of Ferrous, Ferric, and H2S for Private Well Owners
When iron stains and sulfur odor collide, there’s only one reliable path: convert dissolved metals and gas into solids, then capture them—without feeding chemicals into the home. That’s what the SoftPro AIO Iron Master does first time, every time.

SoftPro employs air injection oxidation (AIO) with a precision venturi injector to draw atmospheric air into the top of the media tank, creating an oxidation chamber. As water passes through, dissolved ferrous iron oxidizes into ferric iron particles, and hydrogen sulfide oxidizes to elemental sulfur, both filtered by a deep oxidation media bed (commonly Katalox Light depending on application). A programmed digital valve manages the service cycle and initiates a periodic backwash cycle to scour and reclassify the bed, expelling captured contaminants to drain. With proper sizing and flow, SoftPro reliably handles 15–20 ppm iron, up to 1–2 ppm manganese, and significant sulfur odor—chemical-free.

The Nnajis saw a measurable turnaround in 72 hours. Orange rings faded, the metallic taste disappeared, and the sulfur smell stopped cold. Their SoftPro AIO Iron Master replaced the “mystery” big-box unit that never controlled odor and barely touched staining.
How Air Injection Oxidation Works in Real Water
Air injection oxidation is the controlled exposure of well water to atmospheric oxygen inside the tank. Oxygen triggers a natural oxidation-reduction reaction that converts soluble metals and gas into insoluble forms. After this contact time, the catalytic media accelerates conversion and traps solids. Result: clean, clear water at every tap with no chlorine feed and no potassium permanganate. It’s safer for families and kinder to plumbing.
Bed Depth, Flow Rate, and Backwash—Why They Matter
A stable media bed depth (typically 24–30 inches for residential) and adequate flow are critical for consistent removal and long media life. Backwash rates must achieve the manufacturer’s expansion spec (often 10–12 GPM for 12x52 tanks with Katalox Light) to fully lift and clean the bed. Undersized backwash leads to iron fouling; SoftPro’s valve programming ensures proper frequency and duration based on your water analysis.
Control Valve Intelligence: Comfort and Capacity
SoftPro’s programmable digital valve adapts to household usage. It meters water, tracks days-in-service, and uses targeted backwash to conserve water while maintaining performance. The smart controller safeguards flow during peak household demand and automates maintenance that older mechanical heads simply can’t match.

Key takeaway: Air injection plus catalytic media is the safest, most effective way to eliminate stains and odor at their source—no chemicals, no compromises.
#2. Correct Sizing and GPM Matching – SoftPro’s Media Tank, Backwash Requirements, and Craig Phillips’ Sizing Protocol
Most iron systems “fail” not because the technology is wrong, but because the system is undersized for the water chemistry or starved of backwash. Size it right, and iron stops being the house bully.

Sizing revolves around three numbers: peak household flow rate (GPM), contaminant levels (ppm), and backwash capacity. The SoftPro AIO Iron Master commonly uses a 10x54 or 12x52 media tank for whole-house applications. A 12x52 (2.0 cubic feet media) is typical for 10–12 ppm iron with moderate sulfur and manganese, requiring about 10–12 GPM backwash. Households with 1-inch plumbing and a strong well pump meet this easily; a weak pump or tiny pressure tank won’t.

The Nnajis’ submersible pump produced 12.5 GPM at the hose bib with stable pressure—perfect for a 12x52 configuration. Their iron at 12.8 ppm and H2S around 1.1 ppm made the larger tank essential. Oversizing the bed guaranteed longer contact time and headroom for seasonal swings.
Craig’s Water Analysis Protocol
SoftPro’s team requests a full well water testing panel: iron (ferrous/ferric), manganese, sulfur, pH, TDS, and hardness. The result isn’t a guess; it’s a spec. This data informs tank size, media volume, and backwash cycle frequency. If the pump can’t support the necessary backwash, Craig’s team recommends pump upgrades or staged systems. That honesty prevents expensive do-overs.
Peak Demand vs. Bed Contact Time
A large family showering and laundry cycling at once demand resilience. Tank diameter and media volume control “empty bed contact time.” More time equals more oxidation and capture. Going too small leads to breakthrough—stains return mid-shower. SoftPro configurations aim for effortless performance during 8–12 GPM household peaks.
When to Add Pre-Filtration
Heavy sediment knocks the legs out from under any iron system. A simple sediment filter (5-micron pleated) upstream of SoftPro keeps fines from clogging the bed and the distribution tube. It’s inexpensive insurance that pays back in media longevity.

Key takeaway: Proper sizing is performance. Request a free analysis with Jeremy Phillips to lock in the right configuration the first time.
#3. Chemical-Free Operation vs. Chemical Injection – Why SoftPro Eliminates $3,000–$4,600 in 10-Year Costs Many Homeowners Don’t See Coming
Families ask: Is going chemical-free truly safer and cheaper? The answer is yes—on both counts. SoftPro’s AIO design removes the chemical feed budget, storage hassles, and residual taste risks outright.

SoftPro’s AIO uses air, not oxidizers, to convert iron and sulfur. There’s no chlorine contact tank, no metering pump, no potassium permanganate, and no chemical handling around kids. For households like the Nnajis, that meant immediately cutting a projected $35/month oxidizer spend and ditching the “chemical shelf” in the basement.

Now, the comparison that matters:

SoftPro AIO vs. AFWFilters Chemical Injection (Detailed Comparison) Chemical injection systems from brands like AFWFilters oxidize with chlorine or potassium permanganate and then require an additional backwashing filter (media such as Greensand Plus or Birm) to capture precipitated iron. Technically, they can manage high iron, but they demand constant chemical purchases ($25–$40/month for 6–10 ppm iron), periodic pump tube replacements, and safety protocols for storage and handling. Backwash frequency can be similar to AIO, but there’s added time calibrating dosing rates and maintaining injectors. In a real-world home like the Nnajis—12.8 ppm iron with iron bacteria—SoftPro’s air injection converted and captured without putting chemicals into their household water, and without the extra system footprint. Over 10 years, AFW-style chemical systems often tally $3,000–$4,800 in consumables alone, plus pump maintenance. SoftPro’s operating costs: minimal electricity for the controller and a single media replacement around years 8–12. That delta isn’t trivial; it buys peace of mind and avoids chemical taste complaints. Value-for-value, SoftPro’s chemical-free operation is worth every single penny.
Safety in a Household Environment
Accidental chlorine overdosing or permanganate mishandling isn’t hypothetical—it’s in the service logs. Removing chemicals from the home’s treatment train eliminates that risk altogether. For parents, that matters.
Operational Simplicity That Sticks
The SoftPro controller automates cycles. Homeowners check a display, not a dosing rate. There’s no “is the pump primed?” anxiety when they return from vacation.

Key takeaway: Fewer moving parts, zero chemical costs, no feed mistakes—SoftPro makes iron removal safer and measurably more affordable.
#4. Smart Valve Automation and Iron Bacteria Control – SoftPro’s Digital Valve vs. Manual Programming Headaches
Can a control valve really affect iron bacteria and biofilm outcomes? Absolutely. The frequency and power of backwash—and an oxygen-rich tank headspace—discourage bacterial slime where simpler heads struggle.

SoftPro’s digital valve executes precise, timed backwash cycles that expand the media bed, strip trapped iron, and purge anaerobic pockets that promote iron bacteria. The AIO headspace maintains an oxidizing environment inside the tank—hostile to bacteria and biofilm. With the right schedule, slime formation drops off dramatically.

The Nnajis’ toilet tank slime vanished within two weeks as the SoftPro AIO reconditioned the plumbing. Notably, they didn’t shock-chlorinate; the filter’s oxygen-rich environment and high-energy backwash handled it.

SoftPro’s Smart Automation vs. Fleck 5600SXT Programming (Detailed Comparison) Many homeowners know the Fleck 5600SXT—a solid, time-tested platform. Yet it often requires advanced programming to fine-tune for complex iron water, especially with bacteria present. Without a professional’s touch, users may under-backwash or mis-time cycles, leading to fouling and odor resurgence. SoftPro’s interface simplifies critical settings—backwash duration, fast rinse, air-draw timing—based on Craig’s well water profiles. It also offers user-friendly adjustments if water usage changes, such as hosting guests or seasonal irrigation. The Nnajis appreciated changing a single cycle start time for quiet hours—no tech call. In performance terms, both valves can move water; SoftPro’s advantage is in accessible control of the AIO process, getting more consistent iron bacteria suppression in the field. Across five to ten years, fewer callbacks, less fouling, and fewer service visits make the SoftPro platform worth every single penny.
Optimized Air-Draw and Rinse
The air-draw portion recharges the oxidation chamber. SoftPro’s controller balances draw length and restore sequences to maintain strong headspace oxygen while minimizing water use. Result: reliable oxidation without waste.
Biofilm Break Cycle
For heavy slime cases, Jeremy Phillips’ team recommends a brief series of intensified backwashes to reset the media. SoftPro’s controller enables that protocol easily, no pro laptop required.

Key takeaway: The control valve is the brain. When it’s smart and simple to use, iron removal and bacteria suppression stay locked in.
#5. Performance You Can Measure – NSF/WQA-Backed Components, Real Flow Rates, and Media Life You Can Plan Around
Promises are cheap; proof isn’t. SoftPro AIO Iron Master relies on NSF International-certified structural components and WQA-validated performance claims to anchor expectations in real data.

A well-sized SoftPro system supports typical household flow rate needs (8–12 GPM) with modest pressure drop, while maintaining oxidation conversion and capture during peak usage. Over time, the catalytic oxidation media maintains its activity, with service life in the 8–12 year range under normal conditions. Backwash water usage is controlled by the programmed schedule, not guesswork.

The Nnajis’ 12x52 configuration delivers 10–11 GPM showers with stable pressure, odor-free and crystal clear. Their digital valve shows total gallons treated, making performance transparent.
What the Certifications Mean in the Real World
NSF/ANSI component certifications confirm material safety and structural integrity—no weak tanks, no subpar plastics. WQA validation supports real-world claims for iron, manganese, and H2S removal when the system is sized and installed according to protocol. It’s the difference between “advertised” and “proven.”
Media Life and Replacement Planning
For families averaging 300 gallons/day with 8–12 ppm iron, media replacement every 8–12 years is typical. Homes at 15+ ppm iron may see the low end of that range. Media costs generally run a few hundred dollars—not thousands—and can be DIY with guidance.
Tracking Performance with On-Board Data
SoftPro’s controller tracks gallons and days since last cycle. Those numbers, matched to water test results, guide optimization. If iron creeps up seasonally, Heather Phillips’ tech team can help tweak cycles.

Key takeaway: Tested components, real data, predictable service life—this is how confidence in a whole-house iron filter is earned.
#6. Installation Clarity and Contractor Confidence – DIY-Friendly Setup, Professional Support, and Real-World Fit in Tight Basements
Can a homeowner install a professional-grade iron filter responsibly? Yes—when instructions are clear, parts align with standard plumbing, and help is one call away.

SoftPro AIO Iron Master arrives pre-assembled with the bypass valve, riser, and media configured to spec. Typical 3/4-inch or 1-inch plumbing ties in easily, and the electrical requirement is a standard 120V outlet for the controller (low draw). A properly sized drain line to a suitable discharge point is essential for backwash. Space-wise, a 12x52 tank stands about 60–62 inches tall; plan vertical clearance for the valve head and lateral space for service.

Kelechi installed their SoftPro system in an afternoon. He used PEX with crimp fittings, set the drain line with an air gap to a floor drain, and followed Heather’s video guide for programming.
Heather’s Resource Library
Step-by-step installation guides, quick-start videos, valve programming walkthroughs, and maintenance clips live in QWT’s support library. They’re designed for homeowners and contractors alike—no jargon-only manuals.
When Contractors Want Predictable Results
Plumbers and well contractors appreciate equipment that doesn’t generate callbacks. SoftPro’s predictable backwash specs, clear valve menus, and dependable pressure performance make it a field favorite. QWT’s installer network and phone support shorten learning curves.
Pre-Flight Checklist Before You Cut Pipe Confirm backwash flow with a bucket test at a hose bib Verify drain route capacity and air gap Install a 5-micron sediment prefilter if turbidity is present Program valve times to avoid overnight noise near bedrooms
Key takeaway: Whether DIY or pro-installed, the path is straightforward—clarity, compatibility, and real support reduce risk and get results faster.
#7. Cost of Ownership and Warranty Confidence – Why SoftPro’s Long-Term Value Outlasts Basic Oxidation Brands
Initial price tags don’t tell the full story; the decade-long ownership number does. SoftPro’s chemical-free design, resistant media, and automated valve make the total cost lower than many “cheaper” competitors.

Typical SoftPro AIO Iron Master packages range well under branded dealer-installed prices, with operating costs measured in pocket-change electricity. Media replacement happens once per decade in most homes. QWT backs the system with a comprehensive warranty—tank and valve coverage that means something because a family business stands behind it.

Now the comparison many shoppers ask for:

SoftPro AIO vs. Pelican Whole-House Iron Filters (Detailed Comparison) While Pelican Water offers “basic oxidation” solutions, they often rely on simpler aeration strategies or require add-on stages to approach higher iron thresholds. In real numbers, Pelican’s more basic oxidation setups are comfortable at modest iron levels but tend to stall as iron climbs near 10–12 ppm, and hydrogen sulfide becomes persistent. The SoftPro AIO Iron Master is engineered to handle iron in the 15–20 ppm range, plus manganese and H2S, in a single, whole house system using a controlled in-tank air chamber and catalytic bed with robust backwashing filter sequences. For the Nnajis’ 12.8 ppm iron and 1.1 ppm H2S, SoftPro delivered quantifiable removal without chemical feed or multiple stacked units. Over 5–10 years, Pelican owners may face incremental upgrades, media swaps, or performance plateaus that stack costs. SoftPro’s smart valve programming and media life expectancy (8–12 years) keep expenses predictable, with minimal maintenance and strong odor suppression. For homeowners dealing with medium to high iron and the dreaded rotten-egg smell, the SoftPro approach is worth every single penny.
Warranty with Accountability
Warranty coverage is only as good as the people behind it. QWT’s 30+ year reputation, led by Craig Phillips, means actual answers and parts when they’re needed—not phone trees and deflection.
ROI That Shows Up on the Ledger
When stains vanish, cleaning supply purchases drop. When water heaters and dishwashers stop fouling, service calls and early replacements are avoided. The Nnajis estimate $400/year saved in cleaning and appliance wear—money they now keep.

Key takeaway: Over a decade, SoftPro’s ownership cost remains flat and fair—because the system performs and the warranty is real.
FAQ: Expert Answers from Craig “The Water Guy” Phillips
How does SoftPro AIO Iron Master’s air injection oxidation remove iron compared to chemical injection systems like Pro Products?
SoftPro uses in-tank air contact to oxidize dissolved iron and hydrogen sulfide, then traps the resulting particles in a catalytic media bed. Chemical injection (e.g., Pro Products with chlorine) doses oxidizers into the line and often needs additional tanks. In practice, SoftPro’s air injection requires no chemical storage, no dosing pumps, and no residual taste concerns. For the Nnajis at 12.8 ppm iron and 1.1 ppm H2S, SoftPro’s AIO converted and captured contaminants without feeding chemicals into their water. Performance remains stable as long as backwash specs are met—typically 10–12 GPM for a 12x52 tank. Media life runs 8–12 years. Chemical injection can be effective but adds $300–$500 annually in consumables and maintenance. When possible, I recommend SoftPro’s chemical-free path for families wanting safety, simplicity, and long-term savings.
What GPM flow rate can I expect from a SoftPro iron filter with 8 ppm iron levels in my private well?
In a standard 12x52 SoftPro AIO setup, most homes maintain 8–12 GPM service flow with minimal pressure drop, even at 8 ppm iron. Flow capacity depends on plumbing diameter, pump iron filter https://www.softprowatersystems.com/pages/homeowners-beware-iron-filter-downsides-limitations-rust-stains output, and media selection. For the Nnajis’ 1-inch plumbing and robust pump, showers at 10–11 GPM held strong. If your well pump can’t meet the required backwash flow (often 10–12 GPM for Katalox Light), we’ll size the tank accordingly or suggest pump/pressure upgrades. The goal is stable service flow during peaks—laundry plus showers—without breakthrough. SoftPro’s controller uses time-based and volume-based logic to keep the bed conditioned so you don’t see stains mid-shower.
Can SoftPro AIO Iron Master eliminate iron bacteria and biofilm that other filters can’t handle?
Yes, in many cases. The in-tank air pocket creates an oxidizing environment hostile to iron bacteria, and vigorous, scheduled backwashes disrupt slime layers. Over 10–14 days, many homes see biofilm recede. The Nnajis’ toilet tank slime disappeared by week two with no chemical shock. For severe infestations or neglected systems, I may advise an initial shock chlorination to reset plumbing, then rely on SoftPro’s oxygenated environment and programmed backwash to prevent relapse. System setup and cycle timing matter—our team walks you through optimizing for bacteria suppression.
Can I install a SoftPro iron filter myself, or do I need a licensed well contractor?
Many homeowners install SoftPro themselves, especially those comfortable with basic plumbing. The system includes a bypass valve, standard plumbing connections, and a controller that’s simple to program. You’ll need a proper drain route with an air gap and an outlet for the valve. Kelechi Nnaji completed a clean install in one afternoon using PEX and Heather’s step-by-step video. If your basement or crawlspace layout is tight, or your pump/pressure situation iron filter for well water https://www.softprowatersystems.com/pages/filter-cartridge-mistakes-maintenance-iron-filter is complex, a local contractor may be a smart choice. Either way, QWT provides phone support and installation guides to keep you on track.
What space requirements should I plan for when installing a SoftPro system in my basement?
Expect about 10–12 square feet for a 12x52 tank plus service clearance. Height to the valve head lands around 60–62 inches; plan a few inches overhead for connections. You’ll also need wall space for a sediment prefilter (if used) and a clear route to a drain. The controller plugs into a standard 120V outlet. The Nnajis placed their tank near the pressure tank, left 12 inches on one side for service, and routed the drain to a floor drain with an air gap. Simple and serviceable wins the day.
How often do I need to replace SoftPro’s oxidation media for a family of four with 6 ppm iron?
Under typical use—300–400 gallons per day with 6 ppm iron—the catalytic media can last 10–12 years. At higher iron (10–15 ppm), expect closer to 8–10 years. Proper backwash is key to longevity; a clogged or underperforming drain will shorten life. The Nnajis (12.8 ppm) are tracking for media replacement around year nine or ten based on their usage and controller data. Media replacement is straightforward: depressurize, remove the valve, vacuum old media, refill, and reprogram. Our team provides instructions and can ship the correct media kit.
How do I know when my SoftPro system needs servicing or media replacement?
Watch for early signs: faint rust stains returning, slight sulfur hints after long showers, or a drop in service flow indicating fouling. The controller’s gallon counter and days-in-service help correlate symptoms to cycles. If iron levels in tap samples start to climb a few tenths of a ppm after months of great performance, media may be nearing exhaustion. We recommend annual spot tests and a quick settings review. If needed, Heather’s tech support will help you adjust cycle times or schedule media replacement.
What’s the total cost of ownership for a SoftPro AIO Iron Master over 10 years compared to chemical injection?
SoftPro’s 10-year costs typically include electricity for the valve (under $15/year in most markets) and one media replacement ($250–$400 depending on tank size). That’s often $350–$550 total, plus occasional prefilter cartridges. Chemical injection systems add $300–$500 per year in oxidizers and maintenance, plus injector parts and, in many cases, a separate backwashing media tank. Over a decade, we regularly see $3,000–$4,800 in consumables for chemical feed systems. The Nnajis avoided that entire expense profile by going with SoftPro’s chemical-free design—savings they can quantify and trust. backwashing iron filter for well water https://www.softprowatersystems.com/pages/why-tds-meter-reading-could-be-lying-about-iron-contamination
Is the premium price of SoftPro systems justified compared to cheaper Fleck 5600SXT valves?
When you’re treating high iron, manganese, and sulfur, “cheap” gets expensive fast. The Fleck 5600SXT is a reliable valve, but programming for AIO performance and bacteria suppression can be tricky for non-pros. Mis-programmed backwash leads to fouling, odors, and callbacks. SoftPro’s user-friendly controller, air-draw management, and field-tested cycle presets align to the chemistry you have—not a generic guess. The Nnajis’ SoftPro setup has required zero service visits and no reprogramming confusion. Measured over 5–10 years, that stability is exactly why the SoftPro platform earns its premium.
How does SoftPro AIO Iron Master compare to Pelican iron filters for whole-house treatment?
For mild iron and no odor, Pelican can be adequate. But when iron approaches double-digits or sulfur creeps in, SoftPro’s in-tank air chamber and catalytic bed outperform. At 12.8 ppm iron and 1.1 ppm H2S, the Nnajis needed the SoftPro AIO Iron Master to guarantee oxidation and capture without stacking systems or adding chemicals. If you’re managing 10+ ppm iron, manganese, and sulfur together, SoftPro’s design gives you room to breathe—and a single solution.
Should I choose SoftPro air injection or a Terminox chemical feed system for 10+ ppm iron?
For 10+ ppm iron with odor, I recommend air injection first—if your pump can support the required backwash. Terminox and similar chemical feed strategies can work, but they bring ongoing costs and complexity. The SoftPro AIO Iron Master eliminates chemical handling, integrates oxidation and filtration in one tank, and simplifies long-term ownership. For the Nnajis, AIO was the right call—powerful, quiet, and clean.
Will SoftPro work effectively with my deep well that has 12 ppm iron and manganese?
Yes—provided we size correctly and confirm backwash flow. At 12 ppm combined iron/manganese, we typically recommend a 12x52 bed with Katalox Light and ensure your well pump can deliver 10–12 GPM to backwash. The Nnajis’ deep well and submersible pump were a perfect match. Where pumps are marginal, we’ll adjust tank size or advise pump upgrades. The end goal is stable performance without chemical feeds. Final Takeaway: The Best Iron Filter for Odor-Free Water—Built on Air, Intelligence, and Family Accountability
Here’s what separates SoftPro AIO Iron Master from the crowded field: a chemical-free air injection engine that tames 15–20 ppm iron and real H2S odor; a digital valve that makes programming simple and bacteria suppression routine; and a sizing protocol that respects your well’s actual GPM and chemistry. Add NSF/WQA confidence, decade-long oxidation media life, and a warranty backed by a family that puts their name on the line.

For the Nnajis, that meant stains gone, sulfur odor erased, and $3,000+ in avoided chemical and appliance costs—plus the quiet relief of water that just tastes right. Their laundry is white again, the dishwasher runs clean, and guests never mention the water—because there’s nothing to notice.

Next steps:
Request a free water analysis with Jeremy Phillips to size your system precisely. Review Heather’s installation resources if you’re considering DIY. Lean on QWT’s technical support for cycle tuning and seasonal check-ins.
Over ten years, SoftPro AIO Iron Master doesn’t just outlast lesser options—it outvalues them. For homeowners who want clean, odor-free water and predictable ownership, SoftPro is worth every single penny.