Water spitting from the backflow device? A cracked body after a freeze? We repair or replace the parts and explain what to do about testing.
Wondering what backflow preventer repair costs?
Fast, easy estimate
Look for water spraying or dripping from the device, cracks in the brass or plastic, or no pressure to the zones.
Yes. We look at your backflow preventer repair problem and explain the fix and what it involves before you decide.
We work in Midland, Greenwood, Stanton and nearby Midland County. Call or send the form and we'll get back to you to schedule.
A backflow preventer sits above ground, often against the house, which is exactly where a hard freeze hits hardest. Water trapped inside expands and cracks the body or the internal parts, and the damage can stay hidden until the system is turned on in spring. Winter Storm Uri in February 2021 showed how many homes were caught out.
The device protects the drinking water supply by stopping irrigation water flowing backward into it. Because it matters to the whole system, repair isn't just plumbing: Texas rules treat the device as part of the system and generally require a licensed tester to test it. We explain what applies and where to go for the city's requirements.
Texas requires irrigation work to be performed by or under a TCEQ-licensed irrigator.
A crack in the body or a failed seal lets water spit out when the system is on.
A slow drip can be a worn seal or a hairline crack that grows with each freeze.
Splits in the brass or plastic often come from freezing and shouldn't be ignored.
If zones barely run once you open the supply, the device may be failing or the supply valve may be partly closed.
A torn cover leaves the device exposed, which makes the next freeze harder on it.
If you don't know when yours was last checked, it may be time to find out.
We close the supply, then look at the body, the unions and the seals to see what failed.
A seal kit may be enough. A cracked body generally means a new device, and we explain the difference.
We do the repair or install a new assembly, keeping the pipework neat and the device serviceable.
We bring the system up slowly to check for leaks, then run the zones to confirm normal pressure.
Repair and testing are different jobs. Testing checks that the device works as designed, and in Texas it's done by a licensed backflow tester. The City of Midland runs a backflow prevention program, and its site says test reports go in through an online system. We link to the city's page so you can check the rules that apply to you.
Protecting the device helps too. An insulated cover, a drained system before a hard freeze and a clear spot around the assembly all lower the chance of damage. Our checkup visit covers those steps.
Most freeze damage is avoidable. Before a hard freeze, shut off the irrigation supply, drain the device if it's designed to be drained and cover it with an insulated bag or a cover made for the purpose. Leave the cover loose enough to let moisture escape.
If you aren't sure how your device is set up, ask us. We'll show you where the shut-off is, how to open the drain points and which parts are most at risk, so the next cold snap doesn't catch you unprepared.
Seasonal start-up and shut-down, plus a full zone check.
Learn more →Find the break, cut out the damage, repair the line.
Learn more →Fix zones that won't start, won't stop or run weak.
Learn more →Tell us what the system is doing and we'll explain what we think is wrong and what the fix involves.
(432) 400-4694Get an Estimate →Usually a worn seal, debris in the device or a crack, often from freezing. We find out which before we say what it needs.
Cracks in the body generally mean replacing the device. Worn seals and internal parts can often be replaced instead.
The City of Midland runs a backflow prevention program with online test reporting. Check the city's backflow page or call them for what applies to your property.
Testing is done by a licensed backflow tester. If you need one, we'll tell you what to look for. We focus on repair of the device and system.
Yes. We look at the device, explain what we see and what we suggest.