The Summer We Became Softball People
About 35 employees, partners, and family members spent their Sundays playing for the Wet Sox and Drip City Sluggers in Oregon Restoration’s first softball season.
When water shows up where it doesn’t belong, the first instinct is usually the same: stop it, clean up what’s visible, and hope that’s the end of it.
Sometimes that’s enough. More often, it isn’t.
The first 24 to 48 hours after a water loss is the window that decides how much damage you’re actually dealing with. Moisture that looks contained on the surface is usually already moving into walls, under flooring, and into framing you can’t see. Act fast and you can keep a small problem small. Wait, or take the wrong steps, and it spreads into larger repairs and, eventually, mold.
There’s a reason this guide is mostly about water damage. Mold damage develops over time rather than all at once, so it’s rarely a same-day emergency. And a fire damage big enough to threaten the structure usually means you’ve already evacuated with the fire department on scene.
Water is the one that catches people mid-decision, standing in it, unsure what to do first. So that’s where this guide spends its time, with a section near the end for the smaller kitchen fires you’re left to clean up yourself.
Below, you’ll find what you can safely do right now, how to tell when a situation is getting more serious, and when to call a professional.
Not sure if your situation rises to the level of an emergency? Our guide When Is It Really a Water Emergency? walks through the difference between situations that need immediate attention, ones that are urgent but not critical, and ones that can be monitored carefully.
Before you do anything else, run through this quickly.
Do not attempt cleanup if any of the following are true:
If water is near outlets, appliances, or your electrical panel, do not touch the panel if you’d have to stand in water to reach it. Shut off electricity from a dry location if possible, or call us first. This is a life-safety issue, not a property issue.
When in doubt, call before you touch anything. Our team is available 24/7 at 503-860-9567 and can walk you through the situation before we arrive.
Most homeowners first notice water emergencies through one of the situations below. The guidance in this emergency guide reflects general best practices based on restoration industry standards, including procedures used by IICRC-certified professionals.
For a broader explanation of how water damage restoration works including the full mitigation process, see our Guide to Water Damage.
Discovering water on the floor is one of the most common ways people realize they have a problem. The source is sometimes obvious — a leaking appliance, a burst pipe. Other times it’s not clear at all, especially when water has traveled from somewhere else in the house before becoming visible.
The first priority is to identify the source and stop it from spreading.
Check nearby appliances and fixtures. If it’s coming from a supply line, shutting off the water may stop the flow immediately. You can usually do this at the fixture shutoff valve behind the appliance or under the sink, or at the main water shutoff for the home.
Not sure where your main shutoff is? Jump to the How to Shut Off Your Home’s Water Supply section below.
If you can’t identify the source quickly, focus on containing the spread:
If water is pooling near your refrigerator, check the supply connection behind the unit first. Many refrigerators have a small line feeding the ice maker or water dispenser, and a loose or damaged connection can allow water to leak slowly onto the floor.
Pull the refrigerator away from the wall and look for moisture behind or underneath it. If the leak is at the connection, you can usually stop it by turning off the small shutoff valve behind the refrigerator or under the nearby sink.
Once the supply is off, remove standing water with towels, mops, or a wet/dry vacuum.
Refrigerators are usually up against a wall or between cabinets, which means water can travel behind baseboards or under flooring before it becomes visible. If the leak has been going on for any length of time, moisture may have already spread beyond the immediate area.
Water on the floor near your dishwasher or in the surrounding cabinets may be coming from either the dishwasher itself or its connections. Dishwashers connect to both a supply line and a drain line, and leaks can occur at multiple points.
Start by turning off the supply valve, usually located under the kitchen sink. Remove standing water with towels, mops, or a wet/dry vacuum.
One thing to know: dishwashers are set between cabinets, and water moves easily under the cabinet base and into adjacent rooms. Sometimes the first place you notice the problem is a hallway or nearby room, not the kitchen. If water has been leaking for a while or has spread beyond the immediate area, it may have reached subflooring, drywall, or cabinetry that needs more thorough drying.
A brown or yellow stain forming on the ceiling is usually the first visible sign of a slow leak that’s been going on for some time. Common sources include:
If the stain is actively dripping, place a container or towel beneath it to protect the floor. If the source appears to be plumbing, shutting off water to the fixture above may stop it.
The important thing to understand about ceiling stains is that by the time a stain is visible, moisture has typically been present inside the insulation, drywall, or framing above it for some time. A stain that’s growing or beginning to drip means the leak is likely still active.
Sometimes water enters from outside rather than from plumbing inside the house. This usually happens during heavy rain, storms, or when water builds up around the foundation.
Common sources include roof damage, leaks around windows or siding, groundwater entering through foundation walls, or drainage problems that allow water to pool near the house.
Unlike supply line water, exterior water may contain soil, bacteria, and other contaminants. Avoid direct contact when possible and don’t attempt extensive cleanup without protective equipment.
If large amounts are entering, focus on protecting belongings and limiting spread rather than trying to remove it all yourself. If it’s safe to do so:
Exterior water entering through the foundation is typically Category 3 — meaning it’s considered contaminated and requires specific handling. Guide to Water Damage explains water categories and what they mean for cleanup
When a pipe bursts, water can flow rapidly into walls, ceilings, and floors — sometimes flooding multiple rooms in a short period. These failures are most often caused by freezing temperatures, corrosion, or sudden pressure changes.
Most burst pipe emergencies involve pressurized supply lines. Because these lines carry water under pressure, a break can release a large volume very quickly.
The most important step: shut off the main water supply to the home as fast as possible. This stops additional water from entering the system.
Jump to How to Shut Off Your Home’s Water Supply if you need that right now.
If the water doesn’t stop after you shut the main valve, there may still be water draining from pipes above the break. The valve may also not fully close if it’s old or hasn’t been used in years. If you can’t stop the water, focus on protecting belongings and call us.
Once it’s safe:
Burst pipes release water inside wall cavities and ceilings, which means damage typically extends well beyond where water becomes visible on the surface.
Here in the Pacific Northwest, basements and crawlspaces are particularly vulnerable to water intrusion after extended periods of heavy rain. Water usually enters through cracks in foundation walls, floor joints, or gaps where the structure meets the ground.
In Oregon and Southwest Washington, it’s not unusual for crawlspaces to see occasional moisture after prolonged rain. The concern is when water pools and doesn’t drain, or when damp conditions persist — that’s when problems develop in insulation, framing, and subflooring, and when conditions for mold growth begin.
The first priority is safety and observation. Crawlspaces aren’t inspected often, and when water appears it’s usually unclear how long it’s been present.
Start by monitoring: is the water level stable, rising, or beginning to recede? If it’s actively rising, stay out of the crawlspace and monitor from a safe location.
If it’s safe, move stored belongings away from wet areas. Don’t use household fans or air movers if the water may be contaminated — air movement in that situation can spread contaminants to other areas.
If your home has a sump pump, check whether it’s running properly. A clogged intake, tripped outlet, or blocked discharge line can sometimes be the entire problem.
If the water level keeps rising, doesn’t recede after the storm passes, or keeps coming back during wet weather, that points to a larger drainage or groundwater issue worth having evaluated.
Recurring crawlspace moisture often points to a drainage or encapsulation problem rather than a one-time event. We cover the long-term options on our Crawlspace Encapsulation and Moisture Control Services page.
Water heaters are one of the most common sources of significant water damage in homes. A standard tank holds 40–80 gallons under pressure, and a failure can release a large amount of water quickly.
Warning signs that a water heater may be developing a problem:
Leaks originating from fittings or valves above the tank may be repairable. Water coming directly from the tank itself often indicates internal corrosion — the unit may be approaching or past the end of its service life. Most residential water heaters last 8–12 years.
If it’s actively leaking:
Water heater failures spread quickly under flooring, behind baseboards, and into nearby wall cavities. Professional drying and moisture detection are usually needed to confirm all hidden moisture has been addressed.
Washing machines rely on pressurized supply hoses, and when one of those hoses fails, water can release rapidly onto the floor and into the surrounding area. Rubber hoses weaken over time from age, pressure, and small cracks that develop along the hose, often with no visible warning before they fail.
Signs a hose may be developing a problem:
If a hose bursts or is actively leaking, turn off the hot and cold supply valves behind the washing machine. If you can’t access those valves quickly, shut off the main water supply to the home.
Water from washing machine failures typically spreads under flooring or into adjacent rooms before it becomes visible. If a significant volume of water was released, professional drying is usually necessary.
Toilet overflows usually happen when the toilet keeps running after a clog prevents water from draining. Because toilet water may be contaminated, keeping it from spreading is the priority.
If a toilet is overflowing:
If wastewater has spread into flooring, baseboards, or adjacent rooms, professional cleaning and drying are necessary. Contaminated water soaks into porous materials and cannot be adequately addressed with standard household cleanup.
Roof leaks often show up as a ceiling drip or a rapidly growing ceiling stain during heavy rain. What looks like a localized problem may be entering the roof several feet from where it’s appearing inside — water travels along rafters and sheathing before it becomes visible.
If water is actively dripping:
The leak may slow or stop once rain passes, but even a small roof leak can saturate insulation, drywall, and structural materials. Have a roofing professional inspect the roof as soon as possible regardless of how small the leak appears.
If water keeps entering the home, ceiling stains keep expanding, or drywall becomes soft or begins sagging, a professional needs to evaluate how far moisture has spread inside the structure.
Our team is available 24/7 for emergency tarping and board-ups to stop further water entry until permanent repairs can be made.
After a small kitchen or grease fire, it’s tempting to wipe everything down and move on. Don’t start cleaning soot, smoke residue, or extinguisher dust until the damage has been documented and the materials evaluated.
Kitchen fires often leave protein residue, greasy soot, and smoke odor on cabinets, walls, ceilings, appliances, flooring, and nearby contents. Some of it is nearly invisible, but it still discolors finishes, holds odor, and spreads when cleaned the wrong way. Household cleaners, wet rags, and scrubbing can drive residue deeper into porous materials or make staining permanent.
If the fire department, an extinguisher, or a sprinkler was involved, you may also have water damage and extinguisher dust to deal with as part of the same loss. Take photos, leave the affected surfaces alone, and call a restoration professional before you clean anything or throw anything away.
Even a small fire’s smoke and water usually reach further than they look. Getting it evaluated before cleanup is what keeps salvageable cabinets, finishes, and contents from becoming replacements.
Dealing with a a kitchen fire? Soot is acidic and starts setting into finishes within hours, so what gets cleaned in the first day often determines what can be saved. Our Guide to Fire Damage walks through what to do and what to leave alone.
Before you start moving things around or removing water, take photos and video of everything — the source, the affected areas, standing water, damaged materials, and belongings.
Insurance claims are evaluated based on documentation. If your carrier or adjuster needs to understand the extent of the damage, photos taken before any cleanup are significantly more valuable than ones taken after. Some claims are reduced or disputed not because the damage wasn’t real, but because the documentation didn’t capture what was there.
A few things to capture:
If insurance is likely to be involved, don’t move anything significant before documenting it. If you’re not sure whether the damage rises to a claim, our team can assess the situation and help you understand what you’re dealing with before you decide.
For a deeper look at how the claims and reconstruction process works, see our Insurance Claim Support page
Most water emergencies share the same early priorities regardless of source. If it’s safe to do so:
Acting quickly during the first few hours can significantly limit how far moisture spreads and how much structural damage occurs.
In most plumbing emergencies, shutting off the water supply is the fastest way to stop additional damage.
Most homes have a main water shutoff valve that controls all water entering the house.
Common locations for the water shut-off are:
Turn the valve clockwise to shut off the water. If the valve is stiff or hasn’t been turned in years, don’t force it as older valves can break under pressure.
Knowing where this valve is before an emergency happens is worth the five minutes it takes to find it.
The water you can see is rarely all of it. Moisture travels under flooring, into carpet padding, and through wall cavities via small gaps along baseboards. You often can’t confirm hidden moisture without specialized equipment.
Signs that water may have spread beyond the visible area:
Some situations can be handled with basic cleanup. Most can’t — or at least, not completely. The problem is that it’s often hard to tell which you’re dealing with until moisture has already spread further than you realized.
We’re regularly called in after homeowners have done everything right on the surface and still find hidden moisture in walls, under floors, and inside framing materials that standard cleanup couldn’t reach.
Call us if any of the following are true:
If you’re not sure, call anyway. We assess the situation and tell you honestly what you’re dealing with. We’d rather help you determine it’s minor than have you discover three weeks later that it wasn’t.
We respond 24/7 across Oregon and Southwest Washington. 503-860-9567
When homeowners call a restoration company, they often expect repairs to begin immediately. In most cases, however, the first visit focuses on stabilizing the situation, preventing further damage, and beginning the recovery process.
Property damage restoration typically happens in phases. The initial response is designed to stop the damage from spreading and begin protecting the structure while the full scope of work is determined.
When our team arrives, the first priority is confirming that the source of the damage has been stopped.
Once the source has been controlled, we begin assessing how far the damage may have spread beyond the area that is immediately visible. In many cases, moisture, smoke, or structural damage extends farther than it first appears.
For water-related losses, our technicians use professional moisture detection equipment — including moisture meters, hygrometers, and thermal imaging cameras — to evaluate surrounding flooring, drywall, cabinets, and adjacent rooms.
To understand more about how water behaves inside a structure and what these tools are looking for, see our Guide to Water Damage.After the initial assessment, the next step is stabilizing the property to prevent additional damage. Depending on the situation, this includes:
Want the full step-by-step breakdown? See our Water Damage Restoration Process guide for a detailed look at inspection, moisture mapping, structural drying, selective demolition, documentation, and reconstruction after the initial emergency response.
Helpful Water Damage Resources
Need more guidance after the immediate emergency is under control? These resources explain how to assess the damage, what happens during mitigation, how drying standards work, and what to expect if insurance documentation or repairs are needed.
- Water Damage Restoration Process: A step-by-step look at what happens after the initial emergency response, including inspection, moisture mapping, drying, demolition decisions, documentation, and reconstruction.
- Guide to Water Damage & Flood Cleanup: Learn what counts as water damage, how moisture moves through a structure, when flood cleanup requires professional drying, and what to do next.
- When Is It Really a Water Emergency?: How to assess severity, decide how urgently to act, and know when a situation needs immediate professional response.
- Restoration Standards Explained: A plain-language guide to the IICRC standards and safety protocols used in professional restoration work.
- Insurance Claim Support: How photos, moisture logs, estimates, and repair scopes help support a property damage insurance claim.
- Guide to Reconstruction: What happens after mitigation is complete and the project moves into repairs, rebuild, finishes, and final restoration.
- Guide to Mold: How mold can develop after water damage, why the first 24 to 48 hours matter, and what professional mold remediation involves.
- Crawlspace Encapsulation: Long-term moisture control for crawlspaces, below-grade areas, and homes with recurring moisture problems.
- Water Damage Restoration Services: Our full water damage service overview, including 24/7 emergency response, mitigation, drying, and repairs.
After a property damage emergency event, homeowners often have questions about what happens next. Below are answers to some of the most common questions we hear from homeowners and property managers.
Mold can begin developing within 24 to 48 hours in wet conditions, depending on temperature, humidity, and the materials affected. This is one of the main reasons professional drying needs to begin quickly after a water loss. The longer moisture stays trapped inside walls and under flooring, the more likely it is to create a secondary mold problem on top of the original damage. For a detailed explanation of how mold develops and what remediation involves, see our Guide to Mold.
Most structural drying projects take three to five days, depending on the amount of water involved and the materials affected. We use commercial air movers, dehumidifiers, and moisture detection equipment to remove water as quickly as possible from flooring, drywall, and framing. Technicians return periodically during this time to measure moisture levels and adjust equipment until the structure reaches normal drying conditions. If you’d like to learn more about the water damage drying process, see our Guide to Water Damage.
In most cases, homeowners’ insurance covers sudden and accidental damage, such as burst pipes, appliance failures, or plumbing leaks. However, damage caused by long-term leaks, groundwater intrusion, or flooding from outside the home may not be covered under a standard policy. Coverage varies between policies, so it’s often helpful to have the situation documented and evaluated before deciding whether filing a claim makes sense.
Our Insurance Claim Support page explains how we help homeowners navigate that process.
Fans can help remove surface moisture, but they’re often not enough to dry water that has spread into wall cavities, subflooring, or insulation. Professional drying equipment is designed to move large volumes of air and pull moisture from the structure itself. Using household fans in situations involving contaminated water can also spread bacteria or odors into other areas of the home.
Water can enter wall cavities through small gaps around baseboards, flooring seams, or electrical openings. Signs that moisture may be inside a wall include swelling drywall, soft spots, peeling paint, or musty odors. Hidden moisture isn’t always visible, which is why our technicians use moisture meters and thermal imaging equipment to detect water inside walls and determine how far the damage may have spread.
Materials may need to be removed to allow proper drying, but removing them without first understanding how far moisture has spread can sometimes make the situation worse. Restoration professionals typically perform moisture mapping first to determine which materials can be saved and which need to come out as part of the mitigation process.
As soon as possible after discovering water damage, especially if it has soaked into flooring, walls, or cabinetry. The sooner drying begins, the more likely materials can be preserved and the less extensive repairs are likely to be.
In many situations, homeowners can remain in the home while drying equipment is running. Whether that’s the case depends on the extent of the damage, the areas affected, and whether materials need to be removed during mitigation. If contaminated water is involved or large areas of the home are affected, temporary relocation may be recommended.
The cost varies depending on the type of damage, how extensive it is, and which parts of the structure are affected. Smaller losses that affect a limited area may involve drying, cleaning, or minor repairs. Larger events that impact multiple rooms or structural materials may require more extensive mitigation and reconstruction.
We always evaluate the property first and prepare a detailed scope of work before providing an estimate. When insurance is involved, pricing is prepared using industry-standard estimating systems to ensure repairs meet proper rebuilding standards. For more on how that process works, see our Insurance Claim Support page. If you’re paying out of pocket, we also offer financing options to help manage the cost.
Flooring can often be saved if drying begins quickly and moisture hasn’t been trapped beneath the surface for an extended period. If water has caused materials to warp, delaminate, or develop microbial growth, portions may need to be removed during mitigation. One of our technicians will evaluate moisture levels beneath the flooring on-site and determine whether drying is possible or whether removal is necessary.
If it’s safe to do so:
Avoid using electrical equipment near standing water and avoid disturbing building materials if you’re unsure how far moisture has spread. If you’re not sure what’s safe to do, call us first; we can walk you through it before we arrive.
Oregon Restoration responds to property damage emergencies throughout Oregon and Southwest Washington from our three locations in Portland, Bend, and Eugene. Our team provides emergency stabilization, professional drying, mitigation, and full reconstruction services so homeowners can work with one company throughout the restoration process. For more information about our coverage area, see our Service Areas page.
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