Tag: Water Damage Restoration

  • Storm Updates: 2.00″ Hail in Michigan, 83 MPH Gusts in Montana, Enhanced Risk — Wednesday, September 2, 2026

    Current Hotspots & Active Risk Zones

    For Wednesday, September 2, 2026, the NOAA Storm Prediction Center (SPC) indicates a peak convective risk level of Enhanced Risk (ENH). Primary convective threats include localized damaging straight-line winds, isolated severe hail cores, and convective storm clusters across active sectors.

    There are currently 35 active severe weather watches and warnings tracked nationwide across the National Weather Service network.

    Recent Impact & Local Storm Reports (Past 12–24 Hours)

    Preliminary Local Storm Reports (LSR) compiled by NOAA/SPC indicate 227 notable severe hail, wind, or tornado events over the preceding 24-hour cycle:

    • Tornado (3 ENE Serenada, TX): UNK — [Landspout] Pictures and videos of a landspout with a weak shower in the vicinity between SH 195 and I-35 to the north of Georgetown. Estimated time based on reports a (EWX)
    • Severe Wind (3 WNW Warren, PA): Damaging Gusts — Corrects previous tstm wnd dmg report from 3 WNW Warren. Multiple trees down around the 1900 block of Follett Run Road. (CTP)
    • Severe Wind (Oakfield, NY): Damaging Gusts — Trees down in Elba. (BUF)
    • Severe Wind (8 NNE Tionesta, PA): Damaging Gusts — Trees and wires down. (PBZ)
    • Severe Wind (Harmonsburg, PA): Damaging Gusts — Tree down on a residence on Kendra Lane. (CLE)
    • Severe Wind (3 SSW Grand Valley, PA): Damaging Gusts — Multiple trees down along Selkirk Road. (CTP)
    • Severe Wind (Ceresco, NE): Damaging Gusts — Multiple tree branches down and on houses in Ceresco. Also some windows blown out of a business. Time estimated from radar. (OAX)
    • Severe Wind (3 WNW Warren, PA): Damaging Gusts — Multiple trees down around the 1900 block of Follett Run Road. (CTP)
    • Severe Wind (Batavia, NY): Damaging Gusts — Several hundred power outages in and around Batavia caused by tree limbs and/or damage to electrical lines. (BUF)
    • Severe Wind (Leicester, NY): Damaging Gusts — Trees down. (BUF)
    • Severe Wind (6 WNW Brockway, PA): Damaging Gusts — Trees down. (PBZ)
    • Severe Wind (Livonia, NY): Damaging Gusts — Trees down. (BUF)
    • Severe Wind (5 E Brandy Camp, PA): Damaging Gusts — Tree down over road at the block of 6100. (CTP)
    • Severe Wind (2 NNE Rockton, PA): Damaging Gusts — Corrects previous tstm wnd dmg report from 2 NNE Rockton. Tree and wires down across roadway at intersection of Winterburn Road and Anderson Creek Road. (CTP)
    • Severe Wind (2 NNW Falls Creek, PA): Damaging Gusts — Trees down. (PBZ)

    24–48 Hour Near-Term Outlook

    The Day 2 convective outlook highlights a peak risk level of Slight Risk (SLGT). Mitigation contractors and commercial property maintenance directors should maintain situational awareness as frontal boundaries advance across central and eastern sectors.

    Restoration Operator Notes & Tactical Recommendations

    • Mitigation Fleet Staging: Ensure industrial LGR dehumidifiers, HEPA air scrubbers, and high-velocity axial air movers are tested and loaded for rapid deployment in active convective sectors.
    • Commercial Moisture Audits: Proactively reach out to commercial property accounts, facility managers, and healthcare operators in zip codes impacted by ≥1.25″ hail or ≥60 mph gusts to evaluate roof membrane integrity and rooftop HVAC condenser coils.
    • Emergency Board-Up & Tarping: Prepare roll stock poly, 2×4 lumber, and sandbags for immediate emergency envelope stabilization following severe wind gusts.
    • Field Safety Protocol: Remind field mitigation crews that flash flood waters are classified as Category 3 (black water) bio-hazard contamination requiring full PPE and specialized containment.

    Official Sources & Attribution

    Data compiled from official public datasets provided by the NOAA Storm Prediction Center (SPC) Convective Outlooks, National Weather Service (NWS) Active Alerts API, and preliminary Local Forecast Office Storm Reports.

    Operational Disclaimer: This is a public-data summary for restoration professionals’ situational awareness only. It is not an official weather forecast. Always verify with the National Weather Service, local NWS forecast offices, and official watches/warnings. Preliminary storm reports are unfiltered and subject to change. Do not make critical life-safety or structural dispatch decisions solely based on this brief.

  • The trucks leave. The record doesn’t.

    The trucks leave. The record doesn’t.

    The magazine piece tells the facility manager why the gap exists. This is the shop version. Same week. Different door.

    A water job ends when the last air mover comes off the truck, not when the invoice hits QuickBooks. After that, the only carbon record most shops have is a line item and a memory. The FM who hired you will get asked for Category 1 and Category 5 numbers. They will call you. You will not have them.

    What actually has to leave with the crew

    Not a sustainability essay. A dozen fields, written while the floor is still wet:

    • Equipment and generator runtime, with fuel type
    • Crew and haul trips, approximate miles
    • Debris volume by stream — wet drywall, carpet, contents, mixed C&D
    • Disposal method and receiving facility
    • What came out versus what went back in
    • Job class and duration
    • Primary or estimated, on every number

    If a tech cannot fill it in five minutes, the form is wrong. If it waits for the office on Monday, it will be invented.

    Put it on the invoice trigger

    Nobody fills a questionnaire after the trucks have gone. They fill what stands between them and getting paid.

    One clause in the work auth or the master: the per-job record is a condition of final invoice. Same shape as a moisture log. Same habit as photos. The Restoration Carbon Protocol is the open mapping if you do not want to invent the buckets. Use it, rename it, or steal the twelve fields. The standard is not the point. The timestamp is.

    Who this is for

    Commercial water, fire, mold, and the one-off mechanical swap. The FM inside the building is the only person who can demand the data at the door. You are the only person who can produce it at the job.

    IFMA just ran the occupier-side argument. Closing the Scope 3 Data Gap is theirs. This is the field note that makes that article usable when the next pipe opens.

    The sentence that pays

    “We capture the job record before we leave. You can hand it to whoever asks.”

    Only say it if the clipboard is on the truck.

    Related: the IFMA companion · the leftover pile · Starlink on a water job · pipe, pile, two seats

  • Starlink on a water job — open field playbook

    Starlink on a water job — open field playbook

    Open field playbook. No patent. Copy it, rename it, change the nouns to fire / mold / rebuild. If it makes you money, good. If it puts another dish on a wet roof, also good.

    License: do what you want. Attribution nice, not required. Tygart Media is not a Starlink, SpaceX, Tesla, or xAI partner. Links below go straight to them. No tracking parameters. No referral codes.

    Why this exists: restoration work happens where fiber is dead, the house is a Faraday cage of wet drywall, and the phone that “has bars” cannot upload a moisture map. Starlink is a sky-view pipe. More honest job-site pipes → more honest traffic on the constellation → more reason to fly birds. The selfish clause is allowed: a 4G phone in the sticks should still talk to a voice agent when the street is dark.

    Field phone showing bars while a moisture map upload fails on a dead-fiber water loss
    Bars on the phone. Upload still dead. That is the job the dish is for.

    Buy and read from the source. Prices move. The impedance rule does not.

    Official doors (clean)

    Starlink (buy / plans / help)

    SpaceX

    Tesla / xAI (voice rides the pipe; they are not the dish)

    1. Impedance — when this kit matches the job

    Use Starlink when two of these are true:

    • The structure or the street has no working cable/fiber (storm, rural, construction, “the pole is in the river”).
    • You need to upload, not just talk: photos, video walkthrough, Xactimate sketch, moisture log, signed work auth.
    • You will be on site more than an hour and cell is congested or roaming into a dead pocket.
    • The office needs a second path so after-hours voice and dispatch do not die with the cable modem.

    Do not use it as:

    • A replacement for a good office fiber drop.
    • A phone. Voice agents still ride the pipe; the dish is not Jarvis.
    • A “we have Starlink” line on the website. Homeowners hire the truck that showed up.

    Cell first if it works. Starlink is the sink when cell is the bottleneck.

    2. Two kits (steal one)

    Kit A — truck / first-on-site (most shops)

    • Starlink Mini on a Roam plan or, if this is actually a business WAN, start at Business and read the current hardware list. Mini is the backpack dish. In-motion rules live here. The home V5 kit is not the roam toy.
    • Power: Mini wants a USB-PD source rated 65–100 W even though it only drinks ~25–40 W. A 45 W phone brick will lie to you. Truck: 12 V → 30 V / Anderson, or a 500 Wh class station.
    • Plan: numbers on starlink.com move. Roam is written for travel. If the kit is production, read Business vs Enterprise. Mini often does not sit on the Priority SLA. Do not tell a carrier you have enterprise uptime because you paid a business invoice for a Mini.
    • One cheap travel router if Mini Wi-Fi dies inside a metal trailer.
    Starlink Mini powered from a truck USB-PD brick rated 65 to 100 watts before entering a wet house
    Power before the meter. 65–100 W brick. Phone chargers lie.

    Kit B — shop / yard / long dry-down

    • Performance / Priority on Business if you need an SLA and a fixed roof.
    • Permanent mount, open sky, snow-melt if you live where it snows.
    • This is backup for the office phone and the photo server. Not the hero kit on day one of a flood.

    3. First 30 minutes on a wet house

    Flooded residential living room with standing water on hardwood after a water loss
    First 30 minutes on a wet house with Starlink up.
    1. Park where the sky is a rectangle, not a slot between two alders. Confirm in the Starlink app.
    2. Dish on the hood, a pole, or the unshaded side of the trailer — not the basement, not under the soffit.
    3. Power before you walk in with the meter. Boot is a couple of minutes.
    4. One speed check. If download is fine and upload is garbage, you will feel it on Xactimate. Rain cuts throughput; talk first, fat files later.
    5. Name the network something boring (SHOP-JOB).

    If the app says obstructed, move the dish. Do not “optimize” for twenty minutes.

    4. What actually eats the pipe

    Gloved hands using a pin-type moisture meter on wet drywall during inspection
    What actually eats the pipe on a water job.
    ThingRough appetiteRule
    Moisture photos, 50–150 shotssmallFine on a small Roam month
    Adjuster video walk, 10 minmediumOnce, compressed
    Xactimate / cloud estimatesmall–mediumSite needs the upload
    Voice agentsmall per minuteCheap; retries are not
    Netflix in the trailerthe villainAfter the job or not at all
    Group video, four peopleburns a small capOne camera

    Voice is why the pipe matters at 11 p.m. Keep the agent short. Book or kill.

    5. Who pays

    Pick one. Write it in the SOP.

    • Job cost — storm / rural / no street internet. Line it like a generator.
    • Shop overhead — office backup + after-hours voice.
    • Never the tech’s personal weekend.

    Standby the truck kit when it is not a weather week. Idle is cheaper than a second hardware buy because someone borrowed it.

    6. Dispatch and voice

    White restoration work van with ladder rack parked at a suburban jobsite curb
    Dispatch and voice when the site is remote.

    The dish is layer 0. The voice agent is layer 1.

    On a dead-fiber job: photos go up the pipe; the after-hours line stays reachable; the agent writes a new row (address, standing water y/n, next action). It does not edit your website.

    If you already have a process, add one rule: when cell upload fails, kit A comes off the hook.

    7. Failure modes

    Trees and eaves. Rain. 45 W bricks. Consumer Roam sold as production WAN. Twelve intake fields before anyone asks “can we come now?”

    8. The sentence that pays the shop

    “If the street internet is out we still upload your photos and get the adjuster pack off the truck tonight.”

    Only say it if the kit is in the truck.

    This document stays free. Charge for the hour you spend teaching another shop the first 30 minutes if you want. Do not charge Starlink. They already sold you the dish.

    9. What this is not asking

    No meeting. No partnership badge. No official anything.

    Redmond already knows how to stamp birds. The ground should not be a graveyard of unused kits. Order here. Then put the dish where the sky is.

    Related field notes: The leftover pile · Cursor checks on Grok Desktop mid-job

    Related on Tygart Media: The leftover pile · Cursor checks on Grok Desktop mid-job.

  • IICRC Van Pocket Card

    IICRC Van Pocket Card

    Tape this in the van. Category, Class, PPE floor, one photo. Twenty seconds. Then go to work.

    This is a free pocket card, not a certification, and not official IICRC. It does not replace S500/S520.

    What you get

    Five-step van pocket flow: category, class, extract, dry, document
    Protocol answers belong in the van — not back at the office.
    • A Notion page you can duplicate and print
    • A tiny Claude skill with the same tables (upload the zip, or paste SKILL.md into a Project)

    How to get it

    Restoration SOP clipboard with checklist, moisture meter, and gloves on a jobsite table
    How to get it: keep the checklist where the carpet is wet.

    Duplicate the card here: IICRC Van Pocket Card (free Notion account, Duplicate in the top right).

    Want the Claude skill zip too? Join The Signal and reply that you want the van card.

    What this is not

    White restoration work van with ladder rack parked at a suburban jobsite curb
    What this is not: another binder collecting dust.
    • Equipment sizing
    • A drying plan
    • Adjuster language

    Need that? The paid IICRC Protocol Lookup ($19) or the Complete Restoration Operations Kit ($97).

    Related on Tygart Media: Starlink on a water job · S500 in the van · local SEO for restoration.

  • Restoration CRM Prompt Library — Claude Skill

    Restoration CRM Prompt Library — Claude Skill

    Restoration CRM Prompt Library — Claude Skill

    $19

    Delivered by email after checkout.

    Buy Now →

    Secure checkout via Square — all major cards accepted

    You can copy this library and do it yourself. The full article is already live. Paste a prompt into claude.ai, fill the brackets, edit the draft, send it. Buy Now is the packaged Claude Skill so the library lives in the project instead of a browser tab.

    The live article (do not treat this page as a replacement): AI-Assisted Email Drafting for Restoration Companies: A Claude Prompt Library.

    Who it is for: anyone at the company who writes emails. Owner, office manager, whoever runs the CRM touch calendar. No technical background. A free Claude account at claude.ai is enough. No API key. No code.

    The workflow

    Four skill cards: scope narrative, insurance write, homeowner write, referral write
    CRM prompt workflow: paste facts → draft → human send.
    1. Go to claude.ai. Create a free account if you need one.
    2. Open a new conversation.
    3. Paste a prompt. Fill the bracketed fields with real information.
    4. Claude drafts the email.
    5. Review it. Edit anything that does not sound like you. Copy it into your email platform.

    That is the entire workflow. Specific beats generic. “Write a hiring email for a restoration company” is weak. “Write a hiring email for a 12-person water and fire restoration company in Tacoma, WA that’s been in business for eight years and is known for fast response times and honest communication with insurance adjusters” is usable.

    Strategy lives in Your CRM Is Not a Lead Database. Timing lives in The 12-Month Outreach Calendar. This library is the words.

    Prompt 1: Hiring email, homeowner version

    I run [company name], a [type] restoration company in [city, state]. We’ve been in business [X] years and are known for [one or two specific things your company does well]. We currently have [number] employees and serve the [geographic area] area.

I need to write a short, plain-text email to past homeowner clients who we’ve done [water damage / fire damage / mold / storm] work for. We’re currently hiring for [job title]. The goal of the email is to ask if they know anyone — family, friends, people in the trades — who might be a great fit for a company like ours. We want to reach out to trusted contacts before posting the job publicly.

Tone: Personal and warm, like a note from a real person. Not corporate, not salesy. The recipient should feel like we remembered them and value their opinion specifically.

Requirements: Under 150 words. Plain text (no HTML). Sign it from [owner first name] at [company name]. Include a phone number as the only contact info. No subject line needed — just the body.

    Prompt 2: Hiring email, insurance adjuster version

    Clipboard and tablet on a kitchen counter during an insurance adjuster walkthrough after water loss
    Hiring email for adjusters — clear, dated, professional.
    I run [company name], a restoration company in [city, state]. I need to write a short email to insurance adjusters I’ve worked with on claims. We’re hiring a [job title].

The tone should be collegial — peer to peer, professional but not formal. We want to reach out to trusted colleagues before posting publicly, and we’d appreciate any recommendations they might have. Keep it under 120 words. Plain text. From [owner name]. Include phone number.

Do not use any of these phrases: “I hope this email finds you well,” “I wanted to reach out,” “touch base,” “circle back,” or “leverage.” Write it how a real contractor would talk to an adjuster they’ve worked with for years.

    Prompt 3: Vendor ask (specialty sub search)

    Write a short email from a restoration company owner to their contact database asking if anyone knows a reliable [trade type — e.g., drywall sub, flooring contractor, HVAC tech] in [city/region]. We have a larger project coming up and want to find a quality sub through our network before going the cold-search route.

Context about our company: [2–3 sentences about your company — size, how long you’ve been in business, your service area]. The recipients are a mix of past homeowner clients, insurance industry contacts, and trade partners.

Tone: Casual and direct. Like asking a trusted colleague. Under 100 words. Plain text. From [owner name]. Phone number only.

Optional addition: Add one sentence at the end that invites the recipient to reach out directly if the description matches their own business.

    Prompt 4: Seasonal safety email (winter freeze)

    I run a water damage restoration company in [city, state]. I want to send a helpful, non-promotional email to past homeowner clients before freeze season. The goal is to give them genuinely useful information about preventing the kind of water damage we see most commonly in [our region] in winter.

Specific things to cover: [list 3–4 real things relevant to your region]. These should be specific to [region] winters, not generic national advice.

Tone: Knowledgeable and helpful, like a trusted expert checking in on a neighbor. No sales pitch, no CTA other than “if you have questions, we’re here.” Under 200 words. Include a link placeholder for [blog post URL] if they want to read more. From [owner name].

    The rest of the library (on the live article)

    Prompts 5–9 are on the live page. Use that URL. Do not treat this SKU page as a rewrite of that article.

    • Prompt 5: Post-storm check-in to past homeowners. Warm, community-focused, not a pitch. Under 120 words.
    • Prompt 6: Company anniversary or milestone. Thank the people who have been part of the journey. No CTA. No offer. Under 175 words.
    • Prompt 7: Brand-voice rewrite. Paste two real emails you have sent, then the draft, and ask Claude to make it sound like you.
    • Prompt 8: Eight subject-line options. Personal, no click-bait, no exclamation points, no “Quick question for you!”
    • Prompt 9: Batch personalization. CSV of past clients. One opening sentence per row that references job type and, if the job is older than 18 months, that it has been a while. Up to 20 rows at a time.

    Full text: tygartmedia.com/restoration-crm-claude-prompt-library.

    How to get better drafts

    Restoration SOP clipboard with checklist, moisture meter, and gloves on a jobsite table
    Better drafts still need a human check before send.
    • Name the phrases you do not want: “I hope this finds you well,” “reaching out,” “touch base,” “leverage.”
    • Give two sentences of real company context. History, reputation, service area, typical client.
    • Iterate in the same conversation. “Good, but make it shorter.” Do not start a new chat for every revision.
    • Ask for three versions: shorter, more formal, more casual.
    • Review everything before it sends. Claude will sometimes assume details you did not provide.

    A free claude.ai account is enough for a full annual campaign calendar. Claude Pro is not required for this use case. Store the filled-in prompts in Notion so you are not hunting them before each send. Using AI to draft is fine if you review and approve every email. The relationship still has to be yours.

    If you want the packaged skill

    The method and the live article are free to use. Buy Now is the Claude Skill package, delivered by email after checkout, so the library is installed instead of copy-pasted from the article each time. Same Square button at the top of this page.

    Related: Front door: Complete Restoration Operations Kit ($97). Stack: The Restoration.

    Related on Tygart Media: Starlink on a water job · S500 in the van · local SEO for restoration.

  • AI for Water Damage Restoration — 4 Claude Skills

    AI for Water Damage Restoration — 4 Claude Skills

    AI for Water Damage Restoration — 4 Claude Skills

    $29

    Delivered by email after checkout.

    Buy Now →

    Secure checkout via Square — all major cards accepted

    You can copy these four skills and do it yourself. Paste each block into Claude Project Instructions. Use them on the next water call. Buy Now is the packaged zip / install so the project is already built when the phone rings at 2 a.m.

    Water damage restoration is a 24/7 business. The company that communicates fastest and clearest wins the job. Between emergency calls, adjuster coordination, and anxious homeowners, Claude takes the writing load off the operations team.

    How to use this

    Four skill cards covering emergency, adjuster, contents, and referral communication
    Four water-job skills. Paste facts. Review. Send.
    • Claude Skills go into Claude Project Instructions.
    • Prompts work in any Claude conversation.
    • Tell it Category and Class, ETA, and what the homeowner has already been told. Vague input makes vague output.

    Create a Claude Project. Paste the skill. Answer what it asks. Review every text and letter before it sends. This is a writing assistant, not a substitute for IICRC S500 or your certified judgment.

    Skill 1: Emergency Response and Homeowner Communication Writer

    Flooded residential living room with standing water on hardwood after a water loss
    Emergency response copy should match the room you walked into.

    Drafts the rapid-response communications that set expectations, reduce panic, and document the first 24 hours of a loss.

    Paste into Claude Project Instructions:

    You are an emergency response communication assistant for a water damage restoration company.

When I describe an active loss, produce:

FIRST CONTACT (phone follow-up text): We're on our way. ETA, who's coming, what to do right now. Under 100 words. Fast and reassuring.

ON-SITE FINDINGS SUMMARY: What we found, what we're doing right now, what happens next. Plain English. Under 150 words. Send within the first hour.

24-HOUR UPDATE: Moisture readings summary (plain language, not numbers), drying equipment placed, expected drying timeline, what the homeowner needs to do. Under 175 words.

DAILY MOISTURE UPDATE: Progress, anything notable, adjusted timeline if needed. Under 100 words.

EQUIPMENT REMOVAL NOTICE: Drying is complete. What was achieved. What happens next (demo, rebuild, clearance). Under 100 words.

Tone: fast, expert, calm. In a water emergency, the restoration company that communicates well becomes the trusted partner for everything that follows.

    Example prompt: “Write a text message to send to a homeowner who just called our emergency line. We’re dispatching a crew. ETA is [X] hours. What they should do right now to minimize damage. Under 120 characters if possible.”

    Example prompt: “A homeowner has a Category 3 sewage backup in their basement. Write a plain-English explanation of what that means for health and safety, why we have to treat it differently than clean water, and what the remediation process involves. Honest without being terrifying. Under 175 words.”

    Skill 2: Insurance Adjuster Communication Writer

    Clipboard and tablet on a kitchen counter during an insurance adjuster walkthrough after water loss
    Adjuster notes: dated, specific, easy to forward.

    Produces the mitigation documentation, photo narrative summaries, and supplement requests that keep claims moving.

    Paste into Claude Project Instructions:

    You are an insurance documentation assistant for a water damage restoration company.

When I describe a water loss and our scope, produce:

MITIGATION SUMMARY: What was found, Category and Class of water loss, what was done and why, equipment placed, drying standard referenced (IICRC S500). Technical but clear. Under 300 words.

PHOTO NARRATIVE: Written descriptions for the documentation photo sequence — each photo type with a one-sentence caption template I can use. Organized by area.

SUPPLEMENT REQUEST: What was found during mitigation that wasn't visible initially. Itemized, with rationale. Professional and factual.

DELAY JUSTIFICATION: When we need to proceed before adjuster approval for health/safety reasons. Documented, professional, covers our position.

ADJUSTER FOLLOW-UP: Professional check-in when we haven't heard back. States what we're waiting on and impact on the homeowner.

Always: factual, documented, professional. Supplement disputes are resolved through evidence.

    Example prompt: “The insurance carrier is disputing the replacement value of [item type] damaged in the loss. Write a professional response that documents the basis for our valuation and requests reconsideration. Factual, not emotional. Under 150 words.”

    Skill 3: Contents and Rebuild Communication Writer

    Handles pack-out, demo scope, rebuild timeline, and walkthrough communications after the drying phase.

    Paste into Claude Project Instructions:

    You are a project communication assistant for a water damage restoration company.

When I describe a post-mitigation situation, draft:

CONTENTS PACK-OUT NOTICE: We need to move and protect contents. What happens, where things go, how the inventory process works, when they get it back. Reassuring and specific. Under 150 words.

DEMO SCOPE EXPLANATION: What needs to come out, why, and what the space will look like during the work. Plain English. Under 150 words.

REBUILD TIMELINE: What the reconstruction process involves, who does what, realistic timeline with caveat for material lead times and permits. Under 200 words.

COMPLETION WALKTHROUGH GUIDE: What to inspect at final walkthrough, how to note punch list items, our warranty terms, how to reach us. Professional close.

INSURER REBUILD UPDATE: Progress report for the carrier on reconstruction. Factual, organized by trade, with current completion percentage.

Ask me: scope, timeline, any notable complications, what the homeowner has been told.

    Give it the real scope and what the homeowner has already heard. Do not let it invent a timeline you cannot keep.

    Skill 4: Referral Network and Emergency Preparedness Content

    Drafts plumber, roofer, and property manager outreach, plus the educational notes that put you first in the phone when water hits.

    Paste into Claude Project Instructions:

    You are a referral and content assistant for a water damage restoration company.

When I describe an outreach or content need, produce:

PLUMBER/ROOFER OUTREACH: We're a trusted restoration partner. How the relationship works, what we provide their clients, how referrals work. Peer-to-peer. Under 100 words.

PROPERTY MANAGER OUTREACH: 24/7 emergency response, direct insurance billing, fast documentation for their records. What makes us the right call at 2am. Under 100 words.

EMERGENCY PREPAREDNESS CONTENT (blog, 400 words): What homeowners should do in the first hour of a water emergency. Step by step. Practical. Ends with when to call a professional.

STORM RESPONSE POST: After a weather event. What to watch for. When to call. Urgent but not alarmist. Under 100 words. Timely.

Ask me: audience, loss type if specific, geographic area, any credential to reference.

    Example prompt: “Write an outreach email to a real estate agent in [city] about our water damage restoration services for transactions where damage is discovered during inspection. Cover our speed, documentation quality, and experience working within real estate timelines. Under 120 words.”

    Optional: Books for Bots

    Upload to a Claude Project if you write them:

    • Company Context Sheet: name, service area, certifications (IICRC WRT, ASD, FSRT), equipment inventory, communication approach.
    • Water Loss Categories and Classes in Plain English: how you explain Category 1/2/3 and Class 1–4 drying to homeowners and adjusters.
    • Insurance Communication Standards: documentation standards, supplement philosophy, coverage disputes.

    If you want the packaged files

    The four skills are on this page. Buy Now is the packaged zip / install, delivered by email after checkout, so the Project Instructions are ready when the next water call comes in. Same Square button at the top of this page.

    Related: Front door: Complete Restoration Operations Kit ($97). Stack: The Restoration.

    Related on Tygart Media: Starlink on a water job · S500 in the van · local SEO for restoration.

  • Job-Costing Gap-Finder

    Job-Costing Gap-Finder

    Job-Costing Gap-Finder

    $39

    Delivered by email after checkout.

    Buy Now →

    Secure checkout via Square — all major cards accepted

    You can copy this method and do it yourself. Pull last 10 closed jobs. Enter estimate vs actual. Tag the leak bucket. Sort the losers. Buy Now is the packaged Notion table with the columns and formulas already built, so you are not making the spreadsheet from a blank grid.

    This is the $39 utility on the profit-leak spine. Compare estimate (or Xactimate) vs actual cost on a sample of recent jobs. Surface margin leak by line category. Natural next step when the Profit Leak Scorecard says Zone 2 (job costing & margin) is your worst zone.

    Why the lag kills you

    Four-step flow: estimate, actuals, gap, fix
    Catch the loser at 50% — not at month-end.

    By the time most owners know a job lost money, they have already done six more like it. Cash in the bank is timing. Gross margin per job is the only number that tells the truth, and most $1M-$15M shops cannot name it until the bookkeeper closes the month three or four weeks later.

    You do not lose money on one weird job. You lose it on a type of job you keep taking. The playbook’s example: a 30% water-mit job that needed 45%, run forty of them on $600K of revenue, and you gave away $90,000 of gross profit. A bad pattern, not a bad month. Fast costing exposes the pattern.

    The table to build

    One row per job. These columns:

    • Job (name or file number)
    • Loss Type: Water, Fire/Smoke, Mold, Storm, Contents, Reconstruction, Other
    • Invoiced $
    • Estimated Cost $
    • Actual Cost $
    • Labor Over/Under $
    • Equipment Over/Under $
    • Materials Over/Under $
    • Subs Over/Under $
    • Cost Variance $: estimated cost minus actual cost (formula)
    • Gross Margin %: (Invoiced – Actual Cost) ÷ Invoiced (formula)
    • Biggest Leak: Labor, Equipment, Materials, Subs, Scope/Estimate, or None
    • Notes: who estimated, which crew, anything that explains the gap

    Do not clean the numbers up. Enter what actually happened.

    The four cost buckets

    Six cards covering job margin, cycle time, AR days, utilization, CAC, close rate
    Four cost buckets — same unit-economics lens.

    Labor is the #1 leak, three ways. Hours running over estimate. Unbilled drive and idle time (truck leaves at 7, tarp goes down at 9:15). Crews stretching a “full day” on T&M. None of it shows unless you cost labor against the estimate, job by job.

    Equipment is the silent under-track. Units sitting on a job that closed days ago, still not picked up, never billed for the extra dry days. You own 40 air movers; on any given week some are “lost” on completed jobs, off-rent, earning nothing.

    Materials is smaller but real. Over-ordering, the partial pallet that walks off, the antimicrobial you used and forgot to line-item. A 5-8% materials slippage on a materials-heavy reconstruction job adds up across a year.

    Subs is margin compression you agreed to. Sub invoice higher than what you billed the carrier. Verbal scopes. Change orders not documented. A 10% markup when the job needed 20%.

    How to run ten jobs

    1. Pull invoices, labor hours, equipment logs, and sub invoices for your last 10 closed jobs.
    2. Enter one row each. Invoiced, estimated cost, actual cost, and the four over/under columns.
    3. Let Gross Margin % and Cost Variance $ calculate. Sort low margin to high. The jobs at the top are the money-losers. Name them.
    4. Cross-check labor. Flag every job where actual hours beat estimate by more than 10%. Look for the pattern: same job type, same crew, same estimator.
    5. Tag Biggest Leak on each row. Be honest. If the work was performed and never priced, that is Scope/Estimate, not Labor.
    6. Pick the one money-loser with the biggest gap. Write a single sentence: what leaked, and in which bucket. That sentence is your first plug.

    Catch the loser at 50%, not at month-end

    On every significant job, run a mid-job margin check at the halfway point. Pull actual labor hours and equipment days to date. Compare them against where they should be for percent complete. If a $40K job is 50% done and you have already spent 70% of the labor budget, you have a right-now problem: tighten the crew, escalate the scope with the adjuster, or stop the bleed.

    Close-out cost within 3-5 days of the final visit. Every job. No exceptions. While the crew remembers, while the equipment log is fresh, while you can still bill the carrier for that supplement. That turns job costing from a rear-view report into a steering wheel.

    If Scope/Estimate keeps winning

    Filter Biggest Leak = Scope/Estimate. Sort by Cost Variance. Group by Loss Type and by estimator (use Notes). You are hunting the repeating miss: detach & reset, PPE, monitoring labor, containment, equipment days, after-hours, content manipulation. Name the estimator-plus-job-type combination with the biggest consistent negative variance. That is this week’s coaching conversation.

    What good looks like

    Five zone panels: estimating, job costing, cash/AR, sales, leadership
    What good looks like: gaps found mid-job, not in autopsy.
    • Gross margin ≥ 45% on a blended basis, and you know it by number, not by feel.
    • Job margin known within days of close, not weeks.
    • No surprise losers. Every significant job gets a mid-job check.
    • Labor costed against estimate on every job. Equipment never sits off-rent on a closed file.

    Log this batch’s blended margin as your baseline. Update it monthly so margin is a trend line you watch.

    If you want the packaged table

    You can build the columns in any spreadsheet. Buy Now is the Notion database delivered by email after checkout: the fields, the Loss Type and Biggest Leak selects, and the Gross Margin % and Cost Variance formulas already in. Duplicate it and enter the ten jobs. Same Square button at the top of this page.

    Related on Tygart Media: profit leak scorecard · profit detective · restoration cash flow.

  • Google Ads Analysis

    Google Ads Analysis

    Google Ads Analysis

    $250

    Delivered by email after checkout.

    Buy Now →

    Secure checkout via Square — all major cards accepted

    You can copy this method and do it yourself. Split campaigns by service. Load negatives before you spend another week. Match every landing page to its ad group. Compute fully-loaded cost per acquired job, not just CPC. Buy Now is the packaged analysis delivered by email after checkout, so you are not assembling the read from a blank spreadsheet.

    Restoration PPC is an engineering problem, not a set-it-and-forget-it expense. Emergency water-damage keywords have been reported as high as $250 per click in competitive metros. Average emergency restoration keywords more commonly land in the $40-$150 range depending on geography. At those CPCs, structure and landing pages decide whether the phone pays you or you subsidize the auction.

    How to run the analysis

    1. Open the account. List every campaign, ad group, and the landing URL each ad actually hits.
    2. Mark the single-campaign trap if you see it: one campaign, one ad group, water / mold / fire / flood keywords fighting each other, every ad pointing at the homepage.
    3. Pull Search Terms for the last 30-60 days. Tag wasted queries (jobs, DIY, training, equipment rental).
    4. Check bidding against conversion volume. Under 30 conversions a month in a campaign is a different tool than 30+.
    5. Open each landing page on a phone. Does the H1 match the ad? Is click-to-call above the fold?
    6. Write fully-loaded cost per acquired job by channel: spend ÷ booked jobs from that channel, then layer close rate. CPC from the dashboard is not that number.

    1. Kill the single-campaign trap

    Red checklist of five reasons restoration Google Ads waste budget
    Kill the single-campaign trap first.

    The most common setup: one campaign, one ad group, a mix of water damage, mold removal, fire restoration, and flood cleanup keywords all fighting each other. Every click gets the same generic ad. Every ad points to the homepage.

    Quality Score is built on expected click-through rate, ad relevance, and landing page experience. When you stuff water damage and fire restoration into the same ad group, ad relevance tanks for both. A Quality Score of 9 can outrank a competitor bidding twice as much at a 5. Poor structure can inflate CPC by 30% or more while delivering fewer qualified leads.

    Split by service. Each ad group 10-20 tightly related keywords. Every keyword in the group has to fit the same ad and the same landing page. If they do not, split them.

    • Campaign 1. Emergency water damage. Ad groups for emergency water extraction, burst pipe, basement flooding, sewage backup. Separate ad copy. Landing page that opens with emergency water damage, not the homepage.
    • Campaign 2. Fire and smoke restoration. Fire damage, smoke damage, soot removal. Different call to action. Fire jobs are longer projects, a different sales conversation.
    • Campaign 3. Mold remediation. Mold testing, black mold removal, mold inspection. Often a separate buyer with a different timeline.

    Give Performance Max its own campaign and its own budget if you run it. PMax black-box reporting will otherwise hide whether Search is working.

    2. Negative keywords: the bill you are not seeing

    Three ranked panels: intent near need, catch overflow, compound trust
    Negatives are the bill you are not seeing.

    Most restoration PPC campaigns have a weak or nonexistent negative list. Every day without one, you pay for job seekers (“water damage restoration jobs near me”), DIY researchers (“how to do water damage restoration yourself”), students looking for training, and equipment renters who are not calling you for service.

    Campaigns that actively manage negatives see a reported 10-20% lower wasted spend and a 5-15% conversion-rate lift. On a $10,000/month budget, that is $1,000-$2,000 a month currently going to irrelevant clicks.

    Build a seed negative list before the campaign launches. Pull Search Terms weekly for the first 60 days. Add exact-match negatives first. Only go broader if the data supports it. Over-blocking with broad-match negatives will starve volume you actually want.

    3. Bidding: stop fighting the machine

    A large share of Google Ads spend now runs through Smart Bidding (Target CPA, Target ROAS, Maximize Conversions). Advertisers using AI bidding have been reported at roughly 22% lower cost per conversion versus manual CPC on average. For restoration, the right tool depends on data:

    • Under 30 conversions per month in a campaign. Maximize Clicks with a CPC cap while you accumulate signal. Smart Bidding starved of conversions produces garbage.
    • 30+ conversions per month. Move to Target CPA. Set the target from actual job margins, not aspirational ones. If a water job averages $12,000 and you close 25% of qualified leads, a $300 CPL target can still profit. If you close under 15%, fix sales before you fix bidding.
    • Large campaigns with consistent job data. Target ROAS becomes viable only if revenue tracking is actually wired into Google Ads. Most restoration accounts do not have that configured.

    The problem is rarely the channel. It is losing track of where the leads went after the phone call.

    4. The landing page has to match the ad

    Three cards for LSA, search ads, and SEO/AI authority channels
    Landing page must match the ad — or you paid for confusion.

    If the ad says “Emergency Basement Flooding, 24/7 Response” and the landing page is the homepage with a hero of a happy family and a form below the fold, you are burning the click you just paid for.

    A restoration PPC landing page needs: the emergency service name in the H1 above the fold; a click-to-call number prominent on mobile; a response-time claim only if you can back it up; one short form (name, phone, zip, issue); proof (reviews, IICRC, insurance logos).

    Do not send PPC traffic to the homepage. Do not build one landing page for all services. Match the ad to the page, the page to the ad group, the ad group to the keyword cluster. That chain is where Quality Score lives.

    5. Channel mix and the number that actually matters

    Three channels do the heavy lifting. LSA (pay per qualified call; reported restoration CPL roughly $80-$200 depending on the write-up) is the highest-ROI paid lever for most residential operators, with a catch: Google ended credits for “job type not serviced” and “geo not serviced” in 2025, so junk leads come out of your pocket. Search Ads (reported CPL $150-$400+ structured, $400-$700+ not) buy control LSA does not have: commercial work, specific service lines, overflow when LSA hits a daily cap, brand defense. If you are spending more than $5,000 a month on Search and you do not have LSAs set up, that is the first fix. SEO is the compounding asset. Restoration SEO in competitive metros typically takes 12-18 months. Treat reported ranges as ranges, not promises.

    Cost-per-lead is the number every vendor reports. The number that matters is fully-loaded cost per acquired job: CPL divided by channel-specific close rate, plus CSR labor on the call, plus processing, minus franchise or TPA fee if it applies. Most shops have CPL from the platform and revenue from the job software, and the two systems have never talked. Fix that before you change a single bid.

    Budget ballparks (Search only, reported)

    • Mid-size market (pop. 200K-500K): $3,000-$6,000/month to generate 15-30 leads
    • Major metro (pop. 1M+): $8,000-$15,000/month to maintain consistent visibility
    • Specific suburb or tight service area: $1,500-$3,000/month if geo is tight and Quality Score is managed

    These are Search figures. They are ballparks from the published method, not a quote for your market.

    Done when

    You can show separate service campaigns, a negative list with at least 50 entries, a dedicated landing page for each major service, and a fully-loaded acquired-job cost by channel. If your current agency cannot show those four, the account is not being run as an engineering problem.

    If you want the packaged analysis

    You can run the six steps from the outline above on your own login. Buy Now is the analysis delivered by email after checkout. Same Square button at the top of this page.

    Marketing and operational read only. Not a media-buy, legal, or insurance engagement. Reported CPC and CPL ranges move by metro and by month. Use your own numbers.

    Related on Tygart Media: restoration Google Ads · marketing stack.

  • Albi vs DASH for Water Damage Restoration Companies (2026)

    Albi vs DASH for Water Damage Restoration Companies (2026)

    Water damage restoration is a distinct segment of the restoration market. The workflow is moisture-driven — readings, drying curves, equipment logs, IICRC compliance — and the job type demands tools that were built with mitigation in mind, not just general construction project management. This comparison looks at how Albi and Cotality DASH handle water damage work specifically, using only data from each vendor’s own site.

    All data sourced from albiware.com and cotality.com, June 9, 2026.

    Head-to-head for water damage restoration

    Side-by-side comparison cards for Albi and DASH water damage workflows
    Pick by workflow — UX speed vs carrier-depth.
    FactorAlbiCotality DASH
    Moisture tracking✅ DryBook 2.0 — built in✅ Via Cotality Mitigate (native integration)
    IICRC S500 alignmentYes (DryBook)Yes (Mitigate + Compliance Manager)
    Xactimate integrationPro seats only ($100/seat/mo)Yes (native, all plans)
    Insurance/TPA workflowModerate — open API + Xactimate on ProStrong — native Cotality ecosystem + Claims Connect
    Mobile offline modeAlbi Mobile (sync when online)True offline — saves locally, syncs later
    Pricing$60 Base / $100 Pro per seat/month; $6K/yr minContact for quote: (866) 774-3282
    Minimum commitment$6,000/year (4 seats)No public minimum — contact Cotality
    QuickBooksOnline + Desktop (Pro seats)Online + Desktop
    Encircle integrationYesYes
    CompanyCamYesNot listed on vendor site
    Support response time7-minute average (per albiware.com)Contact support at cotality.com/support
    CustomizationHigh — built by restorers for restorersModerate — workflow follows DASH structure

    Albi’s water damage strengths

    Gloved hands using a pin-type moisture meter on wet drywall during inspection
    Albi’s strength shows up when techs move fast on moisture documentation.

    Albi was built by restoration contractors, and the water damage workflow shows it. DryBook 2.0 is a purpose-built moisture tracking tool built directly into the Albi platform — not a third-party integration. Field techs log moisture readings, track drying equipment placement, and document the drying curve without switching apps. This matters because moisture documentation is the core evidence for insurance claims on water damage jobs.

    Albi also includes Albi Capture, a newer floor plan tool that’s useful for documenting affected areas precisely. For water damage documentation, accurate floor plans that map equipment placement and affected zones are increasingly expected by carriers.

    The customization angle is real for water damage shops with specific workflows. Albi lets you build custom fields, custom report templates, and custom stages that mirror exactly how your company documents a Category 3 water loss differently from a Category 1. DASH enforces more standardized structure.

    One hard number: Albi’s published support response time is 7 minutes (per albiware.com). For water damage work where a field tech encounters a documentation question mid-job, that matters more than it would for a slower construction workflow.

    DASH’s water damage strengths

    Clipboard and tablet on a kitchen counter during an insurance adjuster walkthrough after water loss
    DASH’s strength shows up when assignments and adjusters drive the day.

    DASH’s advantage on water damage is the insurance side of the equation. The Compliance Manager builds carrier-specific documentation requirements into field checklists — before your tech leaves the job, DASH has guided them through exactly what the carrier needs. For high-volume insurance water damage work (burst pipes, appliance failures routed through Contractor Connection or similar TPAs), this reduces supplement disputes and documentation rejections.

    For mitigation-specific workflow, Cotality offers Cotality Mitigate as a native add-on — it handles moisture mapping, equipment tracking, and IICRC S500-aligned drying documentation, and feeds directly into the DASH job file. Running both as part of the Cotality ecosystem means your mitigation data lives alongside your job file without import/export friction.

    The offline mobile capability is also a real differentiator for water damage work. Water-damaged structures — flooded basements, saturated wall cavities, HVAC shutdowns — frequently have poor cellular coverage. DASH’s mobile app saves documentation locally and syncs when service returns. Field techs can capture photos, readings, and notes even without a signal.

    The decision for water damage operators

    If your water damage book is primarily insurance-driven (30%+ of revenue from carriers/TPAs) and you work with Contractor Connection, Code Blue, or Cotality-ecosystem TPAs, DASH is the stronger choice. The carrier integration depth and Mitigate add-on are built for this exact workflow.

    If your water damage work is retail-heavy, or you want deep customization in how you document and report mitigation workflows, or you’re a growing shop that values responsive support and transparent per-seat pricing, Albi is the stronger starting point. DryBook 2.0 is purpose-built, and the $6K annual minimum is knowable — you can budget for it without a demo-call sales process.

    Frequently Asked Questions

    Is Albi or DASH better for water damage restoration companies?

    It depends on your revenue mix. DASH (Cotality) is better if you derive 30%+ of revenue from insurance carriers and TPAs — its native Xactimate/XactAnalysis connection and Cotality property data ecosystem give it structural advantages for insurance workflow. Albi is better if you are retail-heavy, want a customizable platform, or need built-in moisture mapping tools like DryBook 2.0. Albi was built by restoration contractors specifically for the water damage workflow.

    Does Albi have moisture tracking for water damage jobs?

    Yes. Albi includes DryBook 2.0, a dedicated moisture tracking and drying management tool built into the platform. It tracks moisture readings, drying equipment, and IICRC S500-aligned documentation for water damage jobs. This is part of the core Albi platform, not an add-on.

    Does DASH have water mitigation tools?

    Yes. Cotality offers a separate product called Cotality Mitigate specifically for water mitigation workflow — it is distinct from DASH but integrates natively with it. DASH also connects natively with Cotality Mitigate for contractors who want both job management and dedicated mitigation documentation in one ecosystem.

    How much does Albi cost for a water damage restoration company?

    Per albiware.com/albi-pricing as of June 2026: Base seats are $60/user/month (field technician features including DryBook 2.0 and field documentation). Pro seats are $100/user/month (adds invoicing, Xactimate/XactAnalysis integration, advanced CRM, accounting integrations). Minimum annual subscription is $6,000 (4 seats required: 2 Base + 2 Pro). Onboarding starts at $1,000 one-time.

    What is Cotality DASH’s water mitigation integration?

    Cotality DASH integrates natively with Cotality Mitigate, a dedicated software product for water mitigation workflow. Mitigate handles moisture mapping, equipment tracking, and IICRC S500-aligned drying documentation. Running both DASH and Mitigate from the same Cotality ecosystem means mitigation data flows directly into the job file without manual entry.

    Does Albi integrate with Xactimate for water damage estimates?

    Yes, on Pro seats. Per albiware.com/albi-pricing, Albi Pro seats ($100/user/month) include Xactimate and XactAnalysis integration. If you’re writing Xactimate estimates for water damage jobs and submitting them to XactAnalysis for carrier review, you need Pro seats for your estimating staff. Base seats ($60/user/month) do not include Xactimate.

    Which platform has better mobile tools for water damage field crews?

    Both are strong. DASH’s mobile app has true offline mode — documentation saves locally and syncs when cellular is restored, which matters in water-damaged structures with poor connectivity. Albi Mobile covers time clock, scheduling, field documentation, moisture readings via DryBook, and photo capture. For crew-heavy water damage shops, Albi’s combined DryBook + mobile workflow is purpose-built for the job type; DASH’s offline reliability is the edge in connectivity-challenged environments.

    📖 More Restoration Software Intelligence

  • Why Your Google Ads for Restoration Are Bleeding Money (And How to Fix the Campaign Structure)

    Why Your Google Ads for Restoration Are Bleeding Money (And How to Fix the Campaign Structure)

    Water damage restoration keywords hit $250 per click in competitive markets. Fire restoration, mold remediation, biohazard cleanup – they’re not far behind. If you’re running Google Ads with a dumped-together campaign and hoping the phone rings, you are subsidizing your competitors’ retirement.

    The restoration owners who actually make PPC work aren’t necessarily spending more. They’re spending smarter. This is what their campaigns look like – and where the common setups fall apart.

    The Single-Campaign Trap

    Red checklist of five reasons restoration Google Ads waste budget
    The single-campaign trap is where the bleed usually starts.

    The most common setup I see: one campaign, one ad group, a mix of water damage, mold removal, fire restoration, and flood cleanup keywords all fighting each other. Every click gets the same generic ad. Every ad points to the homepage.

    Here’s why that’s expensive. Google’s Quality Score – which directly sets your cost per click – is built on three signals: expected click-through rate, ad relevance, and landing page experience. When you stuff water damage and fire restoration into the same ad group, your ad relevance tanks for both. A restoration company with a Quality Score of 9 can outrank a competitor bidding twice as much with a Quality Score of 5. Poor structure can inflate your CPC by 30% or more while delivering fewer qualified leads.

    The fix is not complicated, but it requires discipline:

    • Campaign 1 – Emergency Water Damage: Ad groups for emergency water extraction, burst pipe, basement flooding, sewage backup. Separate ad copy for each. Landing page that opens with emergency water damage, not your homepage.
    • Campaign 2 – Fire and Smoke Restoration: Fire damage, smoke damage, soot removal. Different calls-to-action – fire jobs are longer projects, different sales conversation.
    • Campaign 3 – Mold Remediation: Mold testing, black mold removal, mold inspection. This is often a separate buyer with a different timeline.

    Each ad group should have 10-20 tightly related keywords. Every keyword in the group needs to logically fit the same ad and the same landing page. If they don’t, split them.

    What CPCs Actually Look Like in 2025-2026

    Emergency restoration keywords in competitive metros – Atlanta, Dallas, Phoenix, Miami – routinely hit $80-$150 per click. Premium terms like “emergency water damage restoration” have been reported as high as $250 per click in certain markets.

    At those CPCs, your cost per lead depends almost entirely on your landing page conversion rate. A page converting at 8% on a $100 CPC keyword produces a $1,250 cost per lead. Tighten that to 15% conversion and you’re at $667 per lead. On a $15,000 water damage job, either number can work – if you close it. On a $3,500 mold job, you need to be much more careful about which keywords you’re running.

    Average lead costs by channel, for context:

    • Google LSA (Local Services Ads): $100-$200 per verified lead in most markets
    • Google PPC (traditional Search Ads): $200-$400 per qualified lead when structured properly; $400-$700+ when not
    • Organic SEO (year 3+): Under $25 per lead once content and authority are built

    This is not a case against PPC. It’s a case for understanding what you’re buying. LSA leads are cheaper but lower volume and dependent on Google’s automated credit system. PPC gives you scale and control – but the control only works if your campaigns are set up to exercise it.

    Negative Keywords: The Bill You’re Not Seeing

    Three ranked panels: intent near need, catch overflow, compound trust
    Negatives are the bill you are not seeing.

    Most restoration PPC campaigns have weak or nonexistent negative keyword lists. Every day your campaign runs without them, you’re paying for clicks from job seekers searching “water damage restoration jobs near me,” DIY researchers searching “how to do water damage restoration yourself,” students searching for training programs, and equipment renters who aren’t calling you for service.

    Campaigns that actively manage their negative keyword list see 10-20% lower wasted spend and 5-15% improvement in conversion rate. On a $10,000/month ad budget, that’s $1,000-$2,000 per month currently going to irrelevant clicks.

    Build your seed negative list before the campaign launches. Pull your Search Terms Report weekly for the first 60 days. Add exact match negatives first; only go broader if the data supports it. Over-blocking with broad match negatives will starve your campaign of volume you actually want.

    Bidding Strategy: Stop Fighting the Machine

    78% of Google Ads spend now runs through Smart Bidding – Target CPA, Target ROAS, Maximize Conversions. Advertisers using AI bidding report roughly 22% lower cost per conversion compared to manual CPC on average.

    For restoration companies, the right bidding strategy depends on your data:

    • Under 30 conversions per month in a campaign: Use Maximize Clicks with a CPC cap while you accumulate data. Smart Bidding needs signal to work; starving it on a new campaign produces garbage results.
    • 30+ conversions per month: Move to Target CPA. Set your target based on actual job margins, not aspirational ones. If a water damage job averages $12,000 and you close 25% of qualified leads, you can afford a $300 CPL target and still profit. If you’re closing less than 15%, fix your sales process before you fix your bidding.
    • Large campaigns with consistent job data: Target ROAS becomes viable, but you need accurate revenue tracking wired into Google Ads – something most restoration companies don’t have configured properly.

    A qualified water damage lead that converts to a full job is a 14x-100x return on ad spend. The problem is rarely the channel – it’s losing track of where the leads went after the phone call.

    The Landing Page Problem Nobody Talks About

    Three cards for LSA, search ads, and SEO/AI authority channels
    Landing mismatch kills intent you already paid for.

    You’ve fixed the campaign structure, added negatives, set a Target CPA. Your CPC is still $90. You’re still not closing leads.

    Check your landing page. If your ad says “Emergency Basement Flooding – 24/7 Response” and your landing page is your homepage with a hero image of a happy family and a form below the fold, you’re burning the top-of-funnel work you just paid for.

    A restoration PPC landing page needs: the emergency service name in the H1 above the fold, a click-to-call phone number prominent on mobile, a response time claim if you can back it up, one short form (name, phone, zip, issue), and proof elements – reviews, IICRC certification, insurance logos.

    Do not send PPC traffic to your homepage. Do not build one landing page for all services. Match the ad to the page, the page to the ad group, the ad group to the keyword cluster. That chain is where Quality Score lives.

    Budget Sizing for Competitive Markets

    Ballpark monthly budgets to be competitive on emergency restoration keywords:

    • Mid-size market (pop. 200K-500K): $3,000-$6,000/month to generate 15-30 leads
    • Major metro (pop. 1M+): $8,000-$15,000/month to maintain consistent visibility
    • Specific suburb or tight service area: $1,500-$3,000/month if geo-targeting is tight and Quality Score is managed

    These are Search campaign figures only. If you’re also running Performance Max, give it a separate campaign and separate budget so you can see what your Search investment is actually doing. PMax’s black-box reporting will otherwise obscure whether Search is working.

    Bottom Line

    Google Ads works for restoration companies that treat it as an engineering problem, not a set-it-and-forget-it expense. The contractors winning on PPC have siloed campaigns by service, loaded negatives before launch, let Smart Bidding mature on real conversion data, and matched every landing page to its ad group.

    The ones losing money are running one campaign, one ad group, a hundred keywords, and pointing everything at a homepage built by someone who has never answered a restoration emergency call.

    If your current PPC agency can’t show you separate service campaigns, a negative keyword list with at least 50 entries, and a dedicated landing page for each major service – find one that can. At $100+ per click, the cost of a weak setup compounds fast.

    Related on Tygart Media: restoration Google Ads guide · Google Ads data lessons · local SEO for restoration.