How to Manage Well Drilling Projects From Quote to Completion

Well drilling is one of the few field trades where a single job runs three to ten days, touches multiple regulatory filings, and can have its scope double mid-project when the water table turns out deeper than expected. A typical residential well quote assumes 200 to 350 feet. That number is a guess, based on neighboring wells and the aquifer map. When the rig hits 350 feet with no producing fracture, the crew keeps drilling — at a per-foot rate the homeowner did not originally sign for. How the drilling company handles that moment determines whether the customer pays quickly or whether the job becomes a small-claims dispute.

This guide walks through the six steps a drilling contractor uses to quote, schedule, execute, and close out a project cleanly — from the first site visit to the signed well log and water-quality test.

Most small drilling operations run on paper job folders, a shop whiteboard, QuickBooks, and the owner's memory of the last job in that subdivision. The quote is a pre-printed form with blanks for expected depth and per-foot overage. Permits get pulled by whoever has time. The rig is scheduled with colored magnets. The driver fills a paper well log in the field and the office types it into the state system a week later. When a rig breaks down, a permit gets rejected, or a test fails, the paper chain breaks and the job stalls. The six steps below tighten the process without losing the owner's knowledge of the territory.

A drilling quote is not a fixed-price job. It is a base price for a stated depth plus per-foot pricing beyond that depth, plus specified adders for conditions requiring additional work. The quote should state base price at expected depth (e.g., 280 feet at $X), per-foot rate beyond ($Y/foot), adder for steel casing if bedrock is unstable, adder for grout if aquifer isolation is required, and pump install separately. Water yield is not guaranteed — that has to be in writing.

Build a quote template that forces the estimator to fill expected depth, per-foot overage rate, contingency scope, and a clear statement that the homeowner pays for drilled footage whether the well produces water or not. That clean quote prevents most disputes. For agricultural and commercial wells, add progress-billing (mobilization deposit, progress at casing, balance at pump and test).

Most states require a well construction permit before drilling starts. Timeline varies from 48 hours in streamlined states to 30-60 days in heavier regulated states. The application needs site location, proposed depth, intended use, setback distances from septic systems and property lines, and sometimes a site plan.

Build a permit task per job with a due date tied to the drill date minus the state's processing time. Attach the application, site plan, and homeowner's authorization to the job record. When the permit comes back approved, attach it and update the drill date as firm. When it comes back rejected, the office has a single place to see why and re-file. Never let a permit-pending job get scheduled against a rig — a rig sitting on a driveway waiting for paperwork costs thousands per day.

A drilling job is not just a crew — it is a rotary rig, a support truck, a mud tank or air compressor, a driller and one or two helpers, and often a pump installer for the last day. Scheduling just the rig without locking in the others is how crews end up standing around a parked rig.

Treat every resource as its own schedulable object. The rig has a daily availability. The support truck has its own. Each crew member has their own. When you book a 4-day drilling job, all four resources need to be available. Build the schedule as a grid where the dispatcher sees every resource's commitment across two weeks. Most rotary rigs need service every 200-300 hours — block maintenance days in advance rather than finding out the day-of that the mud pump is leaking.

The quote said 280 feet. At 310 feet the driller is still in dry formation. At 380 feet there is a production-grade fracture. Every foot past 280 is billed at the per-foot overage rate. The problem: many drillers keep drilling, finish the well, and then present a bill thousands higher than the quote. The homeowner pushes back, collections starts, and goodwill dies.

The right workflow is to stop the rig at the quoted depth (or a pre-agreed checkpoint like 10 percent over), call the homeowner, and get written approval for continued drilling at the per-foot rate. In the field, the driller sends a depth-change-order form from a tablet, the homeowner ESigns from their phone, and the approval lives on the job record. When the bill comes at 380 feet with a signed change order, payment is fast and clean. Without one, you are relying on the homeowner's memory of a phone call.

Every state with groundwater regulation requires a well log — total depth, static water level, yield in GPM, casing details, grouting, screen interval, formations encountered, and completion date. Most states require filing within 30-90 days. Submission format varies — online portals, paper, or PDF upload.

Capture the log in the field as structured data, not hand-written notes that get scanned later. Build custom fields on the job record for each required element: total depth, static water level, pumping water level, yield GPM, draw-down, casing diameter and material, grout type and volume, formation log, latitude, longitude, driller's license number. At completion, generate the state-specific well log PDF from those fields. Filing becomes a 10-minute task. Losing a log is impossible because the data is still on the job record even if submission fails.

Most states require a bacteriological test (coliform, E. coli) before the well goes into service. Many also require chemical testing for nitrates, arsenic, and regional contaminants. Samples are pulled after disinfection and a 24-72 hour flush. Lab results take 3-10 days.

Build the water-quality task as a dependent phase on every project. The task creates itself when drilling completes, with a due date for sample pull and a sub-task for lab submission. When results come back, attach the lab PDF and update custom fields for coliform, E. coli, nitrate, arsenic. If any result fails, the workflow fires a follow-up: re-disinfect, re-sample, or install treatment. When results pass, the system fires turnover — homeowner walkthrough, final invoice, warranty document, and state-submission reminder. A tested system should close out with a homeowner signature, final paid invoice, and filed state well log all within a week of pump installation.

Deelo runs the drilling operation as an all-in-one platform. Projects breaks each well into phases (siting, permit, drill, case, grout, develop, pump, test) with tasks, budgets, and resource assignments. Field Service schedules the rig, support truck, and crew as distinct resources. CRM handles the 4-8 week lead cycle with nurture automation. Docs generates the quote, change order, well log, and warranty from merged custom fields. ESign captures the in-field depth change order. Automation fires the water-quality task when drilling completes and turnover when test results pass.

For a 6-person drilling shop (2 drillers, 1 helper, 1 pump tech, 1 estimator, 1 owner), the entire back office runs at $114 per month. Trade-off is a few days of setup on templates. After that, a new well job takes 15 minutes to stand up.