Does removing a pool save water? Usually, yes: a completed removal eliminates that pool's ongoing evaporation, splash, leak, cleaning, and refill demand. But it does not guarantee that the whole property will use less water. A large irrigated lawn or thirsty planting scheme over the former pool can use substantial water of its own, while a compact low-water landscape or permeable seating area can preserve more of the savings.
For a Bakersfield homeowner, the useful comparison is therefore not “pool versus nothing.” It is the current pool's measured water use versus the expected water use of the finished yard. Consider conservation upgrades if the pool is still wanted, and compare removal methods, lawful draining, backfill, drainage, and restoration if it is not. This article is general planning guidance; confirm current water, permit, discharge, and landscape requirements with the agencies and professionals responsible for the actual address.
Does removing a pool save water at the property level?
Pool removal stops water loss from the open vessel after the project is complete. The U.S. Environmental Protection Agency identifies evaporation, cleaning, leaks, and splashing as major ways pools consume water. Its current WaterSense pool-efficiency guidance estimates that an uncovered 500-square-foot pool can lose roughly 12,000 to 31,000 gallons per year to evaporation, depending on climate; a heated pool may lose more. That is a broad planning range, not an estimate for a particular Bakersfield pool.
Actual savings vary with surface area, shade, wind, water temperature, cover use, leaks, filter practices, splash, and how often water is replaced. They also vary with the replacement surface. Removing an efficient, consistently covered pool and installing heavily irrigated turf may produce a smaller net change than expected. Removing a leaking, uncovered pool and replacing it with a smaller hydrozoned garden may produce a larger one.
Do not use the pool's one-time capacity as its annual water use. A pool is not normally refilled from empty every year. Compare actual refill and maintenance demand over time with the ongoing irrigation demand of the proposed yard.
Build a simple water baseline before deciding
Start with evidence from the property. Review at least a year of water bills if they are available, noting the difference between cooler months and the pool season. A seasonal increase can include both the pool and the rest of the landscape, so it is not a pool measurement by itself. Identify every outdoor use that changes at the same time, including lawn irrigation, garden zones, fountains, and household occupancy.
Then document how the pool operates. Record its approximate surface dimensions, whether it is covered, whether it has an automatic fill valve, the frequency of filter cleaning or backwashing, known leaks, recent repairs, water features, and any routine partial draining. A silently running autofill can hide water loss because the level appears stable. A pool professional can help investigate a suspected leak instead of assuming that every refill is ordinary evaporation.
Use the baseline to ask four practical questions:
- How much water is added during a typical week in warm weather and in cooler weather?
- Which losses are avoidable through a cover, repair, operating change, or equipment change?
- How much of the former pool footprint will become planting, turf, or another irrigated surface?
- Will the new design use separate hydrozones, efficient irrigation, mulch, shade, or permeable hardscape?
This does not need to become a precise engineering model. Its purpose is to prevent a decision based on pool volume alone and to give pool-removal and landscape bidders the same finished-yard assumptions.
Compare water-saving pool upgrades with removal
If the household still uses and values the pool, removal is not the only conservation option. EPA says a pool cover can prevent up to 95 percent of evaporation when properly and consistently used. The agency also recommends monitoring for leaks, keeping the water level below the edge to limit splash loss, and cleaning the filter based on need rather than an arbitrary schedule. The practical benefit at a specific home depends on the cover type, fit, habits, equipment, and pool condition.
Price the realistic alternatives: repair a confirmed leak, make an existing cover easier to use, adjust a faulty autofill, change maintenance practices, renovate the pool, or remove it. Include ongoing maintenance, energy, safety, and actual household use alongside water. A water-saving upgrade may make sense for a pool that remains useful; it may only postpone a decision for a pool the household no longer wants.
If removal is preferred, compare full pool removal with partial removal and fill-in based on future use, documentation, access, and local approval—not water savings alone. Either method eliminates the functioning pool, but the structural and resale implications can differ.
The replacement yard determines the long-term result
Decide the future surface before the demolition scope is finalized. California's Department of Water Resources says outdoor use accounts for about half of home water use and recommends planning around climate, sun, soil, plant selection, and irrigation. Its water-wise yard planning guide suggests grouping plants with similar needs into hydrozones, evaluating irrigation, improving the planting layer where appropriate, and considering permeable hardscape.
That guidance does not mean every former pool should become a garden. A good plan might combine a shaded seating area, modest planting beds, and a small activity zone. If planting is desired, choose species for the actual exposure and mature size, separate tree irrigation from shallow-rooted plants where appropriate, and allow for establishment water. “Drought tolerant” does not mean a new plant needs no irrigation.
Coordinate water efficiency with construction quality. Deep structural backfill may need controlled placement and compaction, while roots need a suitable surface layer. Irrigation trenches, drainage components, and trees should not compromise approved fill or conceal settlement. The detailed guide to landscaping after pool removal explains the sequence from closeout through soil preparation, irrigation, and planting.
Water providers and rules vary across the Bakersfield area. The City of Bakersfield Water Department links its current restrictions, conservation resources, rebates, and water-purveyor map. Check the provider serving the parcel before relying on a program or watering rule, and verify eligibility before beginning any work that might affect a rebate.
Handle the existing pool water as a separate task
Long-term conservation does not decide where the water already in the pool may go. Draining is a one-time project task governed by the receiving system, water chemistry, site conditions, and local direction. Pool water, filter backwash, acid-wash water, saltwater, and water containing treatment chemicals may require different handling. Never assume that a street, storm drain, sanitary cleanout, septic system, canal, or yard is an approved outlet.
Review the site's pool-draining guide for Bakersfield and Kern County, then ask the responsible authority and contractor to confirm testing, the discharge route, pumping rate, timing, and documentation. Reusing suitable water may sometimes be considered when the authority and site conditions allow it, but a generic conservation goal is not permission to discharge.
Schedule approved draining close to demolition so the empty shell does not remain an avoidable hazard or suffer unplanned exposure. Put water handling in the written removal proposal rather than leaving it as an owner task to resolve on mobilization day.
Compare complete scopes, not a single savings claim
Ask removal bidders to describe the pool, deck, equipment, plumbing, access, permits, debris, backfill, compaction, grade, and restoration included. Use the Bakersfield pool removal cost guide to identify major cost factors, then obtain a separate landscape allowance if the finished yard is not included. A low demolition number says little about future water use when the surface and irrigation remain undefined.
Before choosing, write down:
- the current pool's measured or reasonably observed refill and maintenance demand;
- conservation repairs or upgrades that could reduce that demand;
- the full-removal or fill-in method proposed and the future loads planned for the area;
- the approved plan for existing pool water and removed equipment;
- the finished mix of planting, turf, hardscape, shade, and activity space;
- the irrigation zones, controls, establishment period, and long-term maintenance plan; and
- the permits, inspections, records, and restoration responsibilities included in each quote.
Make the finished yard part of the pool-removal decision
Removing a pool can eliminate a meaningful source of outdoor water demand, especially when the pool is uncovered, leaking, or no longer useful. The durable savings, however, come from the entire before-and-after plan. Measure the current condition, consider efficient ways to keep a wanted pool, and design the replacement around Bakersfield's climate, suitable soil, controlled irrigation, and the way the household will use the yard.
When removal is the right direction, request a water-conscious pool removal estimate. Include pool dimensions, cover and leak history, access photos, intended removal method, and a sketch of the finished yard so responding professionals can discuss demolition and restoration as one coordinated scope.