Well Screen Replacement Cost: 2026 Pricing Guide

If your well is producing sand, losing yield, or a video inspection shows damaged screens, you're probably wondering about replacement costs. The answer is complicated — true screen replacement isn't always possible, but there are often better alternatives.

What Is a Well Screen?

The well screen is the intake section at the bottom of your well that allows water in while keeping sand and sediment out. Depending on your well type:

• Screened wells: Have a slotted or perforated section (common in sand/gravel aquifers)
• Open-hole wells: Have no screen — rock formations are stable enough to be open (common in granite)
• Gravel-packed wells: Screen surrounded by filter gravel for fine sediment control

Cost Summary

Option	Cost Range	When Appropriate
Chemical rehabilitation	$3,000-$8,000	Mineral scale buildup
Mechanical cleaning	$2,000-$5,000	Sediment/biofilm buildup
Liner installation	$5,000-$15,000	Screen damaged but casing okay
Screen replacement	$8,000-$20,000+	When structurally possible
New well	$20,000-$50,000+	Beyond repair, or more economical

Option 1: Well Rehabilitation ($2,000-$8,000)

Often the best first step. Rehabilitation can restore a significant percentage of lost yield without replacing anything.

Chemical Treatment ($3,000-$8,000)

Acids or other chemicals dissolve mineral deposits blocking screen slots:

• Process: Pump pulled, chemicals injected, soaked, surged, pumped out
• Best for: Iron/manganese scale, calcium carbonate deposits
• Results: 50-100% yield recovery possible
• Limitations: Won't fix physical screen damage

Mechanical Cleaning ($2,000-$5,000)

Physical brushing and surging to remove buildup:

• Process: Wire brushing, high-pressure jetting, air surging
• Best for: Bacterial slime, loose sediment, light scale
• Often combined: With chemical treatment for best results

Combined Rehabilitation ($4,000-$10,000)

Chemical + mechanical treatment together for maximum effectiveness.

Option 2: Liner Installation ($5,000-$15,000)

When screens are damaged but the well casing is sound, a liner can salvage the well:

How It Works

1. A smaller-diameter casing (liner) is lowered inside the existing well
2. New screen section on the liner sits inside/below the damaged area
3. Annular space is sealed to prevent bypass
4. New pump sized for smaller diameter is installed

Cost Breakdown

• Liner materials: $2,000-$6,000 depending on depth and diameter
• Installation labor: $2,000-$5,000
• New pump (smaller): $1,000-$3,000
• Total: $5,000-$15,000

Limitations

• Reduces well diameter (limits pump size)
• May reduce maximum yield
• Not possible if casing is also damaged
• Well must be straight enough to accept liner

Option 3: True Screen Replacement ($8,000-$20,000+)

Actually removing and replacing the screen is often not possible because:

• Screen is permanently attached to casing
• Well construction doesn't allow removal
• Gravel pack would collapse
• Formation has shifted around screen

When It's Possible

Screen replacement may be feasible for:

• Telescoping screen designs (screen is separate piece)
• Shallow wells with accessible screens
• Wells specifically designed for maintenance access

Cost Factors

• Depth: Deeper = more expensive
• Screen type: Stainless steel vs. PVC
• Well condition: Complications add cost
• Re-development: New screen needs to be developed

Option 4: New Well ($20,000-$50,000+)

Sometimes a new well is actually the most economical choice:

When New Well Makes Sense

• Rehabilitation cost exceeds 50% of new well cost
• Multiple problems (screen, casing, low yield)
• Well is very old with uncertain remaining life
• Better water or more yield expected at new location
• Regulatory issues with existing well

Cost Comparison

Example scenario:

• Liner + pump: $12,000
• Remaining well life: 10-15 years
• New well: $35,000
• Expected life: 30-50 years

If the old well is already 25 years old and has other issues, the new well may be the better investment.

Signs Your Screen Needs Attention

Declining Yield

Well produces less water than it used to. This often indicates screen blockage from:

• Mineral scale (iron, calcium, manganese)
• Bacterial slime (iron bacteria)
• Sediment accumulation

Sand in Water

Sand or sediment coming through means screen is damaged or deteriorated:

• Slots have enlarged (corrosion)
• Screen has holes
• Gravel pack has migrated

Pump Problems

Sediment from failing screens damages pumps:

• Premature pump failures
• Sand-locked impellers
• Worn check valves

Diagnostic Steps

Video Inspection ($300-$600)

A downhole camera shows exactly what's happening:

• Screen condition (scale, damage, holes)
• Casing condition
• Sediment accumulation
• Helps choose the right repair approach

Flow Test ($200-$400)

Measures current yield vs. original to quantify decline.

Water Quality Test ($100-$300)

Identifies iron, manganese, or bacteria that may be causing blockage.

Prevention

Extend screen life with preventive maintenance:

• Periodic rehabilitation: Clean before problems become severe
• Treat iron bacteria: Shock chlorination annually if present
• Monitor yield: Catch decline early
• Address water quality: Treatment reduces mineral deposition