Water hardness

BS14 Bristol

Near or below the UK average. Limescale builds slowly.

At 180 ppm, Bristol ranks near the UK's softest water areas — compare it against the hardest areas.

Moderately Hard 180 ppm South West Wessex Water
Your reading
180
parts per million
Soft
Moderate
Hard
Very hard
0100200300400+

What this means for your home

Based on 180 ppm in Bristol (moderately hard water).

  • Noticeable limescale buildup in kettles and boilers
  • Soap may not lather as easily
  • Showerhead may need descaling periodically
  • Slight film on glassware after washing

Heat loss
4%
Light scaling
Softener salt
£10–18
per year
Worth it?
Yes
at 180 ppm
Suggested for moderately hard water
Filter jug (optional)
Mainly a taste preference, limescale won't be a real issue here.
From £20
Maintenance habits
Routine descaling once or twice a year is plenty.
Free
Softening

Should you soften the water in Bristol?

A verdict and running-cost estimate based on BS14's 180 ppm reading, for a typical 4-person household.

Softener recommended

Hardness is moderate to hard, so a softener cuts scale and soap use and usually pays back over its lifetime.

Recommended size
24k
grain capacity, regenerates ~every 14.9 days
Salt running cost
£10–18
per year (~37 kg salt)
Limescale
4%
est. heater efficiency loss. Light scaling
Soap saving
Low
Some saving: expect to use slightly less soap and detergent.

Appliance impact at 180 ppm: slight: minor descaling extends kettle/boiler life. Sized for a 4-person home; regenerates roughly every 15 days (estimate). Figures are conservative estimates and vary with household size and usage.

Water quality details

Hardness data for BS14

Sourced from Wessex Water's published water-quality reports and public records.

Hardness measurements

Parts per million (ppm CaCO₃)180
Degrees Clark (°Clark)12.6
Degrees French (°fH)18
Degrees German (°dH)10.1
Calcium (mg/L Ca²⁺)72

Supplier and area

Water supplier Wessex Water
Region South West
County Bristol
Hardness band Moderately Hard
UK average 207 ppm
Visit Wessex Water page
Official source
Wessex Water water-hardness report

Read the hardness and limescale guidance here, then use the postcode checker to see your local hardness value.

FAQ

Common questions about BS14

What is the water hardness in BS14 Bristol?
The water in BS14 Bristol has a hardness level of 180 ppm (parts per million) calcium carbonate, classified as moderately hard. This is 27 ppm below the UK national average of 207 ppm.
Which water company supplies BS14?
BS14 Bristol is supplied by Wessex Water. Wessex Water serves the South West region.
Is the water in BS14 safe to drink?
Yes. Moderately Hard water at 180 ppm is safe to drink. Water hardness affects taste and can cause limescale, but it is not a health risk. In fact, hard water contains beneficial minerals like calcium and magnesium.
How can I reduce water hardness in BS14?
At 180 ppm, the water in BS14 is moderately hard and unlikely to cause significant issues. A jug filter can improve taste, but a water softener is generally not necessary.
What does 180 ppm water hardness mean?
180 ppm means there are 180 parts per million of calcium carbonate dissolved in the water. This is equivalent to 12.6 Clark degrees, 10.1 German degrees, or 18 French degrees. Water above 180 ppm is generally considered hard.
What size water softener do I need in BS14?
For a typical 4-person home at 180 ppm, a 24,000 grain softener is a sensible size. It would regenerate roughly every 14.9 days. Larger households or higher daily use need a bigger unit. These figures are conservative estimates.
How much does it cost to run a water softener in BS14?
At 180 ppm, expect to use about 37 kg of salt a year, costing roughly £10–£18/year. Hardness is moderate to hard, so a softener cuts scale and soap use and usually pays back over its lifetime.

Your Bristol water action plan

Enter your email for the short list of things worth doing at 180 ppm, and the upgrades you can safely ignore.

Check another postcode

Compare hardness across areas before moving or buying a softener.