Emergency eyewash station repair quote

Repairing these units requires specific knowledge of flow rates and water pressure to ensure they do not cause further injury during an emergency. This guide outlines the costs, regulations, and processes involved in maintaining and repairing emergency eyewash equipment in a domestic or small-business setting.

What Does the Work Involve?

• Initial Assessment: A thorough inspection of the unit, supply pipework, and controls to identify leaks, physical damage, or bacterial contamination.
• System Isolation: Safely isolating water and electrical supplies to prevent accidental discharge or shocks during the repair.
• Component Replacement: Removing and replacing failed parts such as spray nozzles, push-plates, stay-open valves, and rubber seals.
• System Flushing: Clearing the lines of stagnant water or debris to ensure the water is clean and safe for ocular contact.
• Flow Rate Testing: Measuring the output to ensure it meets the required litres per minute and checking that the spray pattern covers both eyes simultaneously.
• Fluid Management: For self-contained units, this involves replacing sterile solutions or cartridges and recording expiry dates.
• Waste Disposal: Safely handling and disposing of any contaminated water or hazardous chemical solutions in accordance with environmental regs.

Typical Costs

Prices vary significantly based on whether the unit is a simple wall-mounted bottle station or a plumbed-in pedestal unit. Emergency call-outs or repairs in London and the South East typically command a 20-30% premium over the national average.

How Long Does It Take?

• Minor Repairs & Testing: 30 to 90 minutes for simple valve replacements and flow tests.
• Full Unit Replacement: 2 to 4 hours, depending on existing plumbing and mounting requirements.
• System Flushing & Decontamination: 1 to 2 hours if the system has been stagnant for a long period.
• Certification & Documentation: 15 to 30 minutes to complete the compliance log and service report.

DIY or Professional?

While a homeowner can easily replace a wall-mounted sterile bottle, plumbed-in eyewash stations should be handled by a professional. Incorrect water pressure can cause permanent eye damage, and stagnant water in the pipes can harbour Legionella bacteria.

Professional technicians ensure the unit complies with British Standards and provide the necessary paperwork for home business insurance. If the unit involves electrical components (such as heated units for outdoor use), a Part P qualified electrician or a specialist technician is required.

Choosing the Right Tradesperson

• Verify they are familiar with BS EN 15154 (the UK standard for emergency safety showers and eyewashes).
• Check for Public Liability Insurance (minimum £2 million is standard).
• Ensure they can provide a written service report or a certificate of compliance upon completion.
• Questions to ask:
  • Do you carry common spare parts like nozzles and aerators on your van?
  • Can you perform a flow rate and spray pattern test during the visit?
  • What is your warranty period for both parts and labour?
  • Are you experienced with the specific brand of station I have installed?

UK Regulations

• BS EN 15154: This is the primary standard governing the performance and installation of safety stations in the UK.
• HSE Health and Safety (First-Aid) Regulations 1981: Requires employers (including home-based businesses) to provide adequate and appropriate equipment.
• COSHH (Control of Substances Hazardous to Health): Dictates the necessity of eyewash stations where hazardous materials are used.
• Water Regulations Advisory Scheme (WRAS): Plumbed units must be installed to prevent backflow and contamination of the mains water supply.

Common Problems

• Clogged Nozzles: Limescale build-up in hard water areas can block the spray or cause an uneven pattern.
• Low Water Pressure: Prevents the water from reaching the required height to flush both eyes effectively.
• Expired Solutions: Portable bottles have a shelf life; using expired fluid can lead to secondary infections.
• Leaking Valves: Constant dripping can lead to water damage and reduced pressure during an actual emergency.
• Incorrect Temperature: Water that is too cold can cause thermal shock, while water that is too hot can accelerate chemical reactions on the eye.

Frequently Asked Questions

How often should my eyewash station be tested?

Plumbed units should be flushed weekly to clear the lines and ensure functionality. A full professional inspection and flow test should be conducted at least annually to remain compliant with safety standards.

Can I use tap water in a portable eyewash station?

No. Portable stations must use a sterile saline solution or a specifically formulated preserved water. Tap water contains minerals and bacteria that can cause infections or further damage to an injured eye.

What is the required flow rate for an eyewash station?

According to BS EN 15154, a plumbed-in eyewash station must provide a minimum of 11.4 litres of water per minute for at least 15 minutes.

Does the water need to be heated?

The water should be "tepid," ideally between 15°C and 37°C. If your station is located in an unheated garage or workshop, you may need a thermostatic mixing valve or a heated unit to prevent the water from being dangerously cold in winter.

Why is my eyewash station water discoloured?

This is usually due to sediment build-up or rust in the pipes (often called a "dead leg"). It indicates the system hasn't been flushed recently and requires a professional clean and inspection to ensure it is safe for use.