Hydrosense® Legionella Test Kit – ECHA Microbiology

Description

MANUFACTURER: ECHA Microbiology

Hydrosense® Legionella Test Kit – ECHA Microbiology

Hydrosense® provides a rapid, reliable assessment of the presence of Legionella in any given water sample. This innovative test kit can be used anywhere to quickly and effectively detect Legionella pneumophila sg1 bacteria.

TRUSTED +

Hydrosense® is widely used across a number of markets within the water industry and is relied upon by many of the world’s leading water treatment companies. The test kit is globally recognised as the fastest Legionella test kit on the market.

INNOVATIVE +

Anyone can easily use the kit by adding a small amount of water (0.1ml) to the Lateral Flow Device (LFD) sample well using a calibrated pipette. The sample then wicks along the LFD and will produce either one line if the water sample is free of Legionella or two lines if Legionella is present.

ACCURATE +

Hydrosense® has been verified to be more accurate than the conventional Legionella testing kits currently used, with the added bonus of being able to be used in the field and a laboratory environment.

DEPENDABLE +

The test results obtained can also be verified using the Hydrosense® electronic portal. Connected to the Hydrosense® Results Reader App, this portal can monitor your results in real-time, and keep track of your historical results log for audit trail purposes.

Hydrosense® is a registered trademark of Albagaia Ltd, UK.

Features:

• Detects Legionella pneumophila serogroup 1 bacteria
• Can be used for testing potable, hot, cold and recreational water samples
• Utilises immunoassay technology to show absence or presence of Legionella
• Provides semi-quantitative indication of contamination related to Legionella pneumophila bacteria
• Provides results in just 25 minutes
• Ideal for use on-site; especially where access to a laboratory is limited
• Requires no additional equipment or specialist training
• Smartphone App Results Reader provides real-time, accurate results interpretation