The CLAM’s revolutionary engineering provides a continuous SPE extraction event that can be sustained for up to 36 hours long, which is representative of a hundred liter water sample. This immense amount of data is stored on a small, yet durable, SPE media disk, providing the Environmental Water Testing Laboratory with a 36 hour “video” of results instead of just a “snapshot” in time. This allows for lower detection limits to be achieved by hundredfold, but enhanced testing, although phenomenal, is only a portion of what elevates the CLAM above traditional water sampling equipment.
This water sampling device has enhanced the Environmental Water Testing Lab’s ability to increase profits from every angle of operations. Aside from receiving more conclusive data, the labs are able to mitigate the risks of receiving a bad sample because of shipping complications to almost zero percent, while simultaneously saving on the logistical costs. In addition, the labs can generate an extra revenue stream by leasing the device itself or by prepping the SPE cartridges for the field. This can all be accomplished with no deviations from the current Standard Operating Procedures.
Aqualytical offers four different kits, each designed to fit specific water sampling needs. All kits are based on SPE Media technology but differ in extraction duration and automation.
In-situ continuous sampling that just collects the total and dissolved e-DNA and leaves the water behind.
Innovative solid phase extraction media cartridges make true field extraction a reality by providing a time-integrative quantitative event of up to 36 hours.
A library of technical documents, including field studies and testing, user manuals, detailed sales sheets and more.
Provide more accurate, comprehensive water quality analysis reports than competitors, in less time
Eliminate routinely expensive issues related to shipping complications
Generate additional revenue streams through maintenance, rental and service options
Easily incorporated into in-house quality control acceptance criteria
Breakthroughs in environmental DNA (eDNA) and biomonitoring help the hunt for the Loch Ness Monster. Passive Sampling and eDNA A team of researchers Led by Neil Gemmel, a university of
eDNA stands for environmental DNA and the sampling is a great method for detecting aquatic organisms such as amphibians and fish. Aquatic animals and organisms produce genetic material in water
