Sampling & Monitoring

  • Biodegradable Sleeving for Sonic Rigs Now you can reduce your plastic footprint on sonic rig sampling jobs by using landfill-biodegradable HDPE sleeving. The clear sleeving has a 203mm lay-flat width, and a thickness of 150 micron. Suitable for Geoprobe, Boart Longyear, and any other sonic rigs which use 8" lay-flay sleeving.
  • Well Development or Sampling The stainless steel bailer is ideal for both groundwater sampling & well development. The all stainless steel construction and check ball allows for rapid decontamination between wells. The tapered top is designed to avoid hang ups in the well, and smooth raising & lowering. A 45mm diameter enables it to be used in standard 50mm monitoring wells. Reusable equipment such as this helps reduce the amount of disposable waste, and adds sustainability to your operation.  
  • Used for vapour sampling beneath a concrete slab, and monitoring of vapour intrusion.  Individual parts and kits are available for order. Please view brochure below or email us via the enquiries tab below for more information.
  • The Swing Sampler enables you to reach out up to 2.4m from a river bank or shore to take a 1.2L surface water sample. It can also be used for reaching into tanks, drums, or any difficult locations with up to 90 degrees rotation on the free-swinging head. The sample jar has a volume of 1.2L and can be re-used (recommended to use Decon 90 to clean between samples). The re-useable sample jar is made from landfill-biodegradable plastic, so when it eventually gets disposed to a landfill it will biodegrade.
  • Using syringes for groundwater filtration in the field is a popular low-cost option. It can be an ideal choice if you are not using a pump, and have a manual device such as a bailer. When using a syringe 50ml at a time can be pushed through a filter. Small low-capacity filters can be used where turbidity is low. However if turbidity is high then it may be better to use a high capacity filter such as the AquaPore Biodegradable Filter Capsule. Syriges are available in luer-lock, catheter tipped, or eccentric tipped varieties.
  • The Shelby sampler is a thin-walled soil sampling system. The system is used to sample soils that are particularly sensitive to sampling disturbance, as it has a very low wall thickness-to-sample area ratio. The sampler consists of a thin walled steel tube whose lower end is shaped to form a cutting edge. Fieldtech Solutions is now stocking U63 and U50 Shelby Tubes and drive heads. Drive Heads are available in AW, AWJ, or NWJ box threads.  
  • Reduce filtering costs with the 150ml PES (Polyethersulfone) vacuum filter flask. The Vacccum Filter Flasks include a bottle-top filter and a receiving flask, and PES 0.45u bottle-top filters. Comes in a carton of 12.
    • 0.45 micron filter membrane
    • Connects easily to Mityvac Hand Pump
    • Available in cartons of 12
  • The Waterra 1 UP Peristaltic Sampling Pump can be powered by 110 and 220V AC, external 12VDC or its 12V internal battery.  Suction lifts up to 8.5m. 4 Battery Choices LIFE Batteries are Lithium Iron Phosphate batteries that weigh about one half the weight of the SLA (Sealed Lead Acid) batteries. LIFE batteries a have better discharge curve, maintaining higher voltages for longer. Available in 20 Ahr and 12 Ahr formats. A LIFE 12 Ahr 1 UP Pump weighs less than 8.1kg and the 20 AHr unit weighs less than 9.5kg. SLA Batteries are Sealed Lead Acid conventional batteries that are a less expensive than LIFE batteries, but weigh about twice as much. Available in 20 Ahr and 12 Ahr formats.
  • Turn your BioTubing into a groundwater pump Waterra footvalves or inertial pumps have long been a reliable and effective way to sample groundwater. They consist of a one-way checkvalve which connects to a length of HDPE BioTubing. Oscillating the tubing up and down in the well produces a flow of water. The tubing can also be connected to external pumps such as the Waterra Powerpack or PowerPump. Waterra footvalves can be a great sampling solution for narrow diameter wells. Fieldtech Solutions stock a range of the most popular sizes such as the D25, D32, and D16 footvalves. Each of these can connect to our BioTubing which allows it to function as a manual groundwater pump.  
  • The Hydrolift is a portable, 240v operated electric device that is used to automate the operation of the Waterra Pump System. This actuator is perfect for purging and sampling 50mm diameter monitoring wells up to 60m deep. In special circumstances it can lift up to 90m. This electrical Tubing Actuator is optimized to operate with the Standard Flow System up to its maximum effective depth and will operate with the High Flow System up to a depth of 45m. This Tubing Actuator is the ideal choice for the frequent user of the Waterra Pumping System with moderate to extreme pumping requirements (Low, Standard and High Flow). Using the Hydrolift will result in a big boost to your field sampling program. The Hydrolift is powered by a 3/4 horsepower (560 watts) electric motor and generates a 4 inch (10 cm) stroke at up to 140 cycles per minute. The Hydrolift weighs about 16 kg and requires an electrical power supply of at least 1000 watts. *Please note the Hydrolift requires a generator to power it. See image 2 for an animation on how the system works.
  • The Waterra PowerPack PP1 provides the mechanical actuation for pumping with inertial pumps to depths of over 60m, in a fully portable, single operator power unit. At 13 kg, the PowerPack PP1 provides outstanding pumping performance. The PP1 is powerful enough to lift water from over 60m depth using the Standard Flow System, and is so compact that it fits onto a back-pack frame. The PowerPack PP1 incorporates clamps for Waterra High Flow and Standard tubing sizes (adaptors are available for smaller tubes). A Honda GX-25 series, 1.0 horsepower, 4 stroke, gasoline motor powers this device, which can run for approximately 1 hour without refuelling.

We ship all our products with recycable and biodegradable materials.

We ship all our products with recyclable and landfill-biodegradable materials.
We use newspaper as filler and recycled cardboard boxes where possible to replace non-recyclable material.

Title

Go to Top