All products

This range of products is what sets us apart, and has resulted in government awards for innovation & sustainability. Add sustainability to your monitoring well installations, and reduce your plastic waste footprint.

  • Suitable for our 100mm PN12 PVC Screen and Casing, these flush-fitting bottom end caps are available with either male or female threads to help minimise your off-cut wastage during 100mm well installations.  

  • The engineered plastic 12 volt submersible centrifugal Tempest/Twister® pump is capable of pumping up to 18m from ground level, and the Super Twister® up to 25m (Depth to Water) by simply connecting to a 12 volt deep cycle battery. They are well suited for continuous sampling and purging of groundwater wells, or Low Flow Sampling by adding the optional controller.

    They can also be mounted on a hose reel as indicated by the images.
  • Used during soil vapour monitoring, 3-way and 2-way valves are an ideal addition as part of leak testing and purging.
    • 3 way valves with 2 Female luer ports and 1 male luer lock
    • 2 way valves with 1 Female luer ports and 1 male luer Lock
       
  • The Heron 4-20mA Pressure Transmitter is easily integrated into an existing SCADA system, digital display and 3rd party data logger. It will provide a continuous, accurate water level reading for a wide variety of applications. A two-wire 4-20mA Pressure Transmitter current configuration is used with the Heron Pressure Transmitter which is the most widely used signal transmission for transducers in industrial environments.
    • Vented cable provides real time barometric compensation
    • Simple two-wire connection
    • Output signal is compatible with most telemetry, SCADA and PLC systems
    • High noise immunity on long cable runs
    • Wide range of supply voltage (7.5VDC-35VDC)
    • High accurate water level measurements
    • Reverse polarity protected
  • Alconox is a concentrated, anionic detergent for manual and ultrasonic cleaning. Free rinsing to give you reliable results without interfering residues. Ideal for cleaning contaminants from glassware, metals, plastics, ceramic, porcelain, rubber and fiberglass. Excellent replacement for corrosive acids and hazardous solvents. FSANZ Authorized. USDA authorized. Dilute 1:100. pH 9.5

    Used to clean: Groundwater and Soil Sampling equipment,, Healthcare instruments, laboratory ware, vacuum equipment, tissue culture ware, personal protective equipment, sampling apparatus, catheters, tubing, pipes, radioactive contaminated articles, optical parts, electronic components, pharmaceutical apparatus, cosmetics manufacturing equipment, metal castings, forgings and stampings, industrial parts, tanks and reactors. Authorized by FSANZ and USDA for inspected meat and poultry plants. Passes inhibitory residue test for water analysis. Used to remove: Soil, grit, grime, buffing compound, slime, grease, oils, blood, tissue, salts, deposits, particulates, solvents, chemicals, radioisotopes, radioactive contaminations, silicon oils, mold release agents. Surfaces cleaned: Corrosion inhibited formulation recommended for glass, metal, stainless steel, porcelain, ceramic, plastic, rubber and fiberglass. Can be used on soft metals such as copper, aluminum, zinc and magnesium if rinsed promptly. Corrosion testing may be advisable. Cleaning method: Soak, brush, sponge, cloth, ultrasonic, flow through clean-inplace. Will foam—not for spray or machine use. Directions: Make a fresh 1% solution (2 1/2 Tbsp. per gal., 1 1/4 oz. per gal. or 10 grams per liter) in cold, warm, or hot water. If available use warm water. Use cold water for blood stains. For difficult soils, raise water temperature and use more detergent. Clean by soak, circulate, wipe, or ultrasonic method. Not for spray machines, will foam. For nonabrasive scouring, make paste. Use 2% solution to soak frozen stopcocks. To remove silver tarnish, soak in 1% solution in aluminum container. RINSE THOROUGHLY—preferably with running water. For critical cleaning, do final or all rinsing in distilled, deionized, or purified water. For food contact surfaces, rinse with potable water. Used on a wide range of glass, ceramic, plastic, and metal surfaces. Corrosion testing may be advisable.
  • AMS soil augers are commonly used throughout the world for obtaining disturbed soil samples at or near the surface and for boring to depths where samples may be obtained with a soil sampler or soil core sampler.

    Available in alloy steel or stainless steel, with either threaded or quick-connect options. Perfect for augering shallow depths, AMS soil augers can also auger deeper depths and are generally limited by only the time and muscle of the user. Listed below are the most common AMS augers that we stock.  
  • The AquaPore inline filter is the world's first biodegradable filter capsule. Having the same special patented additive as all our other landfill biodegradable products, the AquaPore filter is a disposable plastic filter which will biodegrade when discarded to a landfill. It is especially convenient when used with low-flow groundwater sampling but can also easily be used with a bailer, or with a filter flask for surface water filtering. All AquaPore filters now come with a threaded barb adapter to allow easy connection to your low-flow discharge line (3/8" OD). The AquaPore 800 biodegradable filter has a huge 800cm2 capacity to handle water with high turbidity, while the AquaPore 500 has a 500cm2 capacity for medium turbidity. Both filters have the same proprietary additive we use in our other biodegradable products to make them landfill biodegradable. It has been designed specifically for the preparation of groundwater samples for dissolved metals analysis and for filtering large volumes of turbid groundwater. The AquaPore filter has been lab tested and rinsate verified for 66 trace elements complying with ANZECC recommendations.
  • Disposable Bailer Cord Our disposable bailer cord is mainly used to deploy bailers and sleeve samplers. Made from polypropylene, it is well suitable for all types of ground water sampling. The 2.5mm diameter twine is packaged in a convenient 100m spool and also made in Australia. It has a manufacturers stated break load of approximately 195kg, so can be used for a range of applications.
  • CETCO Bentonite, Gels, and Cement We now stock bags of bentonite, making it easier to get all your well installation material from the one location. 25kg Bags of bentonite are available in granules or chips. Bentonite tablets and coated slow release tablets are also available for applications where immediate reaction with water is not desired.  
  • The BioBailerTM is a quick and easy way to sample groundwater. Simply lower the bailer into your well and it fills with water as it submerses. When you pull up to retrieve the bailer the check-valve closes, trapping approximately 1L of water inside. BioBailersTM are made from landfill-biodegradable* PVC, and will only start to biodegrade once in a microbe rich environment such as a landfill. They do not require high oxygen or temperature to biodegrade such as in a commercial compost. Achieve the same groundwater sampling integrity as non-biodegradable bailers but more responsibly.
    Need to sample LNAPL / PSH? The easiest and most cost effective way is with the Hydrocarbon only or HC BioBailers. HC BioBailersTM allow you to collect floating LNAPL / PSH from a well, without collecting water. The ball valve is denser than LNAPL but lighter than water so it pushes water out of the bailer while keeping the LNAPL. These bailers also have a wider mouth than regular bailers, allowing you to collect more LNAPL with each bail. Like all BiobailersTM they are landfill-biodegradable.
  • Low-Flow Sampling has been the preferred method of choice for many years now in Australia for groundwater sampling. Now you can use disposable bladders responsibly by choosing our landfill biodegradable bladders. Fieldtech Solutions has developed landfill-biodegradable concertina style bladders, and also tube style bladders for 2 of the most popular low-flow groundwater sampling pumps. These bladders have the same biodegradable additive as our other disposable sampling products so that they will biodegrade once disposed to a landfill. *Concertina style bladders now also available in HDPE*
  • Biogone ziplock bags are landfill biodegradable and well suited for PID soil headspace sampling. Available in packs of 25 or cartons of 500.
  • Landfill-biodegradable nitrile gloves can be recycled or disposed of in the general rubbish bin. Once disposed to landfill, biodegradation is accelerated approximately 90%+ faster conventional nitrile gloves, producing an organic matter (a natural fertiliser) and no microplastics. For further information click here.
  • Landfill-Biodegradable Push-Tube Liners for Soil Sampling

    The BioLinerTM has been available in Australia since 2012, and as the name suggests it is a plastic liner for soil sampling that will biodegrade* 90+% faster than conventional push-tube liners when discarded to a landfill. A special additive in the plastic encourages microbes to consume it. BioLinersTM are made from biodegradable* PVC, and will only start to biodegrade once in a microbe rich environment such as a landfill. They enable you to achieve the same sampling integrity as non-biodegradable liners but more sustainably. Soil push-tube liners, once used are normally discarded having served their purpose. However this adds to our plastic disposal problem. In Australia alone over 1.5 million tons of plastic waste is disposed of each year, approximately 30 million tons in the USA, and about 5 million tons in the UK. Unfortunately most of this goes to landfill with only a small percentage being recycled. This is unsustainable, and the problem will only get worse unless we change our consumer habits. Only the BioLinerTM can help you achieve more sustainable soil sampling. *Biodegradation has been verified by independent laboratory using ASTM D5511 for anaerobic landfill conditions.
  • Is sampling groundwater responsibly important to your business? ...then switch to 'BioTubing'. Our landfill-biodegradable tubing helps minimise plastic waste build-up in our landfills. BioTubing is made from landfill-biodegradable* LDPE (low density polyethylene) or HDPE (high density polyethylene), and will only start to biodegrade once in a microbe rich environment such as a landfill. It does not require high oxygen or temperature to biodegrade such as in a commercial compost. BioTubing enables you to achieve high sampling integrity plus operate more sustainably. Bonded Tubing for Low-Flow Sampling Our bonded tubing has the 1/4″ and 3/8″ tubes bonded together with a thin bridge and conveniently packaged on a 100m spool. The air and water lines have been bonded during the extrusion (manufacturing) process, and can be separated easily in the field to connect to a pump and controller fittings. It is recommended to scrape the bonding bridge clean with a knife to ensure a perfect seal. Many people prefer using bonded tubing as it can simplify pump deplyment and handling, and it can reduce the possibility of getting pumps stuck. The easiest way to manage your bonded tubing during pump depolyment, sampling, and storage, is by using the Rapid Reel tubing dispenser. Ultra-Clean BioTubing Our BioTubing has been independently tested for any leaching of 58 VOCs and 101 SVOCs.  The VOCs were tested using USEPA 8260B process and the semi VOCs via USEPA 8270. After tumbling for 18 hours the tubing showed 'non detect' on all the compounds analysed for. These compounds included Phthalates and PAHs. Data available on request. Waste Plastic Facts
    • In Australia alone over 1.5 million tons of plastic waste is disposed of each year, approximately 30 million tons in the USA, and about 5 million tons in the UK
    • Unfortunately most of this goes to landfill with only a small percentage being recycled
    • The use of plastic in western Europe and Australia is growing by about 4% each year
    • Plastic can take up to 500 years to decompose
    • Nearly every piece of plastic ever made still exists today
    • By using BioTubing and other landfill-biodegradable products you are helping to reduce the amount of plastic waste build-up in our landfills
    *Biodegradation has been verified by independent laboratory using ASTM D5511 for anaerobic landfill conditions. Independent laboratory testing confirms that our BioTubing is PFC/PFAS-free, based on analysis for 28 different PFCs at extremely low detection limits. For sampling on PFAS sites HDPE tubing is often prefered. HDPE tubing is available in 1/4", 3/8", and 5/8" OD sizes. Click the 'Ordering Information' tab to see all available options for BioTubing.
  • When direct push sampling in sands or loose soils, a core catcher is recommended to be used in the BioLiner, which will stop the soil sample from falling out when retrieving from depth. Our core catchers are 100% recycled plastic and landfill-biodegradable.
  • Biodegradable Cleaning Concentrate Decon 90 is a highly effective decontamination and cleaning liquid which is also biodegradable. It can be used to clean pumps, bailers, tubing, soil augers, or any sampling equipment where cross-contamination between sampling locations is a concern. Decon 90 is highly effective on petroleum contamination such as fuels and oils, but also Strontium 90, Iodine 131, Carbon 14, Phosphorus 32, Au 198, Hg 203, Translutonium, Tantalum and radiocarbon are all handled by Decon 90. It also caters for a wide range of problem contaminants including: Abrasives, agar algae, apiezon get bacteria, blood, distillation residues, latex, protein complexes, pus, tar, sera, silicone, grease and oil, reagents and more. Download MSDS
  • Vertical Downhole Inspection Camera The dipper-See EXAMINER vertical downhole inspection camera is a cost-effective way for people performing well inspections, maintenance, and installation to do their jobs quickly and accurately. The dipper-See EXAMINER comes with everything a well inspector, well driller, or hydrogeologist needs to do more work in less time. The Heron dipper-See EXAMINER is a robust and cost effective vertical downhole inspection camera. Designed with portability in mind, this self-contained unit is ideal for viewing in wells, drains, vertical shafts, open bodies of water, boreholes and narrow tubes over 25mm (1”) in diameter.* The dipper-See EXAMINER and the included accessories are easily transported in the provided super tough wheeled carry case and accessory case, ideal for protecting your investment from the elements. The adjustable positioning arm, conveniently attached to the frame, offers an ergonomic solution for adjusting the monitor for viewing the High Definition (HD) display screen at different angles and varied lighting conditions. The monitor conveniently houses all of the controls on the front of the panel.  Record the video/audio on the SD card provided with the DVR, for easy transfer of video to another device. Please note that the monitor is rated IP65 and should be covered during wet or inclement weather and protected against direct exposure to water projection (spraying). The HD, detachable See-120 camera probe is designed to work in the harshest environments and stand up to the most rigorous use. The camera probe can be easily removed at the link connection for field replacement and for future camera upgrades. The built-in hanger on the frame can support the unit at the top of the well, allowing for hands-free viewing while in the field. Available in 150m or 500ft tape lengths only* Download Brochure 
  • The dipperLog VENTED+ is a reliable, cost-effective solution for measuring groundwater levels and temperature in wells, boreholes and open bodies of water. The dipperLog VENTED+, incorporates a gauged transducer that measures pressure exempt from barometric influences which is ideal to use in both long and short-term monitoring. The dipperLog VENTED+ is removable from the vented cable, allowing easy field replacement. Just connect your laptop or Windows Tablet at the wellhead. Download Brochure 
  • Discoverer Core Sample Trays Made in Australia, the Discoverer® core trays are rugged and lightweight. They are now available in black recycled plastic too and are also fully recyclable. Safety: The Discoverer® plastic core trays remain relatively cool to touch when left outside, unlike metal trays. Therefore no more painful burns when handling core trays. Rounded edges mean no more dangerous sharp edges, leading to improved safety when handling. Built in Handles on both ends of the trays provide safe and easy use when handling. Being manufactured with a one piece mold means no unusable trays in use, reducing the chance of workplace related injuries. Superior Strength and Durability: Made from a one piece mold, meaning no pop rivets and welds which increases the products strength and importantly no sharp edges. The Discoverer® is made using the highest UV stabilized polypropylene available making it exceptionally durable in any harsh mining or exploration environment. Manufactured from exceptional quality raw materials, which makes it extremely resistant to impact and crushing. The Discoverer® Sub Zero is manufactured for use in freezing conditions and trays are tested to minus 50°C. Ease of use: A bold start indicator has been designed to make it absolutely clear to the driller at which end they should commence loading the core from, eliminating possible errors in the logging process. The trays are colour coded, allowing for quick and easy identification of the different sizes both in storage and out in the field and when re-ordering. The Discoverer® has a built in ID Tag area and optional aluminum tag inserts providing a permanent record of contents. The Discoverer® has standardized sizing. The majority of sizes used in the environmental, mining and exploration industries are H, N, P & B core diameters. Lengths are standardised making all the trays 1m (3.49ft) long. Maintain Your Core Integrity: The materials used during manufacturing have a high level of resistance to organic chemicals that are found in some drill core recovery, meaning your core won’t become contaminated. The Discoverer® is non-magnetic and will not corrode keeping your core free from magnetic susceptibility when testing and ensures no corrosion of the trays occur. The unique raised ribbed design helps to retain the quality of your core by improving drainage. The Discoverer® core trays cannot be affected by insect infestations like wooden core boxes as the plastic is not penetrable. The plastic used in the core boxes will not migrate or leach into your core samples. The Discoverer® core trays have a range of accessories available and one of these is the custom made lid which assists to maintain your core’s integrity at all times. Only the Discoverer® core trays have unique a stacking capability, which allows the trays to stack perfectly on top of each other, loaded with core without touching the tray below. This means that your core is stored without interference, helping to retain the quality of the core.
  • Bioremediation Products Fieldtech Solutions is proud to represent EOS Remediation in Australia. EOS Remediation is the leading provider of bioremediation products that re-engineer the groundwater environment, transforming contaminants into non-toxic end products. EOS Remediation’s products are ecologically sustainable (USDA Certified BioPreferred Products), and cost-effective with proven results. Most of these products are being manufactured locally here in Australia. Their diverse family of products, driven by extensive research and development, are available to meet a variety of project needs. If you have a current bioremediation project, and you are you looking to calculate the volume of EOS product required, we request that you please fill in the Site Evalution Form and email back to us so we can help. Not all fields may be known but please fill in as much information as you can. Download Site Evaluation Form
  • These convenient socks pre-filled with approximately 312.5 g of EOx® Powder. They are 38mm diameter, suitable for 50mm wells or larger. EOx® is a granular powder of calcium peroxide that provides slow and steady oxygen release for long-term aerobic biodegradation. Suitable for enhanced aerobic biodegradation of BTEX, PAHs, DRO, MTBE, VC and other complex contaminants in soil and groundwater.    
  • VOC Sampling in Water or Soil Gas Sampling FEP or PTFE tubing is commonly referred to as 'Teflon® Tubing'. Teflon® is a registered trademark of DuPont, and they were the first company to discover these types of plastics in the 1940s. Fieldtech Solutions stocks clear FEP tubing for soil gas sampling in 1/4" OD size in 15m and 60m rolls. We can also supply a range of PTFE in larger diameter sizes.
  • Filter sock can be used to protect groundwater wells from infiltration of fine silt and sediment. Made from polyester and with a 340 micron pore size. Available to suit 50mm, or 100mm to 150mm monitoring well screen. Simply sleeve the filter sock over the pvc screen before installation.  
  • The Flexipoint is pointed bottom end cap made from recycled plastic. It is long enough to be installed on either the male or female threaded end of the 50mm slotted PVC screen, without a need to cut off the female thread.
  • The fox whistle is the ultimate low cost tool you can use for measuring depth to water.  Our fox whistle is made from stainless steel, is 20mm in diameter and 200mm long.  Air is pushed through the hole in the fox whistle and when it comes into contact with water, it makes a whistling sound. A 30m tape on a windup reel is also available to order as well. Please Note - Maximum depth recommended is approximately 20m, otherwise you may not hear the whistle. Also, not recommended for use in noisy environments such as a busy road or noisy site, as again you may not hear the whistle.    
  • Corrosion Protection for Standpipe Covers: Certain site requirements or tender specifications require galvonised steel. The standpipe also has a unique non-binding swivel hinge for long life,  which is protected from rain. Traditional looking standpipe covers have hinges which are exposed to the elements and therefore prone to corrosion and eventually seizing up or dropping off. Our unique design has addressed this weakness. The 100mm square galvanised steel standpipe covers have a unique non-binding 'hidden hinge' design which provides a rain proof cover. These low-cost covers have a galvanised / silver finish for corrosion protection.
  • The Heron Instruments barLog, barometric logger is used to automatically compensate readings stored on the dipperLog for changes in barometric pressure. The barLog, with readings every 1 hour and a memory capacity of 32,000 data points,  is recommended for long term monitoring or where more than one logger is deployed withing in a 5 km radius. The dedicated, intuitive software makes the dipperLog quick and easy to program and launch. Simply recover your data, save your findings in a tabular display and graph, view both parameters side by side in a split screen. Use the Heron Instruments’ barLog alongside your dipperLog Groundwater Data Logger for the most accurate data possible. Add a barLog to your quote for the dipperLog TOUGH, dipperLog 64, or dipperLog 32. Download Brochure 
  • Conductivity, Temperature & Static Levels The Conductivity Plus enables accurate measurements of conductivity, water levels and temperatures in wells, boreholes, stand pipes and estuaries where salt water intrusion and contamination levels become a concern. Conductivity can be an early indicator of change in a water system due to fluctuations of salinity in water levels. The premium padded carry case comes included to protect your precision instrument from the elements. The high tensile steel core measuring tape is tested for stretch resistance to ASME standards and is ideal for profiling up to 50˚C. An LCD screen displays conductivity values up to 80,000 µS and temperature range from 0˚C – 50˚C. The conductance temperature compensation coefficient is 2.0%. Calibration of the conductivity plus is easy using readily available 1413, 5000, 12880, 111800 uS solutions, and up to 4 calibration points can be utilised. The Conductivity Plus provides a higher range of up to 250,000 μS/cm, which is the highest conductivity range on the market.  
  • The Heron dipper-T water level meter is designed for well drillers, consultants, and hydrogeologists all across the globe. The dipper-T is a rugged and dependable water level meter made from high quality materials, easy to use for a wide variety of applications. The dipper-T is capable of measuring both static and falling head levels. Static mode is used for measuring the depth of water in wells, boreholes and standpipes. DrawDown mode is used for measuring falling water levels during purging, well development and for low flow sampling; helping to protect your pump from damage caused by dry running. The Heron dipper-T is renowned for its premium, polyethylene coated yellow steel tape accuracy in measuring depth to water. Available in your choice of either metric or engineering scale. The highest accuracy begins with a top quality, heavy duty tape. Each tape is tested to ensure compliance with appropriate ASME standards. These tough tapes have a breaking load of over 150 kg. The tape is made from high tensile steel, ensuring resistance to stretching even at abnormal loads. Everything on the unit from the ergonomic vinyl carry handle to the easy clean, full depth stainless steel probe has been carefully designed to give you the very best water level meter. Each unit includes a sturdy padded nylon carrying bag. Drawdown Feature For Low-Flow Sampling With a touch of a button the unit changes from static to drawdown mode; a dual function unit at an affordable price. The dipper-T in drawdown mode is ideally suited for low-flow groundwater sampling. During sampling the drawdown level needs to be monitored closely so that it does not fall below the pump inlet. If the drawdown alarm sounds then the user can quickly slow the pumping rate or stop the pump temporarily and allow the well to recover. The drawdown feature may be used for measuring falling water levels during purging and well development, helping to protect electrical pumps from damage caused by dry running. The Well Casing Indicator Probe is used to measure the depth of metal casing in wells and boreholes from 50mm in diameter and upward. The Well Casing Indicator Probe works using magnetism. While the probe sits within the magnetic field of the steel casing, an auditory and visual signal is active. When the probe leaves the magnetic field the signal stops. Note the condition of the well for accurate readings. The Well Depth Indicator Probe (or bottom detector) is used to measure the full depth in wells and boreholes. The Well Depth Indicator Probe uses a pressure sensitive plunger to measure the distance to the bottom of the well. When the Well Depth Indicator Probe reaches the bottom of the well, the plunger enters the probe body closing a switch, initiating an audible and visual signal at the top of the well.        
  • The dipperLog 128+ is a highly accurate groundwater data logger used by hydrogeologists, hydrologists, environmental technicians, water well contractors and other groundwater professionals. The dipperLog 128+ is a reliable and cost-effective solution to long and short-term monitoring of groundwater levels and temperature in wells, boreholes and open bodies of water. All Heron loggers are available in various deployment options: 1) Suspended Version – pull the dipperLog out of the well to download 2) Direct Read Version – enables you to do real time readings and download your data while the dipperLog is still in the well. 3) Reel Version – a portable solution, ideal for short term slug and pump testing Download Brochure 
  • The premium, highly accurate dipperLog TOUGH+ with titanium body and transducer is suitable for use by environmental technicians and other groundwater professionals in the most caustic and hazardous of environments. The dipperLog TOUGH+ is a reliable, cost-effective solution for long and short-term monitoring of groundwater levels and temperature in wells where contamination is a concern. Suspended Version: Install the logger using a suspension cord and simply pull the logger up, connect to a laptop or tablet with a P.C. Communication Cable and retrieve your data. Real time readings are not available with this option. Direct Read Version: This is the least labour-intensive model for groundwater data logging. The data logger is suspended on a direct read cable, which establishes a connection to the data logger at the wellhead. Programming, downloading, stopping and starting data collection can be done while the logger is deployed. Just connect your laptop or Windows Tablet at the wellhead. Reel Version: An ideal option when transporting your data logger from site to site for pump and slug tests or any other short-term deployment. Programming and downloading of the data is capable via the connection on the face plate on the reel. Real time readings are available with this option. barLog: A barometric logger, that is used to automatically compensate readings stored on the dipperLog for changes in barometric pressure (for absolute version). Recommended for long term monitoring or where more than one logger is deployed within a 5 km radius. Download Brochure 
  • The Heron H.OIL & SM.Oil interface meters are used to measure the thickness of floating or sinking hydrocarbon products (LNAPL, PSH, DNAPL), in groundwater accurately, reliably, safely & economically. The SM.Oil is essentially a smaller, lighter and mini-version of the industry standard H.Oil. Unlike other interface meters, the H.Oil and SM.Oil come with fully submersible probes. Easy to Operate with Accuracy The easy to read accurate (ASME standard) heavy duty Kynar® jacketed tape allows you to measure with confidence to 1mm resolution. Ruggedness and Dependability For dependable field use, it features an environmentally protected encapsulated circuit for safety and durability on an easily removable modular electronic panel. The field changeable probe makes your job more efficient. Save Money on Repairs & Replacements The unique flexible link between tape and probe protects the tape. Should the probe become “hung up” in the well, the link will break, saving the tape by sacrificing the less expensive replaceable probe. In addition, the core of the measuring tape used is high tensile steel with a breaking load over 300Lbs (136kg)- to further protect the instrument. The modular constructed quick change probe and electronic panel make replacing parts fast and convenient. Safety over a Wide Range of Gases The industry leading H.Oil interface meter offers you the highest protection against fire and explosion.  
  • For Narrow Diameter Wells The Skinny Dipper water level meter is ideal for measuring static water levels in narrow wells, boreholes, tubes and piezometers. The slim line tape and ¼” probe enable users to take readings while the pump is still in the well, whereas wider tapes may get tangled. The premium padded carry case comes included to protect your precision instrument from the elements. The ¼” polyethylene tape, available in metric (mm) or engineering scale (1/100’), is marked with black and red graduations, making measurements easy to read in the field.
  • The water tape2 water level meter is made for drillers, consultants and hydrogeologists that are looking for an economic water level meter that does not lack in quality. The water tape2 provides accurate water measurements without going over budget. The Heron water tape2, an economical water level meter, can be used for measuring both static and drawDown levels in open bodies of water, wells, boreholes and standpipes. This low cost unit with DUAL FUNCTION capability is ideal for every project and budget. The water tape2 manufactured with the white polyethylene tape, reinforced with Kevlar is available in both metric and engineering scale. Unlike some other white tape units, the water tape2 comes with a fully pressure rated probe* and carry bag.

  • Designed for applications such as Aquifer Injection, Groundwater Monitoring, Methane gas control or collection (typical in landfills and mines), Vacuum sampling at or below Leachate pads, Formation pressure monitoring, and Vadose zone sampling and injection. The Environmental Packer is a Fixed-End Style Packer manufactured using either Neoprene, EPDM or Viton® rubber gland element and Type 304 or Type 316 stainless steel. Applications:
    • Remediation / Groundwater Injection
    • Groundwater monitoring
    • Methane gas control or collection in landfills and/or mines
    • Monitoring formation pressures
    • Vacuum sampling under leachate pads
    • Vadose zone sampling and injection
      Instructions to set the packer: * WARNING: Never inflate this packer unless it is confined in a cased well. Maximum internal pressure must not exceed 200 psi. 1. Lower Packer into the well and inflate (with either inert gas or water) to the static head above the packer (distance from the packer to the water level x .43). 2. Inflate to 25 psi. This pressure will expand the gland to the well size. 3. Inflate to 20% of the maximum possible differential across the Packer. Be sure to use an accurate pressure gauge. Example: The Packer is set at 100 feet and the water level is at the top of the well. If you withdraw all the water below the Packer, the differential would be 43 psi. In step 3, you would add 9 psi. Monitoring equipment such as Pressure Transducers, Thermistors, Conductivity Probes, pH Probes, or injections ports are common uses with perforated pipe for injection testing. Testing equipment can include Bladder Pumps, Electric or Piston Pumps for pump out testing at various depths and with the ability to isolate various zones.
  • Dissolved Oxygen Smart Sensor The Model 32 is a solid state DO sensor with built-in smarts which outputs to Modbus RTU through RS232 hardware. It is designed to be connected into existing hardware which accepts the Modbus RTU protocol. The Model 32 sensor is extrememly rugged and reliable, utilising solid state technology for DO measurement. I’m glad we got onto these, they’re great sensors, the M32 we have deployed is running like clockwork.”  Lia -  Hydrographer. VIC.
  • Plug & Play Compatability - Smart Sensors The InsiteIG Dual Channel Analyser is a unique system that combines advanced electronics with solid-state, smart sensors. The analyser will accept any combination of two standard InsiteIG DO, SS, pH, or ORP sensors and automatically configures for the correct operation. The system allows for flexible and economical process monitoring and control. Fluorescence Dissolved Oxygen —Theory of operation A very specific energy wavelength is transmitted to a ruthenium compound immobilized in a sol-gel matrix. The ruthenium will absorb this energy, changing the outer electron’s energy level. The electron will then collapse back to its original energy state, emitting the energy as a photon with a different specific wavelength. This is called fluorescing. If the intensity of the transmitted wavelength is tightly controlled, the amount of fluorescing is both predictable and repeatable. If oxygen molecules are present the amount of fluorescing is reduced, referred to as fluorescence quenching. By measuring the amount of quenching it is possible to determine the amount of oxygen present. Download Brochure 
  • Plug & Play Compatability - Smart Sensors The InsiteIG Single Channel Analyser is a unique system that combines advanced electronics with solid-state, smart sensors. The analyser will accept any standard InsiteIG DO, SS, pH, or ORP sensor and automatically configures for the correct operation. The system allows for flexible and economical process monitoring and control. Fluorescence Dissolved Oxygen —Theory of operation A very specific energy wavelength is transmitted to a ruthenium compound immobilized in a sol-gel matrix. The ruthenium will absorb this energy, changing the outer electron’s energy level. The electron will then collapse back to its original energy state, emitting the energy as a photon with a different specific wavelength. This is called fluorescing. If the intensity of the transmitted wavelength is tightly controlled, the amount of fluorescing is both predictable and repeatable. If oxygen molecules are present the amount of fluorescing is reduced, referred to as fluorescence quenching. By measuring the amount of quenching it is possible to determine the amount of oxygen present. Download Brochure 
  • Trim your casing below ground level safely and easily These new internal pipe cutters have an ingenious design to ensure a safe, easy, and clean cut without any PVC shavings falling into your monitoring well. The IPC50 and IPC100 are an ingenious design of internal pipe cutter. It uses a replaceable cutting wheel blade to give a clean cut without any shavings. As you tighten the handle and rotate, the cutting wheel pushes against the inside of the casing and cutting cleanly through. The replaceable cutting wheel pushes against the casing from the inside out, and is tightened with each rotation to give a clean and precise cut. Available in sizes to suit 50mm and 100mm casing.
  • The InsiteIG Portable Meter is a unique instrument that combines advanced electronics with exceptional functionality and ease of use. The meter will accept any standard portable DO, SS, pH, or ORP sensor and will automatically configure itself for the correct operation. The quick-disconnect, mil-spec connectors allow for quick sensor swaps. The meter includes a 250 point data logger that records sensor type, sensor reading, date, time, and location. The included Portalog software offers several sort options to customize the downloading and reporting of collected data. The rechargeable batteries allow for 8+ hours of use between charges.

    IPM Display

    The InsiteIG PortaCaddie is an optional organizational tool, available to purchase with each sensor, that captures the meter along with the sensor and cable. The PortaCaddie is designed to manage the cable to eliminate tangles while using the system in the field. The meter, sensor, and cable are retained securely during transport and are easily deployed at the desired test location. The rugged design was built specifically for the rigors encountered by field instrumentation. The PortaCaddie was designed to offer a level of protection to the meter, sensor, and cable.

    Compatible sensors for the IPM

    Portable DO Sensor ( PDO) The Portable Dissolved Oxygen sensor incorporates optical fluorescent technology, solid state electronics, and a unique side mount element. The InsiteIG PDO sensor is the only portable optical DO sensor that does not require expensive replacement caps. Nitric Oxide does not interfere with the InsiteIG portable sensor. PDO Sensor
    • Measuring Range: 0 to 25 ppm
    • Accuracy: 1% of the reading or .05 ppm, whichever is greater
    • Repeatability: 0.01 ppm
    • Response Time: 95% in under 60 seconds
    • Resolution: 0.01 ppm below 4.00, 0.1 ppm above 4.0
    • Drift: less than 1% per year
    • Temp. Range: 0°C to 60°C
    • 20ft sensor cable
    • sensor connector
    Portable Suspended Solids Sensor ( PSS ) The Portable Suspended Solids Sensors incorporate near infrared technology to provide increased dependability of the reading when color changes in the solids occur. Fast, accurate solids readings. There are two sensor ranges available. PSS Sensor
    • Measuring Range: 0 to 30,000 mg/l total suspended solids
    • Accuracy: +/- 5% of the reading or +/- 100 mg/l whichever is greater
    • Repeatability: +/- 1% of the reading or +/- 20 mg/l whichever is greater
    • Response Time: 95% in under 60 seconds
    • Resolution: 1 mg/l below 1000 mg/l, 10 mg/l from 1001 to 9999 mg/l, 100 mg/l above 10,000 mg/l
    • Drift: less than 1% per year
    • Temp. Range: 0°C to 60°C
    • 20ft sensor cable
    • sensor connector
    PEH51 - Portable Holder (PEH) with Model 51 pH Electrode The Portable Electrode Holder (PEH) with Model 51 replaceable pH Electrode cartridge comprise the pH sensor, which incorporates embedded electronics, custom geometry, and a field proven cartridge. The embedded electronics in the PEH Holder includes a built-in electrically isolated preamp, which results in reliable digital communications and temperature compensation circuitry. Our flat glass / double reference junction construction yields a field proven cartridge producing long-lasting reliable measurements. PEH51 Sensor
    • Measuring Range: 2 to 12 pH
    • Temp. Range: 10°C to 60°C
    • 20ft sensor cable
    • sensor connector
    PEH52 - Portable Holder (PEH) with Model 52 ORP Electrode The Portable Electrode Holder with Model 52 replaceable ORP Electrode cartridge comprise the ORP sensor, which incorporates embedded electronics, custom geometry, and a field proven cartridge. Our flat glass / double reference junction construction, yields a field proven cartridge producing long-lasting reliable measurements. The embedded electronics in the PEH Holder includes a built-in electrically isolated preamp, which results in reliable digital communications and temperature measurement circuitry. PEH52 Sensor
    • Measuring Range: +/- 2000mV
    • Temp. Range: 10°C to 60°C
    • 20ft sensor cable
    • sensor connector
  • King Stuff is an all-weather product hydrocarbon free grease designed for monitoring well installs, and other environmentally sensitive drilling applications requiring a petroleum hydrocarbon-free product. King Stuff has a temperature range of -40°C to 260°C with a flash point of 226.7°C.
    • Hydrocarbon free
    • Green colour
    • Synthetic type oil
    • Water resistant
    • Drilling mud resistant
    • Biodegradable
    • Corrosion inhibited
    • Vegetable-based fluids
    • Nontoxic, Conforms to assembly bill 1953
     
  • Drilling standards for environmental applications often require that wells are drilled without the introduction of fluids. To achieve this goal hollow augers can be utilised in unstable formations where solid stem augers are not effective. 3 sizes of timber plugs are now available for your hollow stem auger installations. Made from recycled timber for sustainability.
    • 57mm (2.25")
    • 108mm (4.25")
    • 159mm (6.25")
  • Passive skimmers for fuel removal The KV Passive Skimmers utilize a patented membrane material to separate fuel from water. Subsurface fuel spills are recovered by membrane separation so the fuel simply falls into the passive "bailer" reservoir. These fuel bailers easily recover LNAPL such as petrol and diesel from groundwater.

         

    KV50 and KV100 Dimensions

  • SD400 - A Large Well Cover for Remediation The SD400 Cover is designed mainly for remediation work where bulky equipment may need to be around the well head. This large cover with a hinged lid offers wide access, with an easy lid opening. It can be ordered with or without a sheet metal skirt fitted.
    • 600mm diameter opening
    • 850mm overall diameter
    • All ductile iron cast construction with sheet metal skirt (500mm long)
    • Hinged lid requires only 1 key to lift up
    • Designed to be cemented into the ground flush
    • Class D400 load rating, (40 ton load)
     

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