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Environmental Monitoring

Simplydata Software Suite

Simplydata Software Suite

Applications

  • Soil Permeability
  • Environmental Monitoring
  • Mining
  • Soil Physics

Round Bottom Neck Top Cup 1.41in

Round Bottom Neck Top Cup 1.41in

Developed from a high fired Alumina body. Extremely porous, inert to most all solutions, possesses hard exterior and interior surfaces, and pure white in color. Recommended for standard pressure differentials under 1 Bar (14.5 psi). Typical bubbling pressure: 28 - 32 psi. Effective pore size: 2.5 microns. Hydraulic conductivity: .0000086 cm/sec. Approximate porosity: 45% by vol. Flow through

Porous Ceramic Cylinder, 0.5in

Porous Ceramic Cylinder, 0.5in

Developed from a high fired Alumina body. Extremely porous, inert to most all solutions, possesses hard exterior and interior surfaces, and pure white in color. Recommended for standard pressure differentials under 1 Bar (14.5 psi). Typical bubbling pressure: 28 - 32 psi. Effective pore size: 2.5 microns. Hydraulic conductivity: .0000086 cm/sec. Approximate porosity: 45% by vol. Flow through

Porous Ceramic Rod 1in

Porous Ceramic Rod 1in

High fired, Alumina body. An excellent material, extremely porous, and inert to most all solutions. Hard exterior and interior surfaces and pure white in color. Recommended for low air pressure differentials not exceeding 0.5 Bar (7.25 psi). Typical bubbling pressure: 12-16 psi. Effective pore size: 6.0 microns. Hydraulic conductivity: .0000311 cm/sec. Approximate porosity: 50% by vol. Typical flow through for a 1/4-inch plate: 180 ml/hr/cm2 at 14.7 psi. Ideal for liquid or gas sampling as the Alumina material has almost no ionic exchange sites or leachable mineralogy.

Porous Ceramic Plate, W/CTR hole 2in

Porous Ceramic Plate, W/CTR hole 2in

Developed from a high fired Alumina body. Extremely porous, inert to most all solutions, possesses hard exterior and interior surfaces, and pure white in color. Recommended for standard pressure differentials under 1 Bar (14.5 psi). Typical bubbling pressure: 28 - 32 psi. Effective pore size: 2.5 microns. Hydraulic conductivity: .0000086 cm/sec. Approximate porosity: 45% by vol. Flow through

Porous Ceramic Plate, 1.5in

Porous Ceramic Plate, 1.5in

Developed from a high fired Alumina body. Extremely porous, inert to most all solutions, possesses hard exterior and interior surfaces, and pure white in color. Recommended for standard pressure differentials under 1 Bar (14.5 psi). Typical bubbling pressure: 28 - 32 psi. Effective pore size: 2.5 microns. Hydraulic conductivity: .0000086 cm/sec. Approximate porosity: 45% by vol. Flow through

Zero Tension Lysimeter, Teflon Tube

Zero Tension Lysimeter, Teflon Tube

The 1925T allows the user to collect soil water samples with very little disturbance by being inserted at a 45 degree angle, and maintains the purity of collecting samples as it is made out of a Teflon body. This sampler works without vacuum, or with very minimal applied vacuum (~2 cb). Designed for collecting undisturbed gravitational soil water samples. Samples can be evacuated by applying vacuum through the polyethylene access tube.

All ceramic soil water sampler, 500ml capacity

All ceramic soil water sampler, 500ml capacity

The Large Capacity Ultra Soil Water Sampler is used where samples are collected to detect concentrations of organic or inorganic solutes or pesticides, with sensitivities in parts per billion. The Ultra Soil Water Sampler is made entirely of 1 bar high-flow ceramic and uses a combination ceramic and glaze plug. The ceramic materials has high-flow characteristics, high alumina content for very low adsorption characteristics, and moderate bubbling pressure (1 bar or 100 kPa). The lower 1/3 of the cup is glazed on the inside to retain the collected sample.

Trase System

 Time Domain Reflectometry (TDR)

The 6050X1 TRASE System I is a self-contained, portable unit designed for field use for fast and accurate measurements of moisture in various materials (e.g. soil, cement, powders, grains etc) using Time Domain Reflectometry (TDR). This is a true TDR instrument with automatic beginning and end point determinations and full graphing abilities, allowing determination of both time and impedance differences along a waveguide. Measuring range 0 - 100% Volumetric Moisture content High Accuracy (+/- 2% FS or better), 1000 point resolution. Largest Pulse on any commercial TDR unit - 1.25V/ 120 ps.

Slammer with 30cm heavy duty waveguides

Slammer with 30cm heavy duty waveguides

The Slammer is a heavy-duty waveguide connector designed for rugged field use. It is designed for inserting waveguides into hard, dry, and compacted soils, and for comfort and ease in making multiple measurements. The removable 2.5 lb sliding hammer can be used to insert waveguides under the most difficult of conditions. Waveguides, ordered separately, are available in lengths ranging from 20 cm to 60 cm. Note: In order to use the Slammer with your Trase unit, the Trase must be running version 2110A software.

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