Water & Wastewater Equipment in Russia

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Diver-NETZ - Wireless Groundwater Monitoring System

by Schlumberger Water Services     Distributor in Moscow, RUSSIA

From wireless field data collection and recording, to project execution in the office, Diver-NETZ is a complete network of first-class technologies that integrates superior field instrumentation with the industry's latest wireless communication and data management capabilities. All Diver-NETZ components are designed to streamline project ...

Gas Polyethylene Pipe

by POLYPLASTIC GROUP     based in Moscow, RUSSIA

Polyethylene Gas pipes are intended for underground gas pipelines for transporting flammable gases for industrial and household use.

Welded Wells

by POLYPLASTIC GROUP     based in Moscow, RUSSIA

Welded wells are produced according to TU 2291-011-59355492-2006 by extrusion welding based on the KORSIS / Korsis PLUS pipes parts. Welded wells are produced in the Klimovsiyk pipe plant shop of non-standard products basedon the customer’s design. Manual extruder welding is used in wells production. The well is welded at the seams, both on ...

Vibrating Wire Piezometer

by Earth System     Distributor in Nizhny Novgorod, RUSSIA

The vibrating-wire piezometer is widely used for measuring pore water pressure in soil and rocks and for measuring groundwater level. The extremely sturdy, long-lasting sensor consists of a cylindrical stainless steel casing housing a vibrating-wire absolute pressure transducer, a fluid chamber and a sintered filter The pressure exercised by the ...

Hypersol-Macronet - Model MN270 - Sorption / Separation of Hydrophobic Organic Species - Microporous Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

Basic Features: Application - Sorption / Separation of Hydrophobic Organic Species - microporous matrix, Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene, Appearance - Spherical beads, Functional Group - None, Ionic Form as Shipped – None.

Hypersol-Macronet - Model MN500 - Sorption / Separation of Hydrophobic Organic Species - Cationic Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

Basic Features: Application - Sorption / Separation of Hydrophobic Organic Species - cationic matrix, Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene, Appearance - Spherical beads, Functional Group - Sulfonic Acid, Ionic Form as Shipped - H+

Hypersol-Macronet - Model MN102 - Sorption / Separation of Hydrophobic Organic Species - Anionic Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

PUROLITE MACRONET MN102 is a specially modified Macronet suitable for the efficient sorption of high molecular weight organic molecules such as limonin and narangin from a wide variety of fruit juices during the processing stage. Removal of these compounds results in the debittering of juices that would otherwise be considered unpalatable. One of ...

Hypersol-Macronet - Model MN150 - Sorption / Separation of Hydrophobic Organic Species - Anionic Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

Purolite Macronet MN150 has a pore structure tailored for the efficient sorption of medium to high molecular weight color bodies such as those found in sugar solutions. They are also suitable for treatment of industrial wastes, both liquid and gaseous, which can contain a wide range of molecular species including low molecular weight ...

Hypersol-Macronet - Model MN152 - Sorption / Separation of Hydrophobic Organic Species - Anionic Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

Purolite Macronet MN150 has a pore structure tailored for the efficient sorption of medium to high molecular weight color bodies such as those found in sugar solutions. They are also suitable for treatment of industrial wastes, both liquid and gaseous, which can contain a wide range of molecular species including low molecular weight chlorinated ...

Hypersol-Macronet - Model MN170 - Sorption – Separation of Hydrophobic Organic Species - Microporous Matrix

by Purolite Corporation     Office in Moscow, RUSSIA

Basic Features: Application - Sorption / Separation of Hydrophobic Organic Species - microporous matrix, Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene, Appearance - Spherical beads, Functional Group - Tertiary Amine, Ionic Form as Shipped – FB

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