Fills for cooling towers
Fill in the cooling tower is necessary so that the water flowing through it is crushed into small drops, distributed over the entire surface of the walls and cools quickly upon contact with air. Depending on the design, fill can be:

film type fill. They hold water well enough on their surface, distributing it in a very thin layer;
drip type fill. They consist of many tubes, gutters and rails, along which water flows and drips;
film-drop type. They are called hybrid or combined and withstand a load 2 times higher in comparison with drip systems.
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High-flow fan cooling towers
Fan cooling towers with counter flow of cooled water and air stream. This type of cooling towers allows the most effective usage of the construction area, which means that maximum cooling capacity is ensured by minimum dimensions. This type of cooling tower arrangement is the most widely used at industrial enterprises.
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Automatic manifolds
LCD type automatic medical oxygen manifold displays gas pressure information on an LCD panel and is designed to manage and control the distribution of medical gases in medical institutions. Reliable wall or horizontal installation. When the circuit malfunctions, exports remain, and at this time both sides gas supply at the same time. Both with digital and gauge pressure indications. It does not require any adjustment by the operator and works even when the electrical system is powered off.
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Medical pendant
Medical pendant is an indispensable gas supply medical equipment for the modern operating room of the hospital. It is mainly used for the terminal transfer of medical gases such as oxygen, vacuum, compressed air and nitrogen in the operating room.
Comply with EN ISO 11197, EN 60601, and ISO13485 standards.
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Dual-line regulating stations (reducing unit)
The dual-line regulating station (reducing unit) is an important element of the medical gas supply system in hospitals. It provides medical gas supply and gas pressure control, and is also used to open/shut off the passage of pipelines in this area to facilitate the maintenance of pipelines and equipment.
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Medical gas outlets
Medical gas outlets provide quick and easy connection of medical equipment to a centralized medical gas supply system. The type is determined by the national standards of the countries in which they are used, and sometimes by the local regulations of an individual hospital. Outlets are designed only for certain gases, erroneous connection of outlets parts to different gases is excluded. Outlets meet the requirements of the ISO 7396 standard (requirements for installation, commissioning, operation) and the requirements of the national standard ISO EN 9170-1.
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Stationary cryogenic tanks up to 200000 liters
Stationary cryogenic tanks are systems for storage and supply of liquefied natural gas, nitrogen, argon, oxygen.
A vertical stationary cryogenic tank  with hydraulic volume from 2000 to 500 000 liters, operating pressure from 18.5 to 37 bar, is equipped with all needed globe and control valves, as well as instrumentation.
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Oxygen ramps
An oxygen ramp is a high-pressure manifold used to connect the required number of gas cylinders, connecting tubes, pressure regulators, valves, safety valves, pressure gauges, etc. to the consumption line.
Oxygen ramps are designed to ensure uninterrupted oxygen supply to end users and are used in medical facilities.
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Ambient air heated vaporizers
Ambient vaporizers are designed for gasification of liquid cryogenic products (liquefied natural gas, nitrogen, argon, oxygen, carbon dioxide) by means of heat exchange. Vaporizer represents the most cost effective equipment to vaporize or re-gasify liquid gases.
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Centrifugal cryogenic pumps GBS
Centrifugal stationary cryogenic pumps GBS are designed for liquid products pumping under a pressure of up to 28 bar. The design of the pumps provides protection from heat inleak.
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Drift eliminators for cooling towers
A drift eliminator is an internal contact structure that is mounted in various ventilation units, including counterflow fan coolers to remove condensed droplets from the air stream. The drift eliminator is also called the droplet separator.
Drift eliminator is aimed at minimization the water loss from the cooling tower in the form of drift, and hence from the entire water circulation system.
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Low-flow fan cooling towers
Modular fan cooling towers are designed to reduce installation costs, since they are supplied with large unit-forming elements that are mounted on-site within a short time. This unique design ensures many years of operation in severe industrial conditions.
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Gas heaters
Gas heaters are used to obtain positive gas temperatures at the outlet with automatic maintenance of set temperature mode during complicated chemical processes in laboratories and enterprises.
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Semi-automatic cylinder manifolds
Semi-automatic cylinder manifold systems main used at small and medium hospitals. When using the medical gas oxygen manifold, several cylinders need to be connected to the manifold pipeline.
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Bed head units
Bed head unit is mounted on the wall near the patient’s bed. It provides all the necessary facilities for patient treatment, such as medical gases, electronic lighting, telephone, data or nurse call systems.
Bed head unit provides clinical flexibility to improve patient area’s treatment and hospital environment. It integrates all essential services in one complete unit. Comply with EN ISO 11197, EN 60601, and ISO13485 standards.
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Outlets for CO₂ and vacuum
Outlets for CO₂ and vacuum are installed at medical gas systems delivery points. Available wall mounting, bed head mounting, and pendant mounting.
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Transport cryogenic tanks from 5000 to 20000 liters
Transport cryogenic tanks are designed for storage and transportation of small and medium volumes of liquefied cryogenic gases (oxygen, argon, nitrogen). Cryogenic transport tanks provide reliable transportation and rapid filling of stationary cryogenic tanks.
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Reciprocating cryogenic pumps LDPD
This model of pumps are designed for processes back up or liquid carbon dioxide removal under pressure of up to 200 bar.
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Centrifugal cryogenic pumps VS
Cryogenic pumps VS are used for liquid cryogenic products pumping under a pressure of up to 25 bar. Special feature of this model - the rotor of the electric motor and impeller are located on one shaft and placed in a sealed housing.
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Nozzles for cooling towers
The nozzles are designed to evenly distribute the cooled water to the fill units and provide the necessary drop formation during the operation of the cooling tower or spray basin.
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Manual мanifolds
Manual manifold systems main using at small and medium hospitals. When using the manifold, several cylinders need to be connected to the manifold pipeline. The medical gas is first filtered and decompressed, and then transported through the main pipe to the end of use.
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Cryogenic tanks up to 5000 liters
The presented product line of modular cryogenic tanks of MBS series is manufactured in a wide range of models from MBC-1000 to MBC-5000. Such tanks are used for gasification and storage of liquid oxygen, nitrogen, argon, and liquid carbon dioxide.
Cryogenic tanks automatically maintain required vessel pressure by controlled evaporation of the liquid. The source of energy for creating pressure and evaporation of the liquid is the ambient temperature.
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Reciprocating cryogenic pumps SDPD
Reciprocating cryogenic pumps SDPD are designed for cylinders and buffer vessels filling under a pressure of up to 420 bar.
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Centrifugal cryogenic pumps CO
Cryogenic centrifugal pumps CO are designed for liquid products pumping under a pressure of up to 36 bar. It is ideal for tank trucks filling. Pump design is characterized by increased safety, which includes operation with oxygen. Provides enhanced protection against heat inleak.
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