Typical hospital equipment

Model equipment of gas distribution networks at hospital

Model equipment of gas distribution networks at hospital

Model equipment of gas distribution networks at hospital

requirements of NS 9015-74 "Unified system of corrosion and aging. Underground facilities. General technical requirements. "

Typical equipment of hospitals with external network oxygen pipeline carried out in accordance with the requirements of DPC 49-83, 10-83 and BR 3.05.05-84.

 On pipelines oxygen valve should be installed only specifically designed for oxygen (brass, bronze, stainless steel, lined). The use of steel and cast iron fittings are not allowed.

Eyeliner oxygen at a typical hospital equipment provided in the following areas: operational; anesthetic; resuscitation rooms; room pressure chambers; the delivery room; recovery room; intensive care (including children and infants); dressings; procedural offices; blood collection facilities; procedural endoscopy and angiography; wards of all departments except psychiatric; wards for newborns; wards for premature babies. In order to ensure safe operation of the health facilities have ongoing adjustment of gas medium parameters (flow meters, pressure gauges, moisture analyzers and gas mixture spectrum).

Medical nitrous oxide is used  In medical organizations (LPG). The nitrous oxide centralized supply consists of a source of liquefied gas and inner piping system from the source to the point of consumption. Typical equipment includes hospital liner nitrous oxide in the following areas: operational; anesthetic; rooms for angiography, endoscopy, bronchoscopy; the delivery room; prenatal chamber; intensive care (in the design assignment). Supply nitrous oxide is carried out by two groups of ramps for the 10-liter cylinders with nitrous oxide (one group - working, the other - a backup). When emptying the tanks of the working group, nitrous oxide block automatically switches to the backup job group. Ramps for cylinders with nitrous oxide are placed in the same room control medical gases, ie, in a room with window openings on any floor except basement (preferably closer to the highest consumption). In order to ensure safe operation of the health facilities have ongoing adjustment of gas medium parameters (flow meters, pressure gauges, moisture analyzers and gas mixture spectrum).

The system consists of a vacuum to ensure a source of vacuum - the vacuum station and a pipeline network. Vacuum stations are located in the basement room or basement for secondary rooms (entrance hall, cloakroom, storage, laundry, etc.). Vacuum piping network is provided in: operational; anesthetic; resuscitation rooms; the delivery room; recovery room; intensive care; dressings; for angiography, endoscopy, bronchoscopy; cardiology wards; wards for newborns; wards for premature babies.

WestMedGroup for several years engaged in the design and commissioning of systems of medical and technical gas supply, as well as medical valve systems based on the equipment of MILS MZLiberec.

When the number of 40 liter oxygen tanks more than 10 pieces should be placed in a central point oxygen - a separate heated building.

Oxygen ramp is used in medical institutions as a primary source when the needs of small offices in oxygen, as well as a backup if the primary oxygen source - oxygen gasification station or the central point of the oxygen.

The total capacity of the tanks must ensure the supply of oxygen for therapeutic and prophylactic organization for at least 3 days.

The oxygen generator can be located inside the building (in a separate room with window openings, which is located with the locations of the maximum consumption on the 1st and the overlying floors) and outside the building in a special container, equipped with lighting, heating and air conditioning. The unit of the oxygen generator includes: an air compressor, compressed air processing unit for oxygen generator (filters, desiccant for compressed air), oxygen generator, air receivers and the oxygen control unit.

Plants in containers can be equipped with charging stations produced oxygen cylinders, which can be used as backup sources of oxygen.

External networks oxygen pipeline laid underground in trenches with a mandatory backfilling the trench. External networks oxygen pipeline made of seamless tubes of corrosion-resistant steel with a wall thickness of 3 mm.

Allowed oxygen pipeline laying above ground on the facades of buildings with copper pipes T brand of seamless pipes cold and heat deformed of corrosion-resistant steel.

Underground oxygen pipeline, laid in trenches, protected against corrosion caused by stray currents in accordance with the requirements of NS 9015-74 "Unified system of corrosion and aging. Underground facilities. General technical requirements. "

Typical equipment of hospitals with external network oxygen pipeline carried out in accordance with the requirements of DPC 49-83, 10-83 and BR 3.05.05-84.

On pipelines oxygen valve should be installed only specifically designed for oxygen (brass, bronze, stainless steel, lined). The use of steel and cast iron fittings are not allowed.

Eyeliner oxygen at a typical hospital equipment provided in the following areas: operational; anesthetic; resuscitation rooms; room pressure chambers; the delivery room; recovery room; intensive care (including children and infants); dressings; procedural offices; blood collection facilities; procedural endoscopy and angiography; wards of all departments except psychiatric; wards for newborns; wards for premature babies. In order to ensure safe operation of the health facilities have ongoing adjustment of gas medium parameters (flow meters, pressure gauges, moisture analyzers and gas mixture spectrum).

Medical nitrous oxide is used  In medical organizations (LPG). The nitrous oxide centralized supply consists of a source of liquefied gas and inner piping system from the source to the point of consumption. Typical equipment includes hospital liner nitrous oxide in the following areas: operational; anesthetic; rooms for angiography, endoscopy, bronchoscopy; the delivery room; prenatal chamber; intensive care (in the design assignment). Supply nitrous oxide is carried out by two groups of ramps for the 10-liter cylinders with nitrous oxide (one group - working, the other - a backup). When emptying the tanks of the working group, nitrous oxide block automatically switches to the backup job group. Ramps for cylinders with nitrous oxide are placed in the same room control medical gases, ie, in a room with window openings on any floor except basement (preferably closer to the highest consumption). In order to ensure safe operation of the health facilities have ongoing adjustment of gas medium parameters (flow meters, pressure gauges, moisture analyzers and gas mixture spectrum).

The system consists of a vacuum to ensure a source of vacuum - the vacuum station and a pipeline network. Vacuum stations are located in the basement room or basement for secondary rooms (entrance hall, cloakroom, storage, laundry, etc.). Vacuum piping network is provided in: operational; anesthetic; resuscitation rooms; the delivery room; recovery room; intensive care; dressings; for angiography, endoscopy, bronchoscopy; cardiology wards; wards for newborns; wards for premature babies.

WestMedGroup for several years engaged in the design and commissioning of systems of medical and technical gas supply, as well as medical valve systems based on the equipment of MILS MZLiberec.