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how much does breathing air count? - Periso SA

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<strong>how</strong> <strong>much</strong> <strong>does</strong> <strong>breathing</strong><br />

<strong>air</strong> <strong>count</strong>?<br />

Research & Development<br />

<strong>SA</strong>


we take care of the <strong>air</strong> you breathe<br />

PERISO <strong>SA</strong>, aware of the ethical value of existence<br />

and in respect for the environment, has set itself the<br />

objective of improving the quality of life revitalising<br />

the unhealthy <strong>air</strong> of indoor environments.<br />

It is a well known fact that closed places contain<br />

a concentration of polluting substances decidedly<br />

higher than outside and unfortunately, the more<br />

modern the building, the higher the pollution potential<br />

is.<br />

In closed environments reports are increasingly<br />

frequent of symptoms such as headache, irritation<br />

of the eyes, nose and throat, dizziness or nausea,<br />

concentration difficulty, fatigue, colds, most of which<br />

disappear or are alleviated outdoors. The quality of<br />

the <strong>air</strong> is a fundamental requirement when working in<br />

an environment in which we want to obtain and retain<br />

the integrity of the processes.<br />

In critical environments like hospitals, laboratories,<br />

dental clinics, test centres, veterinary clinics the safety<br />

of the therapies largely depends on <strong>air</strong> contamination<br />

control.<br />

These hyper-specialistic requirements are met by<br />

<strong>Periso</strong> with the design and production of sophisticated<br />

<strong>air</strong> quality control and adjustment systems.<br />

<strong>Periso</strong>’s innovative technology is based on the<br />

principle of “controlled bipolar ionization” able<br />

to keep the right proportion between positive and<br />

negative ions. This proportion has a big effect on our<br />

health and organism and is the most effective <strong>air</strong><br />

purification system. Ionisation is generated in nature<br />

as a result of natural sources of energy like lightning,<br />

waterfalls, sea waves which, producing positive and<br />

negative ions have revitalising effects on the <strong>air</strong>.<br />

BENEFITS OF THE TECHNOLOGY<br />

Reducing the viruses, bacteria and micro-organisms<br />

present in indoor environments, <strong>Periso</strong> purifiers<br />

represent a barrier against the invisible assailants in<br />

the <strong>air</strong>.<br />

<strong>Periso</strong> <strong>SA</strong>’s <strong>air</strong> purification line has a range of ionizers<br />

with different features in relation to the volume of the<br />

room to be cleaned and the type of activity carried out<br />

there.<br />

The big advantage of <strong>Periso</strong>’s technology is<br />

represented by the possibility to balance the ionic<br />

production system on the basis of the specific<br />

application requirements. In addition, <strong>Periso</strong><br />

purifiers can be installed and integrated in climate<br />

control systems determining a healthy balance and<br />

physiological well-being conditions for the persons in<br />

the ionized environment.<br />

With <strong>Periso</strong> well-being is in the <strong>air</strong>.<br />

Research & Development<br />

periso solutions for the hospital and healthcare sector<br />

<strong>SA</strong>


<strong>how</strong> <strong>does</strong><br />

bipolar ionization act ?<br />

contaminated particle<br />

purified particle<br />

Example of <strong>how</strong> viruses and bacteria are deactivated<br />

through bipolar ionization: Positive ions H+ (H2O)n and<br />

negative ones O2¯(H2O)n (cluster of ions) surround<br />

the outer surface of contaminants like fungi, moulds<br />

and bacteria reacting rapidly and generating hydroxil<br />

radicals (OH) capable of oxidising organic molecules,<br />

withdrawing hydrogen from the outer wall of the<br />

particle to form water (H2O), deactivating it, through<br />

the opening of slits in the membrane.<br />

dangers of particulate<br />

Particulate, or PM, is a mixture of solid particles and<br />

micro droplets suspended in the <strong>air</strong>.<br />

Some of them like dust, dirt or soot are<br />

visible to the naked eye. Others are so small<br />

they can be seen only with the microscope.<br />

Environments with high levels of cleaning<br />

and sterility require highly efficient filtration<br />

systems called HEPA. These filters, <strong>how</strong>ever, though<br />

they trap particles with a diameter below 0.3 µm,<br />

<strong>SA</strong><br />

Research & Development<br />

cannot ensure the elimination of micro-organisms<br />

like viruses and bacteria which are <strong>much</strong> smaller in<br />

size.<br />

The micro-organisms proliferate in the filters<br />

releasing pollutants in the environments and<br />

risk originating endotoxins, which are a health<br />

hazard, and spread the so-called nosocomial<br />

diseases in hospitals.<br />

<strong>Periso</strong>’s controlled bipolar ionization technology<br />

neutralises viruses, bacteria and micro-organisms.


ATU layout<br />

<strong>Periso</strong> in “Air treatment unit” (A.T.U.)<br />

The Air Quality System (A.Q.S.) control unit is an<br />

essential tool to be integrated in an Air Treatment<br />

System (A.T.U.), with the aim of acting on purification<br />

and sanitization.<br />

AIR FROM BUILDING<br />

EXTERNAL<br />

A.Q. SENSOR<br />

EXTERNAL AIR<br />

A.Q. SENSOR<br />

Data management is taken care of by a powerful<br />

microprocessor that allows systematic analysis in<br />

real time of the various quality levels of the <strong>air</strong> leading<br />

from the environment and ducts through highly<br />

professional and reliable sensors. The type of system<br />

A.Q.S UNIT CONTROL<br />

BUILDING TO BE<br />

CONDITIONED<br />

Air Handling Unit<br />

ANALYSIS SOFTWARE<br />

A.Q.S. control unit healthcare sector<br />

and requirements of the environment to be treated<br />

will determine which type of priority to give to the<br />

sensors. The graphic representation in real time of<br />

the whole Air Cleaning System A.C.S. allows not only<br />

constant monitoring of the environmental condition<br />

with data traceability, but also the possibility of<br />

remote changing of the parameters set in order to<br />

optimise performance levels.<br />

OZONE SENSOR<br />

AIR CONDITIONED<br />

& IONAIZED<br />

UMIDITY<br />

& FLOW<br />

SENSORS<br />

A.C.S. MODULE<br />

sector<br />

Hospital<br />

OPERATING THEATRES<br />

INTENSIVE CARE, INFECTIOUS DISEASES<br />

Research & Development<br />

OUTPATIENTS CLINICS<br />

REST HOMES LABORATORIES<br />

NEONATOLOGY<br />

MEDICAL AND DENTAL CLINICS TEST CENTRE VETERINARY CLINICS<br />

<strong>SA</strong>

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