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Started by RomanoDS
Wed, 07 Mar 2001 11:28
I offer FREE my Book on the new air purification system, on removal of little dusts from air
Author: RomanoDS
Date: Wed, 07 Mar 2001 11:28
Date: Wed, 07 Mar 2001 11:28
174 lines
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8713 bytes
I send FREE to whoever to ask for my scientific report in
english or in italian language, on the New Purification Air and
Smoke System SPALIC.
The report is in word-size and the pictures are in tif-size.
Needs send the request directly to omarak@tiscalinet.it
Romano De Simone
My New Technology on Air Purification, in italian, french and
english languages:
==================================================================
Il PROCEDIMENTO SPALIC IN SINTESI :
1) Aspirazione dell' aria polverosa, con particelle sia grossolane che
finissime.
2) Prelavaggio spray, con caduta delle particelle grossolane,
umidificazione prossima al 100%, ed omogeneizzazione della temperatura
dell' aria, prossima a quella dell' acqua di pioggia.
3) Riscaldamento istantaneo selettivo dell' aria, escludendo le
particelle fini inquinanti e tutte le molecole pesanti, che devono
rimanere fredde per qualche secondo.
Il riscaldamento, per risultare selettivo, deve essere fatto
mediante l' aspiratore-compressore, che comprime l' aria facendola
scaldare mediamente di circa quindici gradi almeno.
(1 grado centigrado corrisponde ad una compressione di circa 60-70
mm di colonna d' acqua).
4) Lavaggio spray in una camera di calma, che fa condensare il
vapore disperso nell' aria, a causa del raffreddamento sotto pioggia.
La condensa avviene addosso alle particelle e molecole inquinanti,
che restano fredde rispetto al gas circostante, al momento del
riscaldamento di questo per compressione.
5) Le particelle e molecole inquinanti, appesantite dalla condensa,
cadono nel liquido e ne vengono imprigionate, fino ad essere
catturare dal filtro presente sul percorso liquido, che pu� essere
autospurgante.
La Detergenza Nominale del procedimento (capacit� di trasferimento
istantaneo delle particelle e delle molecole nel liquido,
regolabile in tempo reale) � data dalla formula di De Simone:
D = K p
meglio descritta e specificata nel testo, nella quale K � la
costante dipendente dalla temperatura e dalla bagnabilit� e p �
la prevalenza dinamica dell' aspiratore-compressore.
La bagnabilit� � massima per tempi di contatto ridotti al minimo,
per cui in quei casi si pu� diminuire il valore di p, lasciando
invariata la Detergenza Nominale.
Il sistema � autolavante, funziona anche in equicorrente, senza
bisogno di corpi di riempimento, come si pu� anche dedurre dallo
schema illustrativo allegato (fig.1).
Dr. Ing. Romano De Simone.
THE SPALIC SYSTEM IN SYNTHESIS :
1) Aspiration of polluted air, with big and very fine particles,
or pollutant molecules.
2) Prewashing spray, with fall of big particles, humidification
near to 100%, and homogenization of air temperature, near to
that of the raining water.
3) Selected instantaneous heating of air, excluding the very
little particles and the heavy molecules, which must stay
cold for some second.
The heating must be realised by the fan-compressor, which
compress the air, with it heating about 15 �C, more or less.
(1 �C correspond to a compression of about 60-70 mm H2O).
4) Spray washing in a calm chamber; the spray washing do it
condensing the vapour dispersed in the air, by means of
cooling under rain.
The condensation take place onto the pollutant particles and
molecules, which stay colder than surroinding gas, at the moment
of the gas' s heating by compression.
5) The pollutant particles and molecules, made heavy by condensed
liquid, fall into the liquid and there are imprisoned, until to
be capture by the filter present in the liquid circuit, which
can be self-cleaning.
The Nominal Detergency of system (power of instantaneous
pollutant particles and molecules transferring into the liquid,
adjustable in real time) is calculable by the De Simone formula :
D = K p
where K is the constant dependent on the temperature and
the wettability, and p is the dinamic head of fan-compressor.
The wettability is maximum when the contact time is reduced at
mimimum, so that in this cases it can reduce the value of p,
without reduce the Nominal Detergency.
The system is self-cleaning, work with in equicurrent, without
need of filling bodies, how can be to understand by the
enclosed explanatory scheme (Picture 1).
Dr. Ing. Romano De Simone.
LE SYST�ME SPALIC IN SYNTH�SE :
(Objet: Syst�me de Purification de Air et fume�s a Lavage
InterComprim� - SPALIC.)
Nous pouvons r�sumer pour vous notre invention, comme apr�s.
1) Aspiration de (l' aire ou de) la fume�.
2) Pre-lavage moyennant pulv�risation de liquid aqueux, avec chute
de le particules grossiers, humidification prochaine au 100%, et
homogeneisation de la temperature de (l' aire ou de) la fume�, pr�s
de celle de le liquid.
3) Rechauffement instantan� selectif de (l' aire ou de) la fume�,
avec exception de le particules et de le molecules pesantes,
lesquelles devoint rester froides pendant quelque seconde.
Le rechauffement il doit faire moyennant le aspirateur-compresseur
centrifuge, lequel comprime (l' aire ou) la fume�, avec
rechauffement simultan�.
4) Lavage moyennant pulverisation, lequel fait condenser les
vapeurs diffuses dans (l' aire ou) la fume�, par consequent du
refroidissement sous la pluie.
Se produice la condensation sur les particules et les molecules
polluantes, lesquelles restent plus froides que le gaz
environnant, pendant le rechauffement du gaz par compression.
5) Le particules fines et le molecules polluantes, alourdites par
les vapeurs condens�, tombent dans le liquid et ne viennent
emprisone�s, jusqu' � etre capture�s par le filtre pr�sent sur le
circuit liquid, lequel peuve etre auto-vidangent.
____________________________________________________________________________
____
La D�tergence Nominale de le syst�me (pouvoir de transf�rement
instantan� de les particules et de les molecules pesantes dans le
liquid, reglable in temps r�el), est donne� par la formule de
Romano De Simone:
D = K p
dans laquelle K est la constante d�pendant par la temperature et
de la baignabilit� et p est la pression dynamique de l'
aspirateur-compresseur.
La baignabilit� est maxima pour temps de contact r�duits au minime,
pour laquelle raison dans ces cas on peux diminuer la valeur de
p, sans diminuer contextualement la D�tergence Nominale.
Le systeme est autonettoyant, fonctionne aussi en �quicourant, sans
besoin de corps de remplissage, comme on peux aussi d�duire de le
sch�ma explicatif joindr�. (Fig. 1).
Dr. Ing. Romano De Simone.
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