Greenway - IDS Refrigeration
Greenway - IDS Refrigeration
Greenway - IDS Refrigeration
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The L’alternative natural and naturelle renewable & alternative<br />
durable<br />
<br />
to traditional heat transfer fluids<br />
<br />
Follow the <strong>Greenway</strong> ®
<strong>Greenway</strong> ® : un one pas more de step<br />
plus<br />
on sur the le chemin path of du change changement<br />
Climalife are <br />
recognized experts at formulating <br />
proven heat <br />
transfer <br />
fluids (HTF) for over <br />
30 years and are <br />
strongly committed <br />
to<br />
<br />
solutions derived from organic <br />
plant resources. <br />
L’OBJECTIF THE TARGET DE OF CLIMALIFE<br />
<br />
To provide relevant and effective technical alternatives <br />
<br />
to traditional fluids<br />
<br />
based on petrochemical propylene <br />
<br />
glycol (MPG). <br />
Thus, our R&D have<br />
developed a <br />
range <br />
of solutions containing glucose <br />
syrup <br />
from <br />
a100%<br />
<br />
<br />
vegetable and renewable source.<br />
<br />
LE THE RÉSULTAT<br />
RESULT<br />
T<br />
• <br />
A unique range of ready to use formulas to meet <br />
the needs of the<br />
<br />
refrigeration, central heating systems <br />
and renewable <br />
energy markets.<br />
• <br />
Positive technical advantages for each <br />
application<br />
<br />
AFSSA • The only bio-sourced range to have obtained <br />
the A<br />
FSSA<br />
approval and agreed<br />
<br />
<br />
by the French Health Ministry.<br />
<br />
<br />
With the <br />
<strong>Greenway</strong> ® range, Climalife offers <br />
<br />
the <br />
market <br />
a range <br />
of <br />
opportunities <br />
to enhance the credibility <br />
of their<br />
sustainable approach and <br />
to <br />
reduce <br />
<br />
their <br />
energy <br />
and <br />
ecological <br />
footprint.
REFRIGERATION RÉFRIGÉRATION AND &<br />
CENTRAL CHAUFFAGE HEATING CENTRAL<br />
À ce jour, il n’existe pas d’alternative aux<br />
Until <br />
now there has been <br />
no alternative to traditional<br />
<br />
HTF non nocive that is et not soucieuse harmful or de environmentally l’environnement<br />
friendly to<br />
help pour users accompagner in their efforts les acteurs to reduce dans energy leur volonté<br />
costs and<br />
carbon <br />
footprint. <br />
<br />
?<br />
How <br />
to reduce carbon <br />
footprint<br />
while <br />
reducing operating costs <br />
of <br />
thermal systems?<br />
<br />
<br />
<br />
<br />
<br />
<br />
Benefits<br />
<br />
of <strong>Greenway</strong> ® RTU<br />
RTU<br />
for <br />
new installations:<br />
<br />
Agréé<br />
é par l’AFSSA.<br />
Du fait de sa faible viscosité, il requiert<br />
moins d’énergie po<br />
our le pomper comparé<br />
à un MPG :<br />
à -30°C : 14 x mo oins d’énergie nécessaire<br />
à -10°C : 3 x moin ns d’énergie nécessaire<br />
NB : Estimation faite pou ur des<br />
échanges thermiques équivalents<br />
UNDERFLOOR UTILISATION<br />
HEATING ION/<br />
CENTRAL PLANCHERS<br />
HEATING CHAUFFANTS<br />
SYSTEMS<br />
ANT<br />
CHAUFFAGE AGE CENTRAL<br />
<br />
• Is cleaner and more <br />
<br />
environmentally <br />
friendly <br />
<br />
<br />
• Long-term antifreeze<br />
<br />
<br />
and corrosion protection<br />
<br />
<br />
• High stability properties<br />
<br />
<br />
over the <br />
long term<br />
-55°C<br />
-30°C<br />
-25°C<br />
REFRIGERATION APPLICATIONS INDUSTRIELLES<br />
/ LES<br />
<br />
AIR ET COMMERCIALES<br />
CONDITIONING SYSTEMS<br />
<br />
<br />
• Reduces primary energy<br />
<br />
<br />
consumption<br />
<br />
<br />
<br />
<br />
• Optimizes pump and pipe<br />
<br />
<br />
sizing <br />
(depending on the <br />
<br />
system <br />
design study)<br />
<br />
• Reduce carbon footprint<br />
<br />
HEAT POMPES PUMP<br />
SYSTEM À CHALEUR<br />
With Au contact the buried direct pipe-work du sol,<br />
le réseau containing<br />
de<br />
the <br />
HTF, in direct contact with the<br />
<br />
ground, caloporteur there représente, is a potential cas risk de for fuite, the<br />
un<br />
environment, <br />
<br />
should leakage occur.<br />
-25°C<br />
?<br />
How <br />
<br />
to keep efficient heat<br />
<br />
transfer <br />
and minimize the risk <br />
of <br />
ground and <br />
water pollution?<br />
<br />
<strong>Greenway</strong> ®<br />
<br />
Heat Pump <br />
<br />
addresses <br />
this issue:<br />
Conductivité thermique sensib blement<br />
équivalente au MPG<br />
Hautement biodégradable<br />
Contient des inhibiteurs de co<br />
orrosion<br />
organiques longue durée<br />
APPLICATION HEAT PUMP POMPES SYSTEMS<br />
À CHALEUR<br />
<br />
<br />
<br />
<br />
• Good thermal <br />
transfer<br />
<br />
<br />
• Minimizes environmental<br />
<br />
<br />
consequences in case of leakage<br />
<br />
<br />
<br />
<br />
= points de congélation disponibles
SOLAIRE THERMAL THERMIQUE<br />
SOLAR<br />
An De increasing plus en plus number de systèmes of solar présentent systems des are suffering vieillissements sements from<br />
accelerated <br />
ageing <br />
of the glycol and above 150°C, the <br />
degradation <br />
becomes irreversible and creates acids <br />
(characteristic <br />
<br />
brown <br />
colour).<br />
Thus Dès lors a negative une réaction chain en reaction chaîne s’active is activated:<br />
:<br />
• <br />
Loss of system efficiency from lower heat transfer <br />
capacity<br />
• <br />
Strong Fortes contraintes<br />
constraints pour on the la pompe pump: p : increased viscosité augmentée viscosity and, et,<br />
<br />
ultimately, blockage <br />
in low flow <br />
areas<br />
• Risk to the system functionality: increased freezing <br />
point and<br />
<br />
<br />
corrosion risks <br />
• <br />
Decreased Baisse de rendement overall efficiency et coûts and de maintenance high maintenance élevés<br />
costs<br />
?<br />
So, <br />
how do you prevent risks associated <br />
with<br />
accelerated <br />
aging of the HTF ?<br />
<br />
<br />
How <br />
to extend the life of the system and its<br />
<br />
"lifeblood“, <br />
the <br />
HTF?<br />
<br />
The <strong>Greenway</strong> <br />
® Solar offers definite<br />
advantages <br />
over a MPG based solution : <br />
Dégradation exceptionnellement faible :<br />
4 fois moindre à 150°C<br />
Dilatation min nimisée :<br />
plus de deux fois moindre à 100°C<br />
Grande stabil lité des caractéristiques techniques<br />
Viscosité plus<br />
faible<br />
Acid<br />
concentration<br />
resulting from<br />
the degradation<br />
of the fluid<br />
INSTALLATIONS HIGH TIONS CONSTRAINT À FORTES CONTRAINTES<br />
SYSTEMS<br />
<br />
<br />
Particularly <br />
at risk, high stress installations*<br />
<br />
need <br />
<strong>Greenway</strong> ® Solar to:<br />
• <br />
Resist and effectively respond to the problems<br />
<br />
of <br />
overheating periods<br />
• <br />
Increase service life and protect long-term <br />
<br />
effectiveness.<br />
<br />
• <br />
Avoid blockages leading to system failure.<br />
<br />
• Maintain <br />
return on investment.<br />
<br />
*i.e : - facilities subject to periods of non use,<br />
<br />
repeated overheating or stagnation<br />
<br />
periods (eg schools), <br />
- evacuated tube systems, <br />
<br />
etc<br />
<br />
<br />
<br />
Degradation <br />
of glycol solutions<br />
diluted <br />
to 50% at 150°C<br />
<br />
(corresponding <br />
to the usual <br />
dilutions <br />
of the market)<br />
-30°C<br />
-25°C<br />
Hours
UN A CLEANER PROCESSUS DE<br />
PRODUCTION N PLUS<br />
PROPRE...<br />
PROCESS…<br />
FERMENTATION TION + RAFFINAGE<br />
+ REFINING AGE<br />
photo non contractuelle<br />
PLANTES PLANTS<br />
(PHOTOSYNTHÈSE) (PHOTOSYNTHESIS)<br />
GLUCOSE BIO-DÉRIVÉ<br />
BIO-DERIVED<br />
1,3-PROPANEDIOL<br />
GREENWAY ®<br />
… ... QUI THAT FAIT<br />
MAKES UNE A VRAIE REAL DIFFÉRENCE<br />
ENVIRONMENTAL<br />
DIFFERENCE.<br />
ENVIRONNEMENTALE.<br />
Emission (GHG)<br />
Propylene<br />
Non renewable energy<br />
Propylene<br />
Propylene<br />
Green house gas emission (GHG)<br />
Propylene<br />
Non renewable energy
dehon service SA<br />
26, avenue du Petit Parc F- 94683 Vincennes Cedex<br />
Tél. : +33 1 43 98 75 00 - Fax : +33 1 43 98 21 51<br />
contact@climalife.dehon.com<br />
www.climalife.dehon.com<br />
www.climalife.dehon.com