Oenology and cold

15 Jan 2021

The latest oenological research has confirmed the organoleptic results in terms of quality obtained while processing grape in a temperature controlled envinroment.

ALCRYO is the answer to this oenological issue. The machine has been developed by SIPREM and AIRLIQUIDE in synergy and it is the most important innovation technology to reach high quality results in wine making processes.

The system exploit inert gas like CO2 decreasing the temperature of grape continuosly up to 0°C.

The chilled grape is then conveyed to the crusher or press. The same gas is used to move the grape easily through the pipes, reducing the friction and protecting the product.

The grape transport is run in a totally reduced enviroment. This condition is crucial to save aromas perfectly.

The investment on this plant and the low costs in using and maintenace are paid by its high benefit resulting on your wine.

Many wineries already used the ALCRYO100. By using this system they low the temperature of grape up to 5°C while conveying it at 10 tons per hour to the crush pad.

LAST NEWS

VIBRATING INERT CART ‘REBI 30’

VIBRATING INERT CART ‘REBI 30’

Garantire ed esaltare le caratteristiche organolettiche del prodotto sin dalla sua raccolta lungo la vigna, con la piena consapevolezza che le migliori peculiarità dell’uva, se ben conservate, si trasmetteranno poi al vino. Questa la ‘mission’ che lo staff tecnico...

New plant in Rueda, Spain

New plant in Rueda, Spain

  Siprem International SpA is thrilled to announce the installation of two cutting-edge vacuum system presses at a prestigious winery in Rueda! Two pieces of VS405 ready to process up to 90,000 kg of crushed grapes, respectively, for a total of 180,000 kg per...

A Grape washing machine?

A Grape washing machine?

Did you know that heavy metals in grapes are dangerous oxidation catalysts and are a source of instability in wines? It’s important to know that smog and tar residues are often present on the grapes, especially when the vineyards are exposed to air flow from...