INOXPA SKANDINAVIEN A/S

Langballe 2, DK – 8700

Horsens, Denmark

Red Wine Pump Over

Alcoholic fermentation of wine is a biological process, triggered with the addition of yeasts, in which the sugars in the must turn into ethyl alcohol, CO2, heat and other by-products.

Gaseous carbon dioxide (CO2) causes the solids, mainly the skins, to rise to the surface of the must. This phenomenon forms a compact layer at the top, called the cap. The cap protects the must from bacteria and oxidation.

Pumping over

The must can be pumped over to make the mixture in the tank consistent. This technique consists of transferring the fermenting must from the bottom to the top of the tank to soak the cap. Spraying devices can also be used to distribute it evenly over the surface and they also prevent the formation of channels that could affect the maceration process.

Anmod om information

Red Wine Pump Over

Løsning

Other benefits of pumping over

- Aeration of the must to increase and activate the yeasts.

- Preventing the cap from drying to avoid the formation of bacteria and mould on the surface.

- Keeping the cap cool (the skins in the cap can reach high temperatures and pumping over cools them down and helps prevent the growth of thermophilic bacteria).

- Distribution of the yeasts.

- Extraction of substances from the skins, especially tannins, colours and aromas.


The seeds of the grapes gather at the bottom of the tank during fermentation and, unlike the skins, carbon dioxide cannot make them float to the surface. Therefore, it is necessary to pump them up onto the top of the cap so that more of their tannins can be extracted.

The number of times and frequency with which the wine needs to be pumped over in each tank is decided by the oenologist depending on the grape variety, fermentation phase and the wine being made.

The ideal pump for pumping over

To perform the process of pumping over in the best conditions, INOXPA offers the RV range of centrifugal pumps with helicoidal impeller.

These pumps are ideal for pumping over since they are designed to pump high flow rates of liquids with solids in suspension and avoid damage to the solids (different sizes depending on pump size, maximum particle size ø = 75 mm).

Advantages of RV pumps

- Lower energy input to the wine: thanks to their excellent design with CFD tools, they obtain very high performance levels (>70%). This means a lower increase in the temperature of the pumped liquid.

- Low energy consumption thanks to their high performance.

- Minimal damage to solids (skins, seeds, pulp...): the helicoidal impeller and the very precise clearances between the impeller, cover and pump casing guarantee minimum recirculation inside the pump and let solids through without damaging their structure.

- Easy maintenance.

- No need to place a grid to serve as strainer in the tank.

- CE-1935/2004 and FDA compliant food grade materials.

- Motor in compliance with the IEC standards (RV version) and with NEMA standard (RVN version).

Dokumenter

Funktion

Other benefits of pumping over

- Aeration of the must to increase and activate the yeasts.

- Preventing the cap from drying to avoid the formation of bacteria and mould on the surface.

- Keeping the cap cool (the skins in the cap can reach high temperatures and pumping over cools them down and helps prevent the growth of thermophilic bacteria).

- Distribution of the yeasts.

- Extraction of substances from the skins, especially tannins, colours and aromas.


The seeds of the grapes gather at the bottom of the tank during fermentation and, unlike the skins, carbon dioxide cannot make them float to the surface. Therefore, it is necessary to pump them up onto the top of the cap so that more of their tannins can be extracted.

The number of times and frequency with which the wine needs to be pumped over in each tank is decided by the oenologist depending on the grape variety, fermentation phase and the wine being made.

The ideal pump for pumping over

To perform the process of pumping over in the best conditions, INOXPA offers the RV range of centrifugal pumps with helicoidal impeller.

These pumps are ideal for pumping over since they are designed to pump high flow rates of liquids with solids in suspension and avoid damage to the solids (different sizes depending on pump size, maximum particle size ø = 75 mm).

Advantages of RV pumps

- Lower energy input to the wine: thanks to their excellent design with CFD tools, they obtain very high performance levels (>70%). This means a lower increase in the temperature of the pumped liquid.

- Low energy consumption thanks to their high performance.

- Minimal damage to solids (skins, seeds, pulp...): the helicoidal impeller and the very precise clearances between the impeller, cover and pump casing guarantee minimum recirculation inside the pump and let solids through without damaging their structure.

- Easy maintenance.

- No need to place a grid to serve as strainer in the tank.

- CE-1935/2004 and FDA compliant food grade materials.

- Motor in compliance with the IEC standards (RV version) and with NEMA standard (RVN version).

Materialer and Muligheder

Dokumentnummer. FA.Remontado.2_ES
Titel Remontado del Vino Tinto
Filtype .pdf
Resumé La bomba ideal para el remontado
    Download
  • E-mail
Dokumentnummer. FA.Pump-over.2_EN
Titel Red Wine Pump Over
Filtype .pdf
Resumé The ideal pump for pumping over
    Download
  • E-mail
Dokumentnummer. FA.Remontage.2_FR
Titel Remontage Vin Rouge
Filtype .pdf
Resumé La pompe idéale pour le remontage
    Download
  • E-mail
Dokumentnummer. FA.Rimontaggio.2_IT
Titel Rimontaggio del Vino Rosso
Filtype .pdf
Resumé La pompa ideale per il rimontaggio
    Download
  • E-mail

Cookiepolitik

Denne hjemmeside bruger cookies. Vi bruger cookies til at tilpasse vores indhold og annoncer, til at vise dig funktioner til sociale medier og til at analysere vores trafik. Vi deler også oplysninger om din brug af vores hjemmeside med vores partnere inden for sociale medier, annonceringspartnere og analysepartnere. Vores partnere kan kombinere disse data med andre oplysninger, du har givet dem, eller som de har indsamlet fra din brug af deres tjenester. Side med politik om cookies.

Afvise Acceptere alle cookies
Tillad valgte
Nødvendig (2)
Præferencer (0)
Statistik (7)
Marketing (11)
Om cookies

Nødvendige cookies hjælper med at gøre en hjemmeside brugbar ved at aktivere grundlæggende funktioner såsom side-navigation og adgang til sikre områder af hjemmesiden. Hjemmesiden kan ikke fungere ordentligt uden disse cookies.

Præference cookies gør det muligt for en hjemmeside at huske oplysninger, der ændrer den måde hjemmesiden ser ud eller opfører sig på. F.eks. dit foretrukne sprog, eller den region, du befinder dig i.

Statistiske cookies giver hjemmesideejere indsigt i brugernes interaktion med hjemmesiden, ved at indsamle og rapportere oplysninger anonymt.

Marketing cookies bruges til at spore brugere på tværs af websites. Hensigten er at vise annoncer, der er relevante og engagerende for den enkelte bruger, og dermed mere værdifulde for udgivere og tredjeparts-annoncører.

Navn Udbyder Formål Udløb Type
cc_cookie_accept www.inoxpa.dk Gemmer brugerens cookie-samtykke-tilstand for det aktuelle domæne. 1 dag HTTP
PHPSESSID www.inoxpa.dk Bevarer brugersessionstilstand på tværs af sideanmodninger. Session HTTP
collect Google Used to send data to Google Analytics about the visitor's device and behavior. Tracks the visitor across devices and marketing channels. Session Pixel
_ga Google Registrerer et unikt ID, der anvendes til at føre statistik over hvordan den besøgende bruger hjemmesiden. 2 år HTTP
_ga_# www.inoxpa.dk Anvendes af Google Analytics til at indsamle data om antallet af gange en bruger har besøgt hjemmesiden samt datoer for første og seneste besøg. 2 år HTTP
_gat_ Google Anvendes af Google Analytics til at drosle hastigheden på antallet af forespørgsler til serveren 1 dag HTTP
_gid Google Registrerer et unikt ID, der anvendes til at føre statistik over hvordan den besøgende bruger hjemmesiden. 1 dag HTTP
fr Facebook Registrerer et unikt ID, der anvendes til at føre statistik over hvordan den besøgende bruger hjemmesiden. 3 måneder HTTP
_fbp Facebook Registrerer et unikt ID, der anvendes til at føre statistik over hvordan den besøgende bruger hjemmesiden. 3 måneder HTTP
IDE Google Anvendes af Google DoubleClick til at registrere og rapportere om hjemmesidebrugerens handlinger efter at have set eller klikket på en af annoncørens annoncer. Formålet er at måle effekten af en annonce samt at målrette annoncer til brugeren. 1 dag HTTP
ads/ga-audiences Google Anvendes af Google AdWords til at gentage annoncer for besøgende, der sandsynligvis vil konvertere til kunder baseret på den besøgendes onlineadfærd på tværs af websteder. Session Pixel
VISITOR_INFO1_LIVE YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video 179 dage HTTP
YSC YouTube Registrerer et unikt ID for at føre statistik over hvilke videoer fra YouTube brugeren har set. Session HTTP
yt-remote-cast-installed YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Session HTML
yt-remote-connected-devices YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Vedholdende HTML
yt-remote-device-id YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Vedholdende HTML
yt-remote-fast-check-period YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Session HTML
yt-remote-session-app YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Session HTML
yt-remote-session-app YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Session HTML
yt-remote-session-name YouTube Gemmer brugerens video-afspiller-præferencer ved afspilning af en indlejret YouTube video. Session HTML
Cookies er små tekstfiler, der kan bruges af websteder for at gøre brugerens oplevelse mere effektiv. Loven siger, at vi kan gemme cookies på din enhed, hvis de er strengt nødvendige for driften af ​​dette websted. For alle andre typer cookies har vi brug for din tilladelse. Dette websted bruger forskellige typer cookies. Nogle cookies placeres af tredjepartstjenester, der vises på vores sider. Du kan når som helst ændre eller trække dit samtykke fra cookiedeklarationen på vores websted. Lær mere om, hvem vi er, hvordan du kan kontakte os, og hvordan vi behandler personoplysninger i vores fortrolighedspolitik. Angiv dit samtykke-id og dato, når du kontakter os angående dit samtykke.