McDonald's revolutioniert das weltbekannte Erfrischungsgetränk
McDonald's ist ein weltweites Symbol für schnellen Service und gleichbleibende Qualität, wo Getränke
Operators are facing mounting issues with CO₂ supply and delivery. Shortages, rising costs, delivery delays, and leak-related waste disrupt operations and erode margins in the competitive food service market. Frequent cylinder swaps add labor strain, downtime, and safety risks, while compliance requirements increase complexity and cost. Outages damage revenue and customer experience, and inconsistent syrup ratios can hurt product quality and customer loyalty. Beyond reliability, transporting and consuming CO₂ adds emissions, making traditional delivery models less sustainable.
Was bedeutet das für Sie? Higher operating costs, more downtime, and potential damage to your bottom line and brand reputation.
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Replacing non-essential CO₂ with compressed air to operate BIB pumps increases uptime, cuts operating expenses, reduces emissions, and improves safety without sacrificing beverage quality. Stop relying on costly CO₂ deliveries and unpredictable supply chains and switch to Gast on-demand solutions.
Our systems reduce CO₂ consumption by replacing it in non-essential fountain applications with clean, air-powered dispensing. This minimizes waste, lowers emissions from BIB pumps and leak points, and reduces delivery dependency.
Built for performance and simplicity, our compact, quiet, compliance-ready systems integrate seamlessly into existing setups with plug-and-play installation in under an hour. Designed for the rugged needs of the food service industry, our high-performance commercial grade systems feature quick service turnaround to reduce downtime to keep your beverage program flowing and protecting your bottom line and your brand.
Wechseln Sie in weniger als einer Stunde mit den Plug-and-Play-Lösungen von Gast.
Save $1,000 annually per location on CO₂ and delivery.*
*Based on approximately 300 drinks per day (24 oz) or 2,000 gallons of syrup annually, with 2/3 hard ice fill.
Save up to 40% CO₂ usage by eliminating non-essential CO₂ .
Save 5,400 pounds of emissions (scope 1 and scope 3) equivalent to 6,238 miles driven*
* Based on approximately 2,000 gallons of syrup annually with 1.68 pounds of emissions to pump 1.00 gallons of syrup.
Traditional CO₂ delivery models are costly, unpredictable, and inefficient, driving up expenses and creating operational headaches. Rising gas prices, delivery delays, and compliance risks impact profitability and customer experience. Our solution helps you take control and cut costs while improving reliability.
Reduce CO₂ usage by up to 40% lowering operating costs and minimizing delivery expenses.
Smaller tanks and compact system footprint make integration easy for retrofits or new store designs resulting in lower costs for tank purchase or lease.
Plug-and-play installation supports consistency across locations and reduces downtime, adding to your bottom line.
Delivery delays and CO₂ outages can halt beverage service, damaging revenue and customer experience leading to losses. Frequent cylinder changeovers add labor strain and downtime that impacts operations. Our systems greatly reduce these risks by providing reliable, always-on service engineered for multi-pump, high-volume operations.
Built for durability, our systems can power 4–6 BIB pumps simultaneously with pressure stability for peak demand reducing delivery delays and outages ensuring consistent, quality pours without the hassle.
Engineered for long life (20,000+ hours), pressure stability, and minimal maintenance our system reduces downtime, plus cuts the frequency and labor burden of cylinder swaps for smoother operations.
Meets NSF, UL, and CE standards with easy service access to avoid shutdowns.
Traditional systems create handling risks, compliance challenges, and add emissions through transportation and consumption. Our technology reduces CO₂ dependency, eliminates leak points and CO₂ exhaust, and supports sustainability goals, all without re-engineering your back(or front)-of-house. Fewer deliveries mean lower logistics impact and safer operations.
Cut CO₂ use and eliminate exhaust from syrup pumps reducing Scope 1 emissions.
Powering BIBs with air eliminates syrup pump exhaust and reduces more than 80% of CO2 leak points in the beverage system and reduces deliveries.
Our technology aids in reducing emissions amid growing pressure to cut carbon footprint and reduce waste.
Entdecken Sie, wie unsere Druckluftlösungen Ihren Getränkeschankbetrieb verbessern können. Profitieren Sie von Vorteilen wie der Reduzierung von Betriebskosten und CO2-Verbrauch. Verschaffen Sie sich noch heute einen Überblick über die möglichen Auswirkungen mit unserem Einsparungsrechner!
*Estimate based on 300 drinks per day (24 oz) with 2/3 hard ice fill, 450 lbs bulk tank.
Geschätzte jährliche Kosten für den Gasverbrauch 524,356.56
Geschätzte %-Einsparungen beim Gasverbrauch
Geschätzte jährliche Einsparungen mit Druckluft - Siruppumpen
Estimated Savings from Avoided Deliveries ($) — Annual
Total Estimated Savings ($) - (Annual)
* Die Angaben dienen nur als Referenz. Gast übernimmt keine Garantie für die in dieser Umfrage angegebenen Ergebnisse.
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McDonald's ist ein weltweites Symbol für schnellen Service und gleichbleibende Qualität, wo Getränke
Restaurants sind auf den Verkauf von Getränken angewiesen, die oft höhere Gewinnspannen aufweisen als Lebensmittel. Allerdings,