Busch Vacuum Solutions

60 technicians losing their weekends to pump maintenance. 🔧 It was not a scheduling choice. A poultry processing facility in Germany relies on pneumatic suction conveying to ensure that waste from meat production, as well as ready-to-eat products, can be transported from Point A to Point B safely, effectively, and hygienically. That transport system runs around the clock. And the legacy oil-lubricated rotary vane vacuum pumps keeping it alive needed constant attention to stay that way. A failure does not just stop transport. In a meat processing plant, it risks spoiling food. So the technicians kept showing up on weekends. Cleaning pumps. Changing oil. Once we understood the full picture, the path forward was clear: 36 MINK dry claw vacuum pumps. No oil in the compression chamber means no cleaning cycles and no weekend call-ins. All 36 units are connected to OTTO, the digital service innovation from Busch. Pump temperature, inlet pressure, and vibration data stream live to the technicians' tablets. Deviations are caught before failures happen. 🔸 Maintenance costs: down 70% 🔸 Energy savings: 274,500 kWh per year As the facility's Technical Manager put it: "Specialists spending hours cleaning pumps and changing oil on the weekend is now a thing of the past!" The plant is already rolling out OTTO to its remaining 135 pumps. Because when food safety depends on reliable transport, there is no room for surprises. What is the one maintenance task your team cannot seem to get ahead of? #FoodProcessing #FoodSafety #BuschVacuumSolutions

1.6 billion tortilla wraps per year.🌯 Around the clock. 🕛Five shifts a day. No room for downtime. When a European market leader in Tex Mex products came to us during the planning of their new production facility, the challenge was straightforward on paper: ten packaging lines, each requiring vacuum for thermoforming, modified atmosphere packaging, and pick-and-place handling. Without a centralized approach, each packaging line would have required three individual vacuum pumps, each with its own maintenance schedule. We recommended a different path. A single central vacuum system, installed in a dedicated room, now supplies the entire facility. It consists of nine R5 rotary vane vacuum pumps, three PANDA vacuum boosters, three MINK dry claw vacuum pumps equipped with variable speed drives, and a vacuum vessel. The result was not just fewer machines. It fundamentally changed how the operation runs: maintenance can now be carried out without stopping production, heat and noise on the production floor have been reduced, and the venturi ejectors that previously converted compressed air into vacuum for pick-and-place processes have been eliminated entirely. 🔸Energy costs dropped €15K/year. 🔸Maintenance: €5K/year savings. 👉But the real win? They do not need to stop production in order to carry out maintenance on vacuum pumps, and since they are not installed inside the packaging machines, they are much easier to reach and service. The system is already sized for more packaging lines, because when production runs 24/7 and output is measured in billions, planning ahead is not optional. Do you think your facility needs an upgrade like this? We would be glad to hear your experience. #EnergySavings #FoodPackaging #PackagingSolutions #BuschVacuumSolutions

Even though they are essential in applications where high pumping speeds and low pressures are required; even small mistakes in vacuum boosters' setup or operation can lead to costly downtime, equipment damage, or complete failure. We will explore the six most common mistakes made when operating a vacuum booster and how to overcome them. 1. Not allowing cooling time before reaching ultimate pressure: If repeated cycles are undertaken with insufficient cooling time, the lobes no longer have enough space to turn due to the decreased clearance, and the booster will seize. In extreme cases, this can lead to a total failure. 2. Improper temperature fluctuations: To prevent thermal shocks, the operator should avoid opening doors in the vicinity of the vacuum booster suddenly, especially in winter when temperature differences can be high. 3. Allowing sudden fluid inrush: A recipient such as a liquid separator should be placed between the process chamber and the vacuum booster so that the liquid is removed before it reaches the booster. 4. Not observing the correct ratio between booster and backing pump: Incorrectly sizing the backing pump can lead to longer cycle times, reduced productivity, and potential defects. It also increases energy consumption, as vacuum pumps must work harder to maintain desired vacuum levels. Additionally, this strain accelerates wear on both the vacuum booster and the backing pump, resulting in higher maintenance needs and costs. 5. Allowing dust and debris to accumulate: It is recommended to use inlet mesh screens supplied by the vacuum pump manufacturer to ensure that the free cross-section matches the nominal inlet diameter of the vacuum pump. 6. Not ensuring leak tightness when handling critical gases: When pumping costly, pure gases, any exchange with the ambient air must be avoided. Even small amounts of contamination caused by air ingress can significantly affect the quality and effectiveness of the gas in these applications. Proper maintenance and operation are key to maximizing the efficiency and lifetime of a vacuum booster. Understanding these common mistakes and implementing the recommended practices will not only enhance the performance of the vacuum booster but also contribute to safer and more economical industrial processes. #VacuumBooster #ProcessOptimization #IndustrialMaintenance #BuschVacuumSolutions #OperationalExcellence

Visualizing latent fingerprints on a knife or a cartridge usually requires a controlled laboratory environment. Today, that capability is available directly at the crime scene. The VMD 160 delivers results in under 15 minutes, significantly accelerating forensic workflows while ensuring evidence remains suitable for further investigation, including DNA profiling or ballistic examination. For this pioneering work in forensic science, West Technology Systems Ltd. has been recognized with the "Innovation in Vacuum Busch Award 2025". They developed the world’s first portable system utilizing vacuum metal deposition (VMD) to apply ultra-thin metal layers under high vacuum conditions. Its robust IP67 rated design enables investigators to operate effectively in challenging environmental conditions, uncovering critical evidence rapidly without the need for laboratory infrastructure. Precision vacuum technology is central to this performance. The VMD 160 integrates high precision solutions from the Busch Group, including HiPace 10 turbomolecular vacuum pumps, MVP 010 backing pumps, and Pirani gauges. This combination ensures the stable vacuum conditions required for consistent, high quality results across a wide range of applications: from credit cards and banknotes to packaging materials. The Busch Group presents this award annually to honor those who utilize vacuum technology in innovative ways to benefit both people and the environment. #Innovation #BuschGroup #VacuumTechnology #Forensic #VMD

Every stage of the pharmaceutical value chain requires a unique technical approach to vacuum technology. The process consists of many stages, and there is no room for error. 💊 From the early phases in the laboratory to the finished sterile product, vacuum helps enable strict compliance. Even though all production stages are highly intertwined and need to be handled delicately together, we can list the manufacturing stages of pharma down to five in order to explain the role of vacuum technology in each phase of pharmaceutical production. ▪️API, excipient, and drug production ▪️Laboratory vacuum and quality control ▪️Pharmaceutical packaging and material handling ▪️CCIT ▪️Leak testing In order to achieve consistency in all the above-mentioned stages, certain technical synergies are required. The combination of the Busch and Pfeiffer portfolios creates a unique technical framework for addressing the pharmaceutical industry's value chain. ⚙️ Pfeiffer products (red) ensure accurate analytical measurements in R&D and sensitive integrity tests. Busch products (orange) guarantee the necessary technical power in industrial-scale production processes. 🔴🟠 Combining such technical abilities into one basis ensures that there will be no more "hidden gaps" in the production line. Thus, the purity of the final product will always be guaranteed by a unique, deterministic principle. #PharmaIndustry #PharmaPackaging #BuschGroup #Pharma #VacuumTechnology

Opportunities for optimization often lie beneath the surface of your vacuum systems. Yet, they remain invisible until you analyze the intersection of the core areas. While achieving a 50% reduction in energy costs is a realistic goal, it requires a closer look. True efficiency is achieved by optimizing three pillars: 🔸Equipment & Process Efficiency: Matching vacuum technology and system design to application requirements. Centralization, heat recovery, and correctly sized equipment all improve process efficiency. 🔸Operational Efficiency: Operating practices that reduce waste. Minimizing pressure drops, improving filtration, and applying cascade control or variable speed drives (VSDs) can dramatically cut energy demand. 🔸Maintenance Efficiency: Even the best-designed systems need proactive care. Predictive maintenance, supported by modern CMMS technology, ensures timely leak checks, filter changes, and oil monitoring. This not only extends equipment life but also sustains performance and reduces downtime. Sustainability is a series of practical, continuous improvements rather than a single act. Which area do you prioritize for optimization? Let’s share insights in the comments. ⚙️ #EnergyEfficiency #VacuumTechnology #OperationalExcellence #BuschVacuumSolutions

Most meat processors are losing 26% of their energy budget to idle vacuum pumps during breaks — and they don’t even know it.🥩 Whether it's a premium cut of beef on your dinner table or a perfectly aged steak at a restaurant, a technology ensures its quality. This technology is vacuum packaging, which preserves freshness from the beginning. In red meat processing plants, multiple vacuum packaging lines work tirelessly to securely pack, preserve, and prepare fresh meat for distribution. At the core of this large-scale operation is one crucial element: a reliable and efficient vacuum supply. One of Scotland's largest red meat processors was able to optimize performance and reduce energy consumption by relying on us, a partner with whom they have worked for around 15 years. Together, we implemented ECOTORQUE — Busch's variable speed drive (VSD) technology — which we retrofitted to the facility’s existing R5 oil-lubricated rotary vane vacuum pumps. The results spoke for themselves📈: 🔸During active production: energy savings reached around 26%. 🔸The biggest impact came during breaks: Thanks to Eco-mode, energy use dropped by an astonishing 94%, as the pump no longer consumed power when no vacuum was needed. 🔸ECOTORQUE reduced the average power consumption of the vacuum pump from 16 kW to 11.8 kW, resulting in savings of approximately 903 kWh during a trial week, equivalent to £207, or around £10,350 annually for one machine. As long as you are presented with the correct solution that best suits your requirements, driving productivity at the lowest cost is a possible goal to reach. #FoodIndustry #FoodSafety #SustainablePackaging #EnergyEfficiency #BuschVacuumSolutions

Most industrial sites still rely on fossil fuels for heating and cooling. Often, the barrier isn't the technology itself, but the long-term planning and investment required to move away from traditional infrastructure. We are addressing this challenge directly through systematic upgrades. 23 metres below our Maulburg headquarters, two carefully engineered boreholes now draw natural heat from the ground, providing heating across eight buildings in winter and cooling in summer, for more than 10,000 m² of floor area. The geothermal plant replaces a significant portion of the site's oil and gas consumption and cuts CO₂ emissions by more than 237 tons every year. It doesn't stand alone. A photovoltaic system came first in 2023. A woodchip plant fueled by local forests, carbon-neutral by nature, saves a further 255+ tons of CO₂ annually. Heat recovery from compressors. Renovated facades and roofs. Smart building automation. Each layer reinforcing the next. What this adds up to is a systematic reduction in environmental impact, while keeping energy supply reliable and future-proof. And Maulburg is not the exception. Across the Busch Group, strict energy and CO₂ standards are part of every new building project, everywhere in the world. #GreenTech #GeothermalEnergy #RenewableEnergy #ClimateAction #BuschVacuumSolutions