LOWENCO A/S ads

Our large-scale cold storage solution consolidates capacity into a centralized and integrated infrastructure designed around your facility, storage requirements and long-term capacity needs. Aligned with Pharma 4.0 principles, our architecture reduces complexity, connects the system with your facility's wider data ecosystem while creating a more scalable cold storage infrastructure. ❄️LOAD ONCE → BLAST FREEZE →STORE LONG TERM❄️ No repacking between processes: Move products in the same trolley or your prefered storage layout between freezing and long-term storage, reducing unnecessary handling steps. Fewer operator touchpoints: Reduce manual transfers and interventions across the cold storage workflow. Protect product conditions: Fewer transfers mean less exposure outside controlled storage conditions and a more consistent cold chain for sensitive materials. #ULT #ColdStorage #UltraLowTemperature #Pharmaceuticals #PharmaStorage

"What if your –80°C storage could cut its CO₂ footprint by up to 73%? Traditionally, -80°C freezers drive up energy consumptions and emissions. But today’s solutions are changing that narrative. By using lower-GWP refrigerants, highly efficient cooling technology and advanced freezer design, modern ULT solutions can shrink the CO₂ footprint of cold storage by up to 73%. In fact, large-scale, integrated systems can consume up to 66% less power and significantly reduce HVAC loads thanks to their design architecture = directly lowering greenhouse gas emissions. For pharmaceutical companies working toward specific sustainability targets, freezer technology is becoming an important lever in reducing operational emissions. #ULT #ColdStorage #UltraLowTemperature #Pharmaceuticals #PharmaStorage

Many scaling facilities believe that adding "just one more upright freezer" keeps costs linear. But data proves otherwise. 📉📐 Mathematically, there is a clear tipping point for when the traditional "freezer farm" model completely breaks down. Our calculation proves that once a facility reaches approximately 37 upright units or above, consolidating the setup into a large-scale solution instead changes the baseline project economics for both sites of facility planning: 🔹 For pharma operators: Managing 37 or more separate units and compressor lifecycles, calibration schedules and emergency backup systems creates an operational bottleneck. Centralizing this volume into a large-scale solution introduces economies of scale that significantly reduce power draw and maintenance hours, often allowing the capital expenditure of a large-scale system to pay for itself within the very first year of operation. 🔹 For facility engineers: Lining up 37 standard ULT units requires massive floor space and introduces a massive, distributed heat-rejection load. Designing HVAC infrastructure to constantly combat that ambient heat strain adds immense complexity to utility sizing. A centralized solution removes that heat rejection from the room entirely, allowing engineers to maximize high-density storage on a minimal physical footprint. Reach out if you like to see the calculation - you can schedule an appointment on our website under contact. #lowenco #ULT #coldstorage #ULTstorage

The "-70°C vs. -80°C" debate keeps going in the pharmaceutical industry. But is it a necessary compromise? 🌡️ To cut carbon footprints and bring down energy bills, many sustainability managers are pushing to raise ultra-low storage temperatures to -70°C. But for Quality Assurance and Clinical Scientists, that 10-degree shift introduces anxiety about long-term product integrity and regulatory compliance. But the truth is, you should not have to choose between your sustainability goals and your product integrity. Therefore, we engineered our large-scale storage solution to bridge this gap for both pharmaceutical operators and facility engineers: 🔹 For pharma operators: Keep your products safely at -80°C without the guilt. Our Large-Scale Storage Units (LSSU) utilize an innovative, temperature-controlled internal corridor. Products are never exposed to ambient room air during retrieval, entirely eliminating the localized temperature fluctuations that traditional freezers suffer from. 🔹 For facility engineers Forget trying to balance massive HVAC heat-rejection loads caused by hundreds of standard ULT units turning on and off. The LOWENCO LSSU dispatch the warm heat directly out the atmosphere delivers unmatched energy savings by up to 98% reduction in HVAC, making green facility design simple. You can have ultimate temperature stability and world-class energy efficiency all at once. #lowenco #ULT #coldstorage #ULTstorage

Across every conversation we are having about pharmaceutical facilities in 2026 and beyond, one thing is becoming increasingly clear: 💡 The expectations for ultra-low temperature storage have changed: 🔵Increase storage capacity without expanding facility footprint 🔵Lower energy consumption 🔵Improve reliability 🔵Invest in infrastructure built to last decades and not years 🔵Simplify operations and future expansion That is why we believe the future of ultra-low temperature storage lies in infrastructure that enables growth, reduces complexity and protects critical products for decades. If you are involved in designing, operating or planning pharmaceutical cold storage, this is a conversation worth joining. ▶️ Discover where the industry is heading.

The future of pharmaceutical cold storage is being shaped by the facilities they support. Across projects with pharmaceutical manufacturers and engineering partners worldwide, we are seeing the same shift. Today's facilities must 📈 - reduce energy consumption - simplify validation - improve operational resilience - support long-term manufacturing growth These changing requirements are transforming how the industry thinks about ultra-low temperature storage in 2026 and beyond. 💡The decisions made during facility planning will shape operational performance for decades. If you are involved in pharmaceutical facility design, engineering or operations, discover the trends driving the next generation of pharmaceutical ULT storage. ▶️ Watch the video.