A freezer failure can be extremely costly. For a research lab, it could be the loss of years of research. For a pharmaceutical company, it could be a multi-million-dollar batch of a new drug that is lost. These are worst-case scenarios, but they happen, and consequences can be everything from product recalls to lawsuits, brand damage, and even business closure.

Our most successful projects start with a simple conversation. You tell us your business goals, what you need to store, and your plans for growth.

In specialized industries like pharmaceuticals, biotech, and blood banking, a freezer does more than just keep things cold.

For industries like pharmaceuticals or biotech, "cold storage" means much more than a standard freezer. When products are worth millions and regulations are strict, off-the-shelf solutions don't cut it. The right approach involves carefully designed spaces, built by experts who understand how temperature, humidity, workflow, and regulations all fit together.

A major change is coming to the world of industrial refrigeration, and the clock is ticking. A federal regulation called the American Innovation and Manufacturing (AIM) Act is phasing out a common class of refrigerants known as hydrofluorocarbons (HFCs).

In regulated industries like pharmaceuticals and biotech, the standard for critical equipment is extremely high. For any piece of equipment that can impact product quality or patient safety—especially critical systems like ultra-low temperature (ULT) freezers—you must have objective, documented proof that it works exactly as intended, every single time. This rigorous process of proof is known as validation, and it is a cornerstone of Good Manufacturing Practice (GMP).

In any facility with temperature-controlled spaces, the heating, ventilation, air conditioning, and refrigeration (HVAC/R) systems are all connected. Many businesses juggle multiple vendors for these systems. While common, this approach can lead to hidden costs, wasted time, and serious operational risks. Working with a single, expert partner for all your HVAC/R needs can solve these problems and offer clear benefits.

The various levels of temperature—4∘C, −20∘C, −80∘C—can seem arbitrary. It's possible to conceptualize cold storage as a city with different neighborhoods, and each neighborhood has its purpose.

Storing human plasma is one of the most strictly regulated parts of the cold chain. Governed by rules from the FDA and AABB, preserving these life-saving products requires a precise and verifiable environment. For blood banks, hospitals, and pharmaceutical companies, compliance is a complete system where the storage environment and the data that proves it is as important as the plasma itself.

A major refrigeration project, a new facility build-out, a lab expansion, or a critical system upgrade, is a high-stakes undertaking. The process is a complex puzzle of coordinating contractors, managing budgets, adhering to strict timelines, and navigating a maze of regulatory requirements.

If you're in the food business, you know that good refrigeration is about more than just keeping things cold. It's essential for food safety, meeting health codes, and protecting your brand. When refrigeration fails, it's a serious business risk that can lead to fines, lawsuits, and damage to your company's reputation. Understanding the basics of refrigeration is key to running a successful operation.

A quiet crisis is brewing that could affect businesses everywhere. It’s not a supply chain issue or a new technology, but a shortage of skilled people. The skilled trades, especially HVAC and refrigeration (HVAC/R), are facing a major demographic shift. This growing expertise gap is a direct risk to any business that depends on controlled environments.

NWR’s mission has always centered on delivering cutting-edge, ultra-low temperature refrigeration systems that exceed the expectations of the plasma industry. In response to the EPA’s regulations phasing down high-GWP refrigerants, we are proud to announce that NWR is doubling its Research and Development capacities to stay ahead of these changes and continue offering unmatched refrigeration solutions.

In the highly regulated world of blood plasma processing and storage, adherence to Good Manufacturing Practice (GMP) isn't just a guideline – it's a mandate. Regulatory bodies like the FDA require stringent controls to ensure the safety, efficacy, and quality of plasma-derived therapies. Ultra-low temperature (ULT) storage is a critical control point within this framework, and maintaining GMP compliance for plasma freezers involves several key elements.  

When sourcing ultra-low temperature (ULT) refrigeration for critical applications such as pharmaceuticals, biomedical, scientific refrigeration, life sciences, etc. it’s tempting to focus solely on the equipment specifications. While high-quality freezers are essential, they are only one piece of a complex puzzle. True operational reliability, efficiency, and compliance in demanding, GMP-regulated environments stem from a deeper source: expertise. This is where NWR Inc. distinguishes itself – offering not just machinery, but a comprehensive, expert-driven partnership. 

Blood plasma is a vital component used in life-saving therapies. Getting it from a donor to a patient involves a complex journey, and one of the most critical steps is keeping it consistently frozen at ultra-low temperatures (ULT). This ensures the plasma remains stable and effective. However, maintaining these extremely cold conditions, often between -25°C and -86°C, comes with several significant challenges for facilities involved in plasma processing and storage.