This month's issue of R&D Magazine features the profiles of our annual Laboratory of the Year winners. This year's winners include the National Renewable Energy Laboratory's Energy Systems Integration Facility, Penn State Univ.'s Eva J. Pell Laboratory for Advanced Biological Studies, Washington State Univ.'s Veterinary Biomedical and Research Building, and the Bigelow Laboratory for Ocean Sciences.
Over the past decade, it has become readily apparent that the global environment is increasingly...
Over the past decade, it has become readily apparent that the global environment is increasingly...
LEED is a sustainability certification rating system developed by the U.S. Green Building...
Building Information Modeling (BIM) software systems are utilized across a wide range of new construction facilities, including research labs, to coordinate the implementation of sustainable designs. BIM systems incorporate information from various sources into a single integrated database that is available to all participants in the design and construction process.
Taking a cue from basic management practices, the adage that you can’t control or manage what you don’t measure or monitor is just as true in sustainability applications as it is in human relations. All the design efforts created by the architects and engineers for a sustainable research lab structure can be wasted if monitoring and control systems aren’t put in place.
The latest update seen in LEED v4 provides a small glimpse of the expected changes in where sustainability efforts will be focused over the next several years. While some of the LEED certification changes are a little bit more of the same, just reworded and retitled, changes such as the holistic approach to materials analyses, lifecycle considerations and multiple metering (monitoring) requirements establish new challenges for submitters.
Over the past decade, it has become readily apparent that the global environment is increasingly sensitive to human activity. The effects of global warming, increasing energy costs, dramatic climate changes and shortages of raw materials, potable water and food strain the global community. Here are some sustainable design resources.
Today’s smartphone is a complicated power device, using a small lithium-ion battery of about 1,400-mAh capacity to power a variety of electronic systems, including a touchscreen display, a central processing unit, antennas, speakers and a microphone. All of its components, including the materials used to build it, are optimized to perform as efficiently as possible to extend battery life.
The genesis of the Eva J. Pell Laboratory was driven by the need for high-containment lab space which, in 2006, was not available at Pennsylvania State Univ. (PSU). Numerous researchers were considering leaving the university as their research needs required a BSL-3 facility; and PSU’s leadership was determined not only to retain PIs who required these facilities, but also to emerge as a regional leader in infectious disease research.
The Veterinary Biomedical and Research Building (VBRB) at Washington State Univ. (WSU) celebrates the significant achievements and contributions that hundreds of small, often unknown academic institutions make in the field of global research. Located in a rural community of less than 6,000 residents, WSU attracts world-class research faculty.
Researchers at leading institutions, including Scripps and Wood’s Hole, are working to understand the key processes that are driving evolution and change in world’s ocean ecosystem. The recently completed Bigelow lab is one of these places, and it reflects the latest thinking about how to conduct effective ocean research and unravel the complexities of ocean health and climate change.
In its 48th year, the Laboratory of the Year Awards continue to recognize excellence in research laboratory design, planning and construction. Judging for this year’s competition took place on Thursday, February 20th and was conducted by a blue-ribbon panel of laboratory architects, engineers, equipment manufacturers, researchers and the editors of R&D Magazine and Laboratory Design Newsletter.
R&D Magazine would like to thank the judges of the 48th Laboratory of the Year competition. In its 48th year, the Laboratory of the Year Awards continue to recognize excellence in research laboratory design, planning and construction. Judging for this year’s competition took place on Thursday, February 20th and was conducted by a blue-ribbon panel lab design experts.
The electron microscopy market is dominated by the scanning electron microscope (SEM), which is widely used in both materials and biological analysis as one of the few ways to reliably image spatial features in the nanoscale realm. As the user base for SEMs expands, even specialized varieties of electron microscopes are undergoing substantial technical transformations.
Investigated heavily since the 1970s, solar cells have been the great unfulfilled promise for unlimited, almost free energy to power the world. The reasoning is solid: The Earth absorbs almost as much energy per hour than the entire human race uses in a single year.
Cancer is a group of diseases characterized by uncontrolled growth and spread of abnormal cells. The disease can be caused by both external and internal factors; and, if the spread isn’t controlled, it can result in death. The annual cancer statistics report from the American Cancer Society estimates there will be 1,885,540 new cancer cases and 585,720 cancer deaths in the U.S. for 2014.
The concept for a turbomolecular vacuum pump is based on a very basic principle: mechanical motion can be transferred directly to gas molecules to create a vacuum. This idea, which was first implemented by molecular drag pumps in the 1930s and 1940s and later refined in the first turbomolecular pump in 1958, has been so effective that few other solutions exist to provide this high level of vacuum performance in such a compact space.
In the last 10 years, the presence of wireless technology has blossomed in the industrial and manufacturing space, where a multitude of technologies, from Bluetooth to Zigbee to RFID, have been successfully employed to monitor conditions of machinery, products under assembly and the work force.
The ability to adapt to changing situations is critical for today’s labs. Today, many lab equipment systems are designed with the flexibility to accommodate these needs. Time is also of utmost importance, and the ability for a researcher to walk away from their work, or monitor it on the go, is a new standard.
This month's issue of R&D Magazine focuses on laboratory instrumentation, with our cover story on laboratory utilities for R&D facilities. Our editors also take a look at new spectrometer introductions, simulation software, particle analysis in drug delivery, 3-D printing technology, OEM optics for spectrometers and chromatography systems.
All types of research laboratories rely on a set of core utilities to enable and support work functions. These are often overlooked as a commodity called “consumables”, but in reality they are indispensable nutrients that vary greatly in quality and reliability. Just as a human can’t exist without water, oxygen and food, the research facility cannot make do without water, gas, air, lighting and, increasingly, high-throughput data.
Spectroscopy is an analytical technique used to identify and determine the physical characteristics of materials through the measurement of emissions and absorption of electromagnetic spectra. A staple in any research laboratory, the technique makes its main home in pharmaceutical, biotechnology and chemical laboratories.
In today’s fast-paced markets, engineers are continuously challenged to deliver products that meet market demand, improve operational efficiency and exceed customer expectations. Multiphysics simulation is an essential component of the product design workflow for creating innovative designs, especially when building prototypes becomes impractical or when taking actual measurements is not possible.
When considering potential drug delivery vehicles, liposomes are an important option and have already been approved for use with a number of therapeutic formulations. Liposomes are comprised of phospholipids and may be single- or multi-layered, can be produced in different sizes and have a hydrophilic interior and hydrophobic shell. They are biodegradable, non-toxic and capable of encapsulating both hydrophilic and hydrophobic materials.
Thirty years have passed since 3-D printers first appeared, but only recently have they hinted at a new era of manufacturing. The first working 3-D printer was created in 1984 by Chuck Hull of 3D Systems Corp. This early device, based on stereolithography, gave way to the first truly practical 3-D printing, or “3DP”, technology patented by the Massachusetts Institute of Technology in 1993.
Few areas of instrumentation have prompted as much development or efforts toward innovation as spectroscopy. Without sophisticated approaches to handling light, spectrometers as we know them would not function, and we would be without a deep understanding of the chemical nature of the world around us.
Driven by rapid growth in forensics, biotechnology, disease diagnostics and environmental regulations, chromatography systems have become a laboratory staple. Used for the separation of complex mixtures, detection of illicit drugs and the production of pharmaceuticals, the biotechnology and pharmaceutical industries are the prime users of chromatography techniques.
This month's issue of R&D Magazine focuses on the laboratory environment, with our cover story on laboratory enclosures for R&D facilities. Our editors also take a look at how laboratory automation is used to streamline life science workflows, trends in laboratory automation and trends in optical microscopy. This issue also features products that will be featured at Pittcon 2014.
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