Samples are precious resources and integral to the research process. The information derived from them is dependent on their quality, integrity and consistency. And, many samples represent a scientist’s investment in and trust of the biomedical research process. Yet, it is not unusual for samples to go missing, to find that their labels have fallen off or that they have become unusable.
This event will bring together scientist from chromatography discussion groups throughout North...
In its 48th year, the Laboratory of the Year Awards continue to recognize excellence in research...
Greenhouse-gas induced warming and megapolitan expansion are both significant drivers of our warming planet, but how well adaptation technologies, such as cool roofs and green roofs, perform remains uncertain. Now, a team of researchers has begun exploring the relative effectiveness of some of the most common adaptation technologies aimed at reducing warming from urban expansion.
Laboratories are like a living organism: They need to breathe to survive. Air exchange and management is one of a laboratory’s primary functions, and like the creature that breathes with lungs, the research environment contains many cells, or pockets, of both pure and contaminated air. These enclosures protect specimens or samples from the deleterious effects of contaminated air and allow researchers to breathe freely.
Fume hoods are a central component in most laboratories. Whether designing a new laboratory or renovating an existing one, architects are challenged to incorporate safety, reliability and sustainability. These same issues hold true for laboratory managers when thinking about updating their existing equipment.
Virtually every laboratory has areas with elevated fire risks, with fume hoods being a primary concern. The presence of ignition sources, such as hot plates and Bunsen burners, the use of pyrophoric materials and the inherent volatility of the various chemicals and compounds that are commonly found in fume hoods all add up to a serious fire risk.
Highly insulating triple-pane windows keep a house snug and cozy, but it takes two decades or more for the windows to pay off financially based on utility-bill savings, according to a report by energy-efficiency experts at the Pacific Northwest National Laboratory (PNNL). The report is based on a study at PNNL's Lab Homes, a pair of identical manufactured homes used to study energy efficiency.
A set of new building technologies introduced by an alliance of Swiss companies makes it possible to heat and cool buildings without the emission of carbon dioxide. One initial key element of the system is a hybrid collector, built into the roof construction, that serves as a photovoltaic system delivering both solar power and heat that is fed to an underground accumulator.
The editors of R&D Magazine and Laboratory Design are now accepting entries to the 48th international Laboratory of the Year competition. This annual award recognizes the best new and renovated laboratories that combine all aspects of the building into a superior working environment. The entry deadline is January 31, 2014 (11:59p.m. Eastern Standard Time).
Hamilton Scientific, one of the world’s largest manufacturers of laboratory furniture and fume hoods, has moved its corporate headquarters from Two Rivers, Wisconsin to a new, LEED-certified, 20,000-square-foot building in De Pere, Wisconsin.
Introducing R&D Magazine's 2013 R&D 100 Award winners. The 2013 R&D 100 Award Winners are listed below in alphabetical order by the name of the primary developer company.
A single advanced building control now in development could slash 18%—tens of thousands of dollars—off the overall annual energy bill of the average large office building, with no loss of comfort, according to a report by researchers at the Pacific Northwest National Laboratory.
A new database of building features and energy use data helps building managers, owners, real estate investors and lenders evaluate the financial results of energy efficiency investment projects and identify high- and low-performing buildings.
Discounting its size and population, Singapore is one of world’s most productive and technologically advanced countries. For years, the small island nation has been emblematic of the growth of research, innovation, and enterprise in South Asia. Already home to several highly rated research universities, Singapore, in the last decade, has sought opportunities to bolster its capabilities by organizing a truly international research facility.
The Georgia Institute of Technology Carbon-Neutral Energy Solutions Laboratory began as a flexible, design-build, high-bay laboratory. Located across railroad tracks on Georgia Tech’s North Avenue Research Area Science Park site, it was a shop-like laboratory; flexible enough for use, even without a defined user.
Following Harvard University’s creation of the Stem Cell and Regenerative Biology Department, a new home was sought; ultimately resulting in the rebirth of the. The building was considered groundbreaking at its completion in 1981, known as one of the world's first biochemistry buildings. However, 30 years later, it desperately needed renovating to meet the department's growing needs.
When District of Columbia city leaders examined the system in place for handling forensic evidence and analysis, they realized public interest and safety wasn’t served to the fullest. At the time, the Metropolitan Police Department sent thousands of trace evidence specimens to the FBI’s laboratory in Virginia.
The element hydrogen offers hope and headaches in equal measure. The most abundant element on the planet is also one of the most attractive for use as fuel. But because it is also the lightest element, it does not naturally occur in pure form. Hydrogen is so crucial in manufacturing, energy supply, and scientific research that new methods to improve production are being eagerly sought.
Vacuum pumps are the veteran workhorses of the laboratory, providing the mechanical force for a host of research-related tasks that require precise atmospheric control. Over the last 100 years, a number of well-established pump designs have come to dominate the market. And for decades, many varieties of pumps have seen just incremental changes. This is not for lack of competition.
It's a gnawing frustration of modern office life. You're sitting quietly—too quietly—in an office or carrel, and suddenly the lights go off. The U.S. Dept. of Energy's National Renewable Energy Laboratory has developed and made available for license the Image Processing Occupancy Sensor, which combines an inexpensive camera and computer vision algorithms that can recognize the presence of human occupants.
The basement laboratory near the University of Washington campus is, literally, buzzing. High-voltage machines produce energy that will soon run through cables snaking along the seafloor. The electronics are being prepared for the world’s largest underwater observatory. Called the Regional Scale Nodes project, the cabled facility will help researchers integrate U.S. measurements of the ocean and seafloor.
The Dow Chemical Company and Dow AgroSciences officially opened a new 175,000-square-foot R&D facility this week. Part laboratory, part greenhouse, the laboratory is part of a global growth plan for Dow AgroSciences’ research efforts for the development and commercialization of new crop protection and seed, traits, and oils products for growers around the world.
New recommendations by a National Research Council (NRC) expert panel on green and sustainable building performance could lead to a revolution in building science by creating the first large building performance database, says panel member Paul Fisette, a nationally recognized sustainable building expert at the University of Massachusetts Amherst.
A team of researchers at Stanford has designed an entirely new form of cooling structure that cools even when the sun is shining. The new structure accomplishes two goals. It is an effective a broadband mirror for solar light—it reflects most of the sunlight. It also emits thermal radiation very efficiently within the crucial wavelength range needed to escape Earth's atmosphere.
Damage to building structural elements, elevators, stairs, and fire protection systems caused by the shaking from a major earthquake can play a critical role in the spread of fire and hamper the ability of occupants to evacuate, and impede fire departments in their emergency response operations. These are among the conclusions of a groundbreaking study of post-earthquake building fire performance conducted in 2012 at the Worcester Polytechnic Institute (WPI).
New technologies and changing attitudes about effective, efficient research impact the way laboratories are equipped.
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