High Performance Chemical Solutions Catered to Customers
High
Performance Materials (Specialty Chemicals & Polymers)
NuGeneration Technologies, "NuGenTec®"
Develops and Manufactures Specialty Chemical
Products for process manufacturers in the
areas of Media Storage, Heads, Wafers,
Semiconductors, Photovoltaic Cells (Solar
Cells), Precision Optics, Printed Circuit
Boards, Metal Working (machining), Metal
Forming, Metal/Parts Cleaning, Iron and Zinc
Phosphate Conversion Coatings, Food and Food
Processing Industries, Bottled Water,
Federal, State and local government
agencies, and most other manufacturing
facilities.
In addition to our many proven products, we
specialize in working closely with our
customers to develop custom products to meet
your specific requirements. Improving your
process through the use of custom formulated
products will limit the need for costly
equipment upgrades. Product development,
"Private Labeling", Formulation development,
MSDS Authoring are among some of the many
extra services we offer.
"Total Process Integration Through
Specialty Formulated Chemistries."
Can we detect quantum behavior in viruses? Scientists are using the principles of an iconic quantum mechanics thought experiment -- Schrödinger's superpositioned cat -- to test for quantum properties in objects composed of as many as one billion atoms, possibly including the flu virus.
Learning from nature: Scientists break down carbon dioxide into carbon monoxide using visible light A recent discovery in understanding how to chemically break down the greenhouse gas carbon dioxide into a useful form opens the doors for scientists to wonder what organism is out there -- or could be created -- to accomplish the task. Scientists have figured out a way to efficiently turn carbon dioxide into carbon monoxide using visible light, like sunlight.
How ATP, molecule bearing 'the fuel of life,' is broken down in cells Researchers have figured out how ATP is broken down in cells, providing for the first time a clear picture of the key reaction that allows cells in all living things to function and flourish. Discovered some 80 years ago, adenosine triphosphate is said to be second in biological importance only to DNA.
New way forward for nanocomposite nanostructures Scientists recently reported a new technique for directly writing composites of nanoparticles and polymers. Recent years have seen significant advances in the properties achieved by both these materials, and so researchers have begun to blend these materials into nanocomposites that access the properties of both materials.
In one of the first such studies involving human patients with schizophrenia, researchers at UC Davis have provided evidence that deficits in a brain chemical may be responsible for some of the debilitating cognitive deficits - poor attention, memory and problem-solving abilities - that accompany the delusions and hallucinations that are the ...
In many cases, the cause is a fungus. Not a mushroom like you see poking up out of the ground in the woods, but a network of branching, filamentary cells that botanists call 'hyphae'. In entertaining episodes our Chemical Reporter answers questions of our Podcast listeners on Chemistry in our everyday life.
Molecule could be used to cleanup Chernobyl and make future plants even safer. Mercouri Kanatzidis, a scientist at the U.S. Department of Energy's Argonne National Laboratory , and Nan Ding, a chemist at Northwestern University , have discovered a little molecule that may make a big difference in the nuclear power debate by making nuclear plants ...
The result of a multi-year research effort, the breakthrough also could lead to a new recycling process that has the potential to significantly increase the ability to recycle and reuse common PET and plant-based plastics in the future.
WASHINGTON, DC , March 8, 2010 - The Supreme Court today sided with environmental advocates by declining to review a lower court ruling that forbid the U.S. EPA to exempt industrial polluters from regular emissions standards during "startup, shutdown and malfunction" events.
How did non-living molecules come together in that primordial ooze to form the polymers of life? Scientists at the Georgia Institute of Technology have discovered that small molecules could have acted as "molecular midwives" in helping the building blocks of life's genetic material form long chains and may have assisted in selecting the base pairs ...
High
Performance Materials (Specialty Chemicals & Polymers) 
