Quattroflow, part of PSG and Dover (NYSE: DOV), announced that it will increase manufacturing capacity for its single-use quaternary diaphragm pumps with the construction of a new ISO Class 7 cleanroom.
Expected to open in October 2021, the additional cleanroom will more than double the Quattroflow cleanroom space in Duisburg, Germany.
NASA’s newest six-wheeled robot on Mars, the Perseverance rover, is beginning an epic journey across a crater floor seeking signs of ancient life. That means the rover team is deeply engaged with planning navigation routes, drafting instructions to be beamed up, even donning special 3D glasses to help map their course.
As New York City begins its early phases of reopening since the onset of the pandemic, cleanroom design and construction services firm Precision Cleanrooms makes its claim in the Big Apple with its first New York City office in the company’s 32-year history. Located in Union Square at 41 East 11th Street, Precision Cleanrooms’ New York office will serve customers in greater New York and the extended Northeastern United States, providing turnkey cleanroom solutions and services for many industries including: pharmaceutical, biotech, medical device, and microelectronics industries.
Local business leaders across South Wales attended the launch of the new facility, which offers a range of solutions for companies working to develop 21st century technologies. Guests were able to learn more about the refurbished 225 square metre Clean Room facility and the role it plays in assisting businesses across South Wales as part of CS Connected – the world’s first Compound Semiconductor cluster.
The last 10 years have seen a surge in the use of tiny substances called nanomaterials in agrochemicals like pesticides and fungicides. The idea is to provide more disease protection and better yields for crops, while decreasing the amount of toxins sprayed on agricultural fields.
Research team discovers drug compound that stops cancer cells from spreading Via a mouse model, OHSU...
An international team of university researchers today reports solving a major fabrication challenge for perovskite cells — the intriguing potential challengers to silicon-based solar cells. These crystalline structures show great promise because they can absorb almost all wavelengths of light. Perovskite solar cells are already commercialized on a small scale, but recent vast improvements in their power conversion efficiency (PCE) are driving interest in using them as low-cost alternatives for solar panels.
A team headed by the TUM physicists Alexander Holleitner and Reinhard Kienberger has succeeded for the first time in generating ultrashort electric pulses on a chip using metal antennas only a few nanometers in size, then running the signals a few millimeters above the surface and reading them in again a controlled manner. The technology enables the development of new, powerful terahertz components.
Minakem’s HPAPI production will be carried out with an Occupational Exposure Limit (OEL) below 0,1μg/m3/8h. This emphasis on Environment, Health and Safety (EHS) reflects Minakem’s more than 20 years’ experience in continuously monitoring and controlling hazardous working environments, marking its leadership in this area.
Specifically, Zhu and his research team developed a solid polymer electrolyte that can be used in lithium ion batteries to replace the current liquid electrolyte to improve the safety and performance of lithium batteries.
Shire plc, the global biotechnology leader in rare diseases, announced today that the United States Food and Drug Administration (FDA) has approved the company’s first submission for its new plasma manufacturing facility near Covington, Georgia for the production of GAMMAGARD LIQUID® [Immune Globulin Infusion (Human)] 10% Solution, a replacement therapy for primary humoral immunodeficiency (PI).
covalent organic frameworks (COFs), were discovered in 2005, but their quality has been poor and preparation methods are uncontrolled. Now a Northwestern University research team is the first to produce high-quality versions of these materials, demonstrate their superior properties and control their growth. The researchers developed a two-step growth process that produces organic polymers with crystalline, two-dimensional structures.