TOKYO, June 11, 2021 - (JCN Newswire) - In 2017, NEC Corporation (TSE: 6701) announced its climate change policy guidelines for 2050(1), aiming to reduce CO2 emissions from its direct business operations
Jun 10 2021
COP 21 – or the 21 Conference of the Parties to United Nations Framework Convention on Climate Change (UNFCCC), to give it its full name – was a summit of all 197 world nations in 2015. Taking place in Paris, the Conference aimed to encourage all attendees to agree on strategies for reducing greenhouse gas emissions, achieving a net-zero carbon scenario and reducing global warming by an absolute maximum of 2°C in comparison to pre-Industrial Revolution levels.
While some commentators hail the summit as a success in terms of securing the agreement of all 197 nations (and the later ratification of the vast majority), there are other critics who do not believe it went far enough in following the science to slow climate change or implementing concrete measures. Here’s a closer look at its main objectives and how effective it has been in achieving them.
Jun 10 2021
Lauda, the world market leader for constant temperature equipment and systems for precise temperature control, is steadily expanding its comprehensive portfolio. With the fully redeveloped, future-proof Lauda Integral product line, the company presents a further milestone in the field of professional temperature control. The powerful Integral process thermostats have been a permanent feature of the Lauda portfolio since the year 2000 and have become established as a reliable solution in all manner of applications and industries. Major areas of application include the temperature control of reactors in the chemical and pharmaceutical industry, temperature tests at test stations in the automotive industry, or space simulations in mechanical and electrical engineering. The company is now driving the further development of the process thermostats and bringing the models in the T and XT series into the digital age. As a result, the new generation of Integral
Apr 30 2021 Read 7 Times
While collecting samples is step one of any diagnostic procedure, storage is equally important. Without the right approach scientists risk jeopardising the integrity of a sample and the results generated. So how do laboratories store samples correctly? It all depends on the type of sample collected and the environment in which it’s being stored. Below, we take a look at some of the most common samples collected by laboratories and how they’re stored.
Blood samples
Used to diagnose diseases, evaluate the function of organs and determine biochemical states, blood samples offer incredible insight into human health. Generally, blood samples should be refrigerated immediately after collection and should not remain at room temperature for more than eight hours. If tests cannot be completed within eight hours, blood samples should be stored at temperatures of between +2°C to +8°C. Tests should be carried out with seven days of collection. If this isn’t
Apr 12 2021 Read 30 Times
Sensirion is proud to announce that Tive’s multi-sensor tracker Solo 5G relies on its ISO 17025-certified humidity and temperature sensor SHT33. The Solo 5G offers the highest reliability and flexibility in usage.
Tive’s in-transit visibility solution replaces passive data loggers with real-time visibility into the location and condition (temperature, humidity, shock and light) of sensitive cold chain goods such as pharmaceuticals. And with Sensirion’s cutting-edge 3-point calibrated sensors, Tive continues to expedite the delivery of ISO-certified industry-compliant solutions that fit the demanding requirements of shippers and logistics service providers (LSPs) focused on moving life-saving vaccines and their ingredients.