Media Reports - membranes - AAO membrane - Topmembranes Technology Co., Ltd.

<

Menu

2015 China EU Symposium on membrane technology research and application was successfully completed.

From October 19 to 21, 2015, "China-EU Symposium on Membrane Technology Research and Application 2015" was held at Baohai Hotel, Weihai City, Shandong Province. The conference was jointly sponsored by the International Cooperation Department of the Ministry of Science and Technology of China, the Shandong Science and Technology Department, the Weihai Municipal People's Government, the Chinese Academy of Sciences, the Chinese Academy of Engineering, the European Membrane Society, the Research Center of Membrane Technology of the Italian National Academy of Sciences, and the China Membrane Industry Association. The Weihai science and Technology Bureau, Harbin Institute of Technology and the editorial department of membrane science and technology jointly undertake. A total of 183 scientists, technicians, engineers and managers of membrane science and technology from China and 12 famous experts from Italy, France, Portugal, Russia, Denmark, Czech Republic and Korea attended t...

2018 - 11 - 30
Nanotechnology: scientists have discovered a breakthrough material: graphene!

Nanotechnology: scientists have discovered a breakthrough material: graphene!Stone crystal. The novel two-dimensional material was obtained from graphene (a single layer of carbon atoms) by connecting hydrogen atoms (red) to each carbon atom (blue) in the crystal.Researchers at the University of Manchester have developed a breakthrough new material, graphene, from graphene.Graphene, a single-atom-thick crystal with unusually high conductivity, was discovered at the University in 2004 and soon became one of the hottest topics in physics and materials science. It also applies to many future applications of electronics and photonics. But research published today (Friday, January 30, 2009) by Professor Andre Geim and Dr. Kostya Novoselov suggests that it may be far more useful than the team that discovered graphene in 2004. Scientists discovered a breakthrough material: Graphane.A liquid crystal device with electrodes made of graphene is applied with different voltages. The total width of ...

2018 - 10 - 10
Australian Chinese Academy of Sciences produces graphene film materials from soybean oil.

An Australian research team headed by two young Chinese and Korean doctors has developed a method to produce graphene, a nanomaterial 200 times harder than steel, from soybean oil eaten in daily life, which greatly reduces commercial production of graphene, according to the Sing Tao Daily. The cost of future materials.One of the co-authors of the study, Zhao Junhan, a Chinese-American from the Australian Academy of Sciences (CSIRO), said that this way of making graphene could produce the nanomaterials faster and cheaper than other methods developed by scientists around the world.The research results were published in Nature Communications magazine recently.Dr. Zhao Junhan said the method could use low-cost raw materials such as vegetable oils, such as soybean oil heated in a tubular furnace for about 30 minutes. Soybean oil would break down into carbon units on nickel foil, then quickly cool and form graphene films on the surface of the foil.Another co-author of the study, Dr. Dong Han...

2017 - 02 - 12
CASE staff think: 3D printing can promote membrane engineering and reduce carbon footprint.

According to Sohu Public Platform January 13, 2017, recently, the Bass Advanced Separation Engineering Center (CASE) scientists are predicting the development of 3D printing and advanced membrane engineering. It is understood that membranes are semipermeable selective barriers that separate gas or liquid molecules into two streams. A common example is reverse osmosis membranes, which separate salt from water.In a new article published in the Journal of Membrane Science, CASE researchers noted several limitations that currently exist in membrane engineering. Due to the limitation of current manufacturing technology, membranes are mainly confined to tubular / hollow fibers and flat surface drawings. Therefore, the membranes we can make today are relatively inaccurate, which limits how we can successfully separate different properties.For the first time, this paper provides a compelling example of 3D printing technology as a new means of creating more advanced membranes. The CASE team fou...

2017 - 02 - 08
Development of bioartificial kidney by polyethersulfone hollow fiber membrane

Biological Valley, Nov. 21, 2016 - Researchers are increasingly approaching the goal of creating a functional bioartificial kidney. This progress is presented at the ASN Kidney Week (November 15 - 20, 2016) in McCormick Square, Chicago.Once bioprosthetic kidneys are successfully developed, they can meet the needs of dialysis or transplantation in millions of patients with renal failure. The key requirement of this device is the formation of a "living membrane" consisting of a tight layer of kidney cells on the surface of the artificial membrane and the transport of molecules from one side of the cell to the other. In recent work, Dr. Dimitrios Stamatialis of the University of Twente in the Netherlands, Dr. Roos Masereeuw of the University of Utrecht in the Netherlands, and their team used polyethersulfone hollow fiber membranes in conditionally immortalized human proximal tubules Skin cells (ciPTECs). Moreover, they have demonstrated that monolayer cells do have the function ...

2016 - 11 - 27

Copyright © 2018 2022.All Rights Reserved Rhino cloud provides enterprise cloud services 犀牛云提供云计算服务