According to Han Jiecai, Vice President of Harbin Institute of Technology, the first phase of the Qingdao Science and Technology Park of Harbin Institute of Technology was started on the 26th. The first phase will mainly focus on marine advanced equipment and new materials, and promote new energy, energy conservation and environmental protection technologies to radiate to coastal and inland areas. Universities and enterprises in China and Russia jointly carry out talent training, scientific research, and transformation of scientific and technological achievements. Combining the industrial development direction of Blue Silicon Valley, Harbin Institute of Technology Qingdao Science and Technology Park will transform the achievements in the five major areas of advanced equipment, new materials, civil environment, new energy and marine biomedicine in the Blue Silicon Valley. Han Jie told reporters that the main research and development direction is robot technology. , marine ship equipment, welding technology and equipment, carbon fiber composite materials, synthetic diamonds, marine anti-corrosion and anti-fouling coatings, marine anti-cancer extracts, anti-diabetic and cardiovascular disease lead compounds, etc., from basic research, core and key technology research to Industrialized collaborative innovation system.
The construction period of Qingdao Science and Technology Park of Harbin Institute of Technology is 5 years. It will focus on building “one hospital and two bases†– “Harbin Institute of Industrial Technology, Harbin Institute of Technologyâ€, “China-Russia Talent Exchange and Technology Cooperation Base†and “Qingdao Harbin University Science and Technology Achievement Transformation Baseâ€. ", strive to become a Qingdao blue economy independent innovation demonstration zone and industrial demonstration base by 2017.
Product introduction
HHCMS-220 Carbon Molecular Sieve
The HHCMS-220 is a new nonpolar adsorbent designed to extract nitrogen-rich gas from air. It is suitable for separating nitrogen from air. It has a high adsorption capacity for oxygen and can separate nitrogen from air.
The most notable features of the carbon molecular sieve are high gas-producing efficiency and low energy consumption, especially for the preparation of nitrogen with a purity of less than 99.5% to 99.9%.
Project parameters
Project parameters
The diameter of:1.0-1.3 1.3-1.5
Packing density:≥660kg/m³
The intensity of particle:≥95
Compressive strength abrasion:≤1%
The moisture content:≤0.5%
Standard packing:20Kg/barrel. 40Kg/barrel. 130Kg/barrel
The adsorption time of test condition was 58s with an average pressure of 1-2s
Adsorption pressure |
Nitrogen purity (%) |
Yield (Nm3/ h.t.) |
Nitrogen recovery rate |
0.8MPa |
99.99 |
80 |
23 |
99.9 |
150 |
30 |
|
99.5 |
220 |
36 |
|
99 |
310 |
42 |
|
98 |
370 |
45 |
|
97 |
450 |
47 |
|
96 |
520 |
50 |
|
95 |
580 |
55 |
|
0.6MPa |
99.99 |
64 |
24 |
99.9 |
110 |
32 |
|
99.5 |
180 |
37 |
|
99 |
245 |
43 |
|
98 |
300 |
46 |
|
97 |
360 |
48 |
|
96 |
410 |
52 |
|
95 |
465 |
56 |
Pay attention to
1. The nitrogen production equipment can reduce the adsorption temperature to better show its excellent nitrogen production performance under conditions;
2. Pay attention to low temperature drying and seal preservation during storage;
Black Strip Molecular Sieve Hhcms-220
Black Strip Molecular Sieve Cms-220,Desiccant Molecular Sieve,Molecular Sieve Bags,Molecular Sieve Continuous Strip Desiccant
Zhejiang Changxing Haihua Chemical Co.,Ltd. , http://www.zjcxhhcms.com