If humans want to explore distant stars, we need to find ways to grow green plants. Julian, now of the Royal Academy of Arts, was subjected to artificial leaves that produced oxygen. Natural plants may not survive due to zero gravity in interstellar exploration. At this time we may need artificial leaves. They were even better at carrying voyages than carrying more oxygen. Water Strand Extrusion Pelletizer
LINA Extrusion Pelletizer
Most of the polymer must be kneaded and then granulated before it is made into a final product. Sorted by pelletizing ways, LINA rubber & plastic granulator can be divided into four categories: 1. Hot-cutting and air-cooling pelletizing method. 2. Under-water granulating method. 3. Water-strand extrusion method. 4. Water-ring granulation method. LINA pelletizer can meet the granulation needs of high-viscosity and low viscosity rubber and plastic materials, as well as some new materials and chemical additives.
LINA Water Strand Pelletizing Machine
LINA's water strand granulating machine adopts twin-screw extruder barrel and modular screw design. According to the processed materials and formula requirements, configurations such as length and diameter ratio, barrel structure, screw arrangement, filter change structure, number and location of exhaust, feeding methods, electrical control can be optimized. LINA rubber and plastic water strand granulator is suitable for kinds of renewable materials, outlet materials, glass fiber, nylon, ABS, high concentrated masterbatch and so on. LINA water pull pelletizer line is currently using the latest technology, its cooling effect is excellent, its pelletizing system is independent, and the outcome particles are even and beautiful.
Advantage of LINA Pelletizing Line
1. The unit has the whole unit process chain, sound and light failure alarm and fast lock fault point and other control functions. All parts that are in contact with the material are made of stainless steel.
2. High accuracy of temperature control system to ensure the temperature sensitivity of the material.
3. It adopts the drop type separating method after cutting process, to avoid Particle agglomeration and ensure particle cooling.
4. Feeding system of the pressing machine adopts heater and reversing device to solve problem of power outage, material crash and cleaning.
5. Especially, the barrel and die head adopts advanced foreign techniques to ensure and control the dangerous occurred when the pressure is uncontrollable. The honeycomb filter plate is easy to clean and quickly change the mesh and the die head t easy to leak.
6. The hoist adopts automatic return technology to ensure the working efficiency.
7. The technological combination of dual-pull forced feeder and single screw not only meet the high requirement of secondary continuous mixing, but also solve the problem of time and power consuming of traditional working process.
Specifications of LINA Extrusion Granulating Line
Name
Mode
Capacity of Kneader
Screw length to diameter ratio
Screw diameter
Dimension
LINA Extrusion Pelletizing Line
LN-10/70
10L
12:01
70mm
2200*1000*1150
LN-10/75
10L
12:01
75mm
2650*1100*1250
LN-35/100
35L
12:01
100mm
3800*1090*1690
LN-55/120
55L
12:01
120mm
3800*1090*1690
LN-75/135
75L
12:01
135mm
3850*2350*3280
LN-110/150
110L
12:01
150mm
5100*2000*1500
LN-110/165
110L
12:01
165mm
5100*2000*1500
water cooling strand extruder pelletizer, single screw exturder pelletizing line, single screw pelletizing line, plastic water strand extrusion pelletizer, double screw extruder with water cooling strand LINA Machinery Industrial Co.,Ltd , https://www.linakneader.com
Julian wants to design a method that is more suitable for space travel and survival. In the end he chose to create an artificial product that was exactly the same as the leaf of the plant but improved on the outer packaging. The chloroplasts of artificial leaves are derived from actual plant cells and extracted from materials made from suspended silk fibroin. Therefore, when adding light and water, the chloroplast can still produce oxygen.
Also these leaves can be used on the earth. In large building ventilation systems they can be used as natural air filters to produce additional oxygen. Or you can improve the air in your tent while you are camping, and at the same time they may be the most advanced napkins. However, I do not know how long these artificial leaves can last.