Waste Rubber Pyrolysis Plant introduction:
Waste Rubber Pyrolysis Plant can refine the waste rubber into fuel oil by pyrolysis process. The final product will be base oil which can be made into diesel and gasoline.
1.Working process Of waste rubber pyrolysis plant:
First, the raw materials are put into the reactor, and then seal the feeding in door, later start the machine and the reactor will be rotating and heated by coal, natural gas, wood or electricity. When the temperature reaches the degree of 250 to 280, we will get the crude oil, the oil steam will be continuous produced until the temperature reaches 350-460 C; oil steam will flow through oil gas separator, light component will enter the condensers and meanwhile the heavy oil will be discharged automatically into in heavy oil tank. The liquefied part will be condensed as crude oil, and the part which cannot be liquefied will be transferred by the water seal back to the burning chamber to be reused as heating material.
2. Model of waste rubber Pyrolysis plant:
Model
Reactor size
Material
Handling capacity
Weight
Seaworthy packing
LJ-8
2200*6000mm
Q245R boiler steel plate
5 tons
24tons
2*40HQ
LJ-9
2200*6600mm
Q245R boiler steel plate
8tons
26tons
2*40HQ
LJ-10
2600*6600mm
Q245R boiler steel plate
10tons
30tons
1*40FR+1*40HQ
4. Land requirement: 300sq meters(10m*30m)
5. Exporting Experience:
America:
Brazil, Canada, Colombia, USA,
Middle East:
Dubai, Iran, Jordan, Saudi Arabia, Turkey
Europe:
Albania , Bosnia and Herzegovina
Asia:
Afghanistan, India, Malaysia, Pakistan, Philippines, South Korea, Vietnam, Myanmar
Africa:
Ghana, Mozambique, Zambia
Waste Rubber Pyrolysis Plant Waste Rubber Pyrolysis Plant,Tire Pyrolysis Plant,Waste Rubber Pyrolysis Oil Plant,Waste Tire Oil Pyrolysis Plant Shangqiu Sihai Energy Technology Co., Ltd , https://www.sihaienergy.com
3. Installation: We will be in charge of arranging our engineer to go to your place to guide the installation and train your workers how to operate the pyrolysis plant,and buyer will be in charge of the food, accommodation and round air tickets.
LED lighting penetration rate increases downstream applications to open up new blue sea
With technological innovation and cost reduction, LED downstream applications have accelerated, and lighting has become the largest downstream application market for LEDs. The agency expects that the global LED lighting market will reach 29.6 billion US dollars this year, and is expected to reach 33.1 billion US dollars by 2017, and the market penetration rate will exceed 52%. LED has the advantages of energy saving, environmental protection and long service life. With the technological innovation and cost reduction, the downstream application of LED has been accelerated, and lighting has become the largest downstream application market for LED. The agency expects that the global LED lighting market will reach 29.6 billion US dollars this year, and is expected to reach 33.1 billion US dollars by 2017, and the market penetration rate will exceed 52%. LED has the advantages of energy saving, environmental protection and long service life. At present, only 10% of the electric energy consumed by ordinary incandescent lamps is converted into light energy, and the utilization rate of LED lamps reaches 90%. LED lighting saves nearly 90% of the energy compared with incandescent lamps, saving 75% compared with ordinary energy-saving lamps. . At present, China's lighting electricity consumption accounts for about 13% of the total electricity consumption of the whole society. If all LED lighting products are replaced, the annual electricity saving will be 350 billion kWh. In recent years, countries have introduced a timetable for disabling incandescent lamps. As early as 2012, the European Union, Japan, and Canada had completely banned the use of incandescent lamps. Since 2014, the United States has banned the sale of 40W, 60W, 75W and 100W incandescent bulbs. At the same time, China also prohibits the import and sale of incandescent lamps of 60W and above. As the price of LED bulbs goes down, the market penetration will increase further in the future. Data show that the retail price of LED bulbs replacing 40-watt and 60-watt incandescent lamps in the world has declined in October. In addition, LEDs have broad application prospects in the infrared and ultraviolet regions. Among them, infrared LEDs are mainly used for security monitoring and sensors, and security monitoring infrared LEDs can be used in night vision systems in the field of automotive electronics. At present, many manufacturers are actively deploying LED fields in the infrared and ultraviolet regions. Osram uses infrared LEDs with a specific wavelength of 850 nm to detect roads at 150 meters away at night. Infrared LED headlights developed by Ford can help drivers monitor obstacles such as pedestrians and cyclists while driving at night. In addition, the infrared LED can also be used to monitor the driver's driving situation, such as leaving the driving road to issue an early warning, etc., infrared LED monitoring will provide more reliable road condition information for the car automatic driving. From the perspective of sensors, Samsung's new generation of flagship mobile phones this year adopted infrared LED sensors to match iris recognition technology, using infrared LEDs to emit infrared light sources to the human eye, even in special circumstances, the iris has a higher recognition rate. . Infrared LEDs can also be used in eye tracking systems that use infrared LEDs to emit infrared light of a specific wavelength, record the amount of light reflected back from the eye, and use this information to identify the direction in which the user is viewing. The system will change the existing human-computer interaction mode, accurately display the relevant information of the position viewed by the user, and adjust the scene of the display or projection position. The future development of infrared LEDs is huge. It is expected that the infrared LED market will exceed US$300 million this year and is expected to reach US$711 million by 2020.