2014年8月13日星期三

Klean Environmental Technology Co., Ltd Mid-year Conference Summary 2014


In the end of July, Klean's Mid-year Conference Summary completed success. Both of us handed over a satisfactory sales result and have a celebration of it.

Summative evaluation by our CEO. And prospects for the second half of this year.


After the meeting, we went and have a celebration dinner party.  




In the party, CEO Mr. You awarded to the outstanding colleagues andencouraged us keep on working hard.









Break out the champagne before dinner.




After the party, we went travelling to Shaoguan organized by our company!




We went driftaging and have many water fights, everyone enjoyed in the driftaging.




And we also went hiking there. As a sales, both of us are good at mountaineering of couse. We are trained to be good at walking during our work every day.




Everyone go back to their work after the Mid-year Conference Summary. Hope we can have better achievements in the second half of this year!!!

2014年7月6日星期日

The importance of exhaust gas purifying in Kitchen Engineering

Having meals is what all people have to face around the world. The food service industry growing fast in densely populated areas. It creates a thriving market and many employment opportunities. But it would also bring a range of urban environment pollution problems.

Due to lacking of good layout and management measures, some restaurant cost fume pollution to the surrounding environment and give bad impact to people’s life there since its opening. In China, all kinds of complaints caused by the environmental pollution came from restaurants are increasing in recent years. Disputes between the restaurant and the local also occurred continually.

To solve these problems, some local governments in China require the restaurants there must purify the fume before its discharged. About how to purify the fume, installation of Klean’s air cleaner (electrostatic precipitator) is a viable option. Some complaint restaurants solve the major conflict with neighboring residents about the fume pollution after installed Klean’s electrostatic precipitator (ESP). And no fume will be seen at the exhaust outlet.

Comparison of fume purified or not:

Before purify the fume:

After purify the fume:

Want to see more???

Video of customer’s practical effect:


More details please mail to:  Ray.chen@klean-esp.com


Stenter exhaust gas treatment system

As we know, when stenter is operating, the set fabric would discharge a large amount of high temperature exhaust gas. The exhaust gas is not only with a lot of heat, but also accompanies with emissions of other harmful pollutants, such as organic oil, dyes, additives and fiber particles, Which would cause heat losses and air pollution.
The principle of this system is that the high temperature exhaust gas first gets through the gas-water heat exchanger device installed in the master pipe, so that the heat of exhaust gas would be absorbed by the tap water, the heated water would be injected into a hot water tank and used in industrial production, and then the temperature of the exhaust gas drops. Finally, the exhaust gas would get through the electrostatic precipitator to segregate fiber particles and eliminate the harmful pollutants, such as organic oil, dyes, additives and become clean air which meets the discharge standards. Most crucially, with this process, it can save energy consumption, reduce pollution and cut down the cost of the production.


Notes:
①Bypass valve: When the heat recovery and fume purification system doesn’t work, the exhaust gas from the stenter can pass through the exhaust duct and discharge from the bypass valve and for which, the stenter can work normally without the fault of the system.
②Gas-water heat exchanger: The high temperature exhaust gas gets through the gas-water heat exchanger device installed in the master pipe, so that the heat of exhaust gas would be absorbed by the tap water, the heated water would be injected into a tank and used in industrial production, and then the temperature of the exhaust gas drops.
③ESP (electrostatic precipitator): On the one hand, it's a method of filtration based on the principles of electrostatics, which is used for oil mist purification in various industries (over 98% high purification efficiency). On the other hand, it can recycle industrial waste oil, for example, it can recycle 200kg textile auxiliary oil mist from a 6-8 chamber stenter with a comparatively high purity.
④Fire damper: When there are spark discharges which would result in fire in the ESP, the fire dampers would close automatically to avoid the spreading of the fire.
⑤Fire control system: Fire control system has various functions such as failure alarm, closing fire damper, and can feedback manual, automatic, alarming, failure and spray signals to the fire control centre.
We've managed to deal with environmental issues through innovation and improvement in our technology. We will be keeping moving.






More details please mail to:  Ray.chen@klean-esp.com







2014年6月30日星期一

Klean at "ITMA ASIA + CITME 2014"

Klean Environmental Technology Co., Ltd have taken part in the exhibition ‘ITMA ASIA + CITME 2014’ in SNIEC, Shanghai from 16th to 20th June, 2014. This was a rewarding exhibition to Klean.
Klean has 22 years’ experience on exhaust purification area. Many catering enterprises and industrial enterprises all over the world are using Klean’s products to purify exhaust. Textile industry is one of the application fields of our electrostatic precipitator for oil mist removal. So visitors from textile and related industries around the world showed their interest in Klean’s exhibit.
Many textile company official said, Environmental requirements is required increasing nowadays. They approved the strength of Klean and praised our ESP with high quality and high purification effect and hoped to cooperate with us after witnessed our ESP’s working.
After visiting the exhibition, some customers came to Foshan and visit Klean’s headquarters to know more about our company.

Review Klean in ‘ITMA ASIA + CITME 2014’: