Низкотемпературная плазма является четвертым состоянием вещества после твердого состояния, жидкого состояния и газового состояния. Когда приложенное напряжение достигает разрядного напряжения газа, газ разбивается, чтобы получить смесь, включающую электроны, различные ионы, атомы и радикалы. Несмотря на высокую температуру электронов во время разряда, температура тяжелых частиц очень низкая, а вся система имеет низкое температурное состояние, поэтому ее называют низкотемпературной плазмой. Низкотемпературная деградация загрязняющих веществ плазмы заключается в использовании этих высокоэнергетических электронов, свободных радикалов и других активных частиц и загрязняющих веществ в выхлопных газах, так что молекулы загрязняющих веществ разлагаются за очень короткое время и последующие различные реакции для достижения деградации загрязняющих веществ цели. (Примечание. Низкотемпературная плазма - нормальная работа температуры относительно высокотемпературной плазмы).
Реакционная зона DDBD богата чрезвычайно высокими веществами, такими как электроны высокой энергии, ионы, свободные радикалы и молекулы возбужденного состояния. Загрязнители в выхлопных газах реагируют с этими веществами с более высокой энергией, что делает загрязнители крайне короткими. Декомпозиция происходит в течение времени, и последующие реакции происходят для достижения цели объяснения загрязняющих веществ. По сравнению с низкотемпературной плазменной технологией, создаваемой традиционной ситуацией коронного разряда, плотность разряда плазменной технологии DDBD в 1500 раз выше, чем у коронного разряда, поэтому традиционная низкотемпературная плазменная технология завершила 99% отказа от промышленных отходов.
Pailidi Environmental Engineering Co., Ltd. was founded in March 2008, is the research and transformation base of the Institute of Environmental Science, Fudan University, and with the Institute of High Energy Physics of the Chinese Academy of Sciences, Tsinghua University, Zhejiang University of Technology, Shandong University, Harbin University of Technology and other domestic scientific research institutions, specializing in industrial organic waste gas treatment of environmental protection new technology research, supporting equipment processing and atmosphere, sewage and other environmental engineering general contracting comprehensive high-tech enterprises.
At the same time, Palidis set up environmental protection academician workstation, Shandong plasma waste gas treatment research and development center, environmental protection enterprise of environmental engineering R & D center, there are a large number of innovative, practical technology born here. The company has registered capital of 50 million yuan, has environmental engineering design class B qualification (waste water, waste gas), environmental protection facilities operation and construction project contracting qualification and many other qualifications and perfect certification system.
As a technical enterprise in the industry of industrial odor gas management, perindi has always devoted a great deal of human, material and huge amount of capital to the atmosphere governance, sewage treatment and other environmental technologies with a high sense of social responsibility. At the beginning of the establishment of the company, the DDBD dual medium resistance of the DDBD was introduced for more than 10 years. When introduced, the technology was introduced in the completion stage of the laboratory principle prototype. After 8 years of engineering experiments and research of more than 400 different exhaust sources, the industrial application of DDBD has been realized. A lot of experience has been accumulated and a "low temperature plasma technology" has been created in the world. Palidis is known as the "low temperature plasma technology" industrial waste gas management brand. The technology is energy-saving, environmental protection, and has a wide range of applications. It has been rated as the national Torch Program, national environmental protection demonstration project, the first batch of key recommendation technologies of environmental protection in Shandong Province, and the national environmental protection technology project of National Encouragement and Development. The industrial application of the advanced technology and equipment is the first batch. The industrial application of this technology provides an effective way and technical basis for the odor purification, subverts the traditional technology. At the same time, combined with other waste gas treatment technology, more than 20 new technologies are developed, 60 items are applied for special profit, and the waste gas treatment project is completed by the end of 2015, and 40 works to complete the waste gas treatment project. The 408 item, production standard industrial waste gas treatment equipment 16 series, 150 varieties. In recent years, the company has developed a three-phase multi-medium catalytic oxidation technology, high performance liquid phase TRS purification system, mixed solvent dry cloud recovery and reuse technology, efficient water film separator, ultra clean emission and energy saving practical technology, greatly improved the company's market competitiveness. It has become a modern high-tech enterprise with R & D and design, project consultation, production and sales, and engineering general contracting.
In addition, the Palidis team has more than 10 years of experience in industrial sewage treatment. In the pharmaceutical, coking, printing, dyeing, landfill leachate treatment and other industries, the industrial wastewater treatment and municipal sewage treatment industry, has done a large number of high-quality projects. Has been the environmental protection management department and the user's consistent praise.
