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Introduction: The pharmaceutical industry is one of the 12 industries that the national environmental protection plan outlines to address. The main waste gas pollution is dust-containing waste gas, organic solvent waste gas, fermentation tail gas, acid-base waste gas and malodor. Common methods for treating dusty exhaust gas are cyclone dust collectors, bag dust collectors, and water film dust collectors. Organic solvent waste gas treatment methods include: combustion, absorption, adsorption, condensation, biofilm method, pulse corona method, ozone decomposition method, plasma decomposition method. There is no reasonable plan for fermentation tail gas in China. The acid-base waste gas is mainly hydrogen chloride and ammonia. The treatment of hydrogen chloride is usually adsorption, absorption, condensation, falling film method; ammonia-containing waste gas treatment is generally water absorption, acid absorption method. Common stench management methods are: absorption, adsorption, biological method, soil method. The prevention and control of fugitive emissions is also the focus of improving the working environment of enterprises.

Technical Policy: Technical Policy for Pollution Prevention and Control in Pharmaceutical Industry (Consultation Draft)

Technical policy description: Compilation of "Technical Policy for the Prevention and Control of Pollution in the Pharmaceutical Industry (Consultation Draft)"

Emission Standard 1: Comprehensive Emission Standard for Air Pollutants (GB16297-1996)

Emission Standard 2: Emission Standard for Odor Pollutants (GB 14554-93)

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Mr. Zhao downloaded the article on October 12: Dust treatment in the production of penicillin ...
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Chen Dafa downloaded the article on March 13th: The high-concentration malodor exhaust gas treatment project of the pharmaceutical factory ...
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Zhang Xinfeng downloaded the article on November 02: Deodorization scheme of a sewage pumping station in Pudong , Shanghai
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Cheng Weiwei downloaded the article on October 20th: deodorization plan for a sewage pumping station in Shanghai
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Cheng Weiwei downloaded the article on October 19: Deodorization scheme of a sewage pumping station in Pudong , Shanghai

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Peridi is the only research and transformation base of Fudan University's College of Environmental Sciences and Engineering, specializing in the treatment of water and gas odor and the processing of supporting equipment. In terms of high-concentration sewage treatment, the company established a joint venture with Beijing Hande Co., Ltd., Beijing Hanlin Weir Environmental Engineering Co., Ltd .; set up a wholly-owned subsidiary in Shanghai, Shanghai Fuqi Environmental Technology Co., Ltd., to engage in odor treatment projects in East China; Established Guangzhou Mingdi Investment Management Company, a strategic investment and asset management agency focusing on BOT, BOO, BOOT environmental protection engineering investment and operation management as its core business.

Application examples of Shandong Palidi Environmental Protection Engineering Co., Ltd.

Atomization absorption and deodorization-three-phase multi-media catalytic oxidation technology DBD low temperature plasma waste gas treatment technology
RTO Regenerative Incineration Technology Waste gas treatment project of Shandong Xinhua Pharmaceutical Co., Ltd. 203 workshop

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Which type of exhaust gas treatment technology and solutions do you focus on in the pharmaceutical industry?

Dusty exhaust gas 2. Organic solvent waste gas 3. Fermentation tail gas 4. Acid-base waste gas 5. stench 6. fugitive emissions

Netizens' views

Online reviews
1st floor Shenzhen Leaden Environmental Engineering Co., Ltd. 2014-06-27

VOCs Treatment for VOCs; Formaldehyde, chemical fumes, toluene, dioxin, hydrogen sulfide, organic pollution sources and other compounds are the most time consuming odors. Frequent complaints from employees and the surrounding environment directly affect life and work? And the traditional method, uninterrupted investment and maintenance of resources. Will it add a lot of cost? Simply put, Plasma Air can help. Such as sewage treatment, printing industry, manufacturing industry, chemical plant, odorous industry, business, etc. is a fact. But they must be. Plasma air conditioning (VOCs) technical solutions can solve this problem. Plasma ionized air solution (it is a new technology that integrates physics, chemistry, biology and environment) is applied in exhaust gas treatment facilities, and the mechanism of targeted and effective removal of pollutants: during gas discharge, when electronic pulse discharge A certain amount of energy is obtained, and when the energy transferred by the electrons colliding with the VOCs molecules is the same as or similar to the bond energy of the chemical bonds, these bonds can be broken, thereby destroying the original structure of the VOCs molecules and changing their properties. At the same time, the plasma excites Atoms and molecules, free radical groups, acting on VOCs molecules and their fragments, act as activation or direct degradation, and jointly promote the degradation of VOCs to form CO, CO, H: O, which is particularly effective for these major pollutants. Unlike traditional chemical or biological decomposition and various filtration methods to solve problems, Plasma Air will remove odor sources and problem areas. Plasma air solutions are not just for foul odors in the facility. It also provides a cleaner and healthier working environment. And because it greatly reduces hydrogen sulfide gas H2s and organic gas VOCs, the odor and corrosion problems in the facility are completely eliminated. And those that are only plumbing, such as chemicals and biodegradation, do not have the ability to solve the problems within the facility. Plasma air system solutions are easy to deploy, manage and maintain. The implementation of all systems usually includes three components: 1. VOCs gas enters 2, plasma system 3 is installed, clean air is discharged through ionization treatment, clean air is discharged, equipment required for air treatment, according to the amount of air, the type of pollutants And concentration to customize the design and number of ionizers. The air enters the clean box, and the movable rack and control system are designed for easy maintenance and control. The panel is used to monitor whether the ionizer is working properly. Ionized air emissions Ionized air is discharged from clean boxes using existing piping systems or other facilities. Plasma air provides an industrial and commercial environment that effectively replaces traditional odor elimination and pollution control methods, especially the odor of sewage treatment facilities or volatile organic waste gases. Compared with traditional Plasma Air, Plasma Air is easy to maintain and reduce costs. Powerful removal of volatile organic compounds, foul odor and related corrosion and other treatments. No chemicals, additives, or hazardous waste disposal. Clean air provides a healthier environment for human beings. Easy to retrofit to existing industrial and commercial equipment. From small to large facilities to treat exhaust gas.

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2nd Floor Engineer

Plasma ionized air solution (it is a new technology that integrates physics, chemistry, biology and environment) is applied in exhaust gas treatment facilities, and the mechanism of targeted and effective removal of pollutants: during gas discharge, when electronic pulse discharge Obtain a certain amount of energy, and when the energy transferred by the electrons colliding with the VOCs molecules is the same as or similar to the bond energy of the chemical bonds, these bonds can be broken, thereby destroying the original structure of the VOCs molecules and changing their properties. Atoms and molecules, free radical groups, acting on VOCs molecules and their fragments, act as activation or direct degradation, and jointly promote the degradation of VOCs to form CO, CO, H: O, which is particularly effective for these major pollutants. Unlike traditional chemical or biological decomposition and various filtration methods to solve problems, Plasma Air will remove odor sources and problem areas.

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3F Shenzhen Leaden Environmental Engineering Co., Ltd. 2014-06-27

Plasma ionized air solution (it is a new technology that integrates physics, chemistry, biology and environment) is applied in exhaust gas treatment facilities, and the mechanism of targeted and effective removal of pollutants: during gas discharge, when electronic pulse discharge Obtain a certain amount of energy, and when the energy transferred by the electrons colliding with the VOCs molecules is the same as or similar to the bond energy of the chemical bonds, these bonds can be broken, thereby destroying the original structure of the VOCs molecules and changing their properties. Atoms and molecules, free radical groups, acting on VOCs molecules and their fragments, act as activation or direct degradation, and jointly promote the degradation of VOCs to form CO, CO, H: O, which is particularly effective for these major pollutants. Unlike traditional chemical or biological decomposition and various filtration methods to solve problems, Plasma Air will remove odor sources and problem areas.

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4th floor Martian 2012-05-02

Factory foul gas.

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5th floor Ningxin Environmental Technology (Shanghai) Co., Ltd. Comment article Luan Zhiqiang on adsorption materials and purification of VOCs2015-06-23

The current recyclability of activated carbon needs to reasonably solve various problems in the process of adsorption and desorption

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6th Floor, Shui Shui Review Articles Application of Activated Carbon Adsorption-Distillation to Purify Organic Waste Gas Recovery Technology in a Circular Economy2014-10-11

Reply to Nick on the 1st floor: I have this information here. We specialize in organic matter management

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7th floor Kazuki review article Pharmaceutical factory exhaust purification treatment device2013-01-28

Is there any relevant test report? This is more convincing.

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8th floor Kazunko review article Example of high concentration malodor exhaust gas treatment project in pharmaceutical factory2012-12-08

Learn it! !! !!

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9th floor Tianma review article Application of activated carbon adsorption-distillation purification organic waste gas recovery technology in circular economy2012-11-18

When using activated carbon to fully analyze the contained substances, it should be a catalyst.

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10th floor undefined Comment article Application of regenerative waste gas incinerator (RTO) in color coating line

We have a further RTO plan, and the information has also been posted on this website

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11th floor Peter Liu commented on the application of regenerative waste gas incinerator (RTO) in color coating line 2012-08-24

The color coating production line uses this very well. Foreign equipment still has obvious advantages in technology. Including furnace body design, control system considerations and other aspects.

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12th floor 13823509651 Comment article Waste gas purification treatment device of pharmaceutical factory2012-08-02

Reply to Zhu Zhihua: Hello! Pictures have been added and information is being updated.

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13th floor Scientists review article Application of regenerative waste gas incinerator (RTO) in color coating line2012-07-28

The information is good, learn it! !! !!

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14th floor Kazuki comment article Application of regenerative waste gas incinerator (RTO) in color coating line2012-07-28

Come and learn! !! !!

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