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Introduction: In recent years, the pharmaceutical industry has become a high-incidence field of environmental pollution incidents. From Harbin Medicine to Hisun, excessive discharge of waste water has become a common occurrence of enterprises. The reason is that, on the one hand, the cost of environmental protection violations is lower than the cost of environmental treatment. On the other hand, the current traditional wastewater treatment technology is difficult to meet the high concentration and difficult degradation characteristics of pharmaceutical wastewater. So for enterprise users, seeking low-cost and high-efficiency pharmaceutical wastewater treatment technology has become a top priority. For environmental protection companies, it has become an urgent need to promote advanced practical technologies developed by manpower and materials. In view of this demand, Guteng Environmental Protection Network and the environmental protection company jointly build a pharmaceutical wastewater treatment topic, and launch the most economical and practical technology to help customers.

Emission Standard (1): Water Pollutant Discharge Standard for Fermentation Pharmaceutical Industry (GB 21903-2008)

Emission Standard (2): Water Pollutant Emission Standard for Chemical Synthesis Pharmaceutical Industry (GB 21904-2008)

Emission Standard (3): Water Pollutant Discharge Standard for Chinese Pharmaceutical Pharmaceutical Industry (GB 21906-2008)

Discharge Standard (4): Water Pollutant Discharge Standard for the Bioengineering Pharmaceutical Industry (GB 21907-2008)

Emission Standard (5): Water Pollutant Discharge Standard for Extraction Pharmaceutical Industry (GB 21905-2008)

Discharge standard (5): Discharge standard of water pollutants for pharmaceutical industry of mixed preparations (GB 21908-2008)

Technical policy: Technical policy for pollution prevention and control in the pharmaceutical industry

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The article was downloaded on December 01: The research of membrane bioreactor in pharmaceutical wastewater treatment ...
The article was downloaded on December 01: Water Pollutant Discharge Standards for the Fermented Pharmaceutical Industry ...
Downloaded article on December 01: Water Pollutant Discharge Standards for Extractive Pharmaceutical Industry ...
An article was downloaded on December 01: Water Pollutant Emissions from the Pharmaceutical Industry for Mixed-Production ...
Article downloaded on December 01: Water Pollutant Discharge from Bioengineering Pharmaceutical Industry ...
Rao Li downloaded the article on April 23: Advanced Oxidation-Iron Carbon Micro Electrolysis Treatment of a Chemical ...
The article was downloaded on December 01: Water Pollutant Discharge Standards for Traditional Chinese Medicine ...
Zhang Sike downloaded the article on April 19: Advanced Oxidation-Iron Carbon Micro Electrolysis Treatment of a Chemical ...
Article downloaded on December 01: Water Pollutant Discharge from Chemical Synthesis Pharmaceutical Industry ...
Zhang Sike downloaded the article on April 19th: UASB—Two-stage A / O treatment of biological pharmaceutical wastewater ...

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"Technology Xiaoqing" is the eternal pursuit of Xiaoqing people. Xiaoqing Technology R & D Center has successfully developed in recent years: HYS high-efficiency water treatment equipment, DAT-IAT SBR water treatment technology, HAF composite anaerobic reactor, FSBBR flow-through biotechnology, BF biological filter, domestic sewage ecological zero discharge technology, FSBBR underground domestic sewage treatment equipment, HAF biological septic tank, high-concentration refractory industrial wastewater treatment technology, of which DAT- IAT, SBR water treatment technology has obtained national scientific and technological progress II Awards, dozens of national technology awards.

Application examples of Beijing Xiaoqing Environmental Protection Group

Treatment of sewage at normal temperature and pressure Xiaoqing unique superior technology and engineering case for difficult wastewater treatment
Beijing Jiashi Daheng Wastewater Treatment Project Wastewater treatment project of Suzhou Zhonglian Chemical Pharmaceutical Co., Ltd.

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Which pollutants are you concerned about in pharmaceutical wastewater?

1. Poor biochemistry 2. High ammonia nitrogen 3. High salt

Netizens' views

Online reviews
1st floor zmr 2014-09-22

On August 17, 2014, the three-month operation of the Shanxi Baobao Coking Group's coking wastewater zero discharge project undertaken by Aobo Company, under the condition that untreated coking wastewater was used as supplementary water for circulating water, The existing scale of the circulating water system was removed, no new scale was generated in the system, and no corrosion phenomenon occurred; the project test fully met the contract requirements, and the users were very satisfied. Under the witness of more than ten domestic coking enterprises, the project passed the formal acceptance on site. Relevant personnel of more than a dozen coking enterprises reviewed the test operation data and checked the actual conditions of the circulating water system equipment on the site. They expressed surprise at the test process and results and agreed with the results obtained. It is believed that this wastewater zero discharge technology will provide a perfect solution for coking wastewater treatment. This technology uses the company's existing circulating water system, and through scientific management methods and technical means, it adds various new wastewater to the circulating water as supplementary water of the circulating water system and adds it to the circulating water system. Under long-term non-fouling and non-corrosive conditions, zero discharge of the circulating water system is achieved, thereby achieving the goal of zero discharge of wastewater. This technology has no equipment investment, and the saved costs can offset operating costs. After years of actual operation by multiple users, various indicators have met the design requirements, and have been affirmed and accepted by users. So far, zero discharge of coking wastewater from coking plant, zero discharge of biological wastewater from biopharmaceutical plant, zero discharge of concentrated osmosis water and acid-base ion wastewater from thermal power plant, zero discharge of desulfurization wastewater from boiler industry, metallurgical wastewater and Zero discharge of water in cities; these projects have been operating well so far.

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2nd floor zmr 2014-09-22

On August 17, 2014, the three-month operation of the Shanxi Baobao Coking Group's coking wastewater zero discharge project undertaken by Aobo Company, under the condition that untreated coking wastewater was used as supplementary water for circulating water, The existing scale of the circulating water system was removed, no new scale was generated in the system, and no corrosion phenomenon occurred; the project test fully met the contract requirements, and the users were very satisfied. Under the witness of more than ten domestic coking enterprises, the project passed the formal acceptance on site. Relevant personnel of more than a dozen coking enterprises reviewed the test operation data and checked the actual conditions of the circulating water system equipment on the site. They expressed surprise at the test process and results and agreed with the results obtained. It is believed that this wastewater zero discharge technology will provide a perfect solution for coking wastewater treatment. This technology uses the company's existing circulating water system, and through scientific management methods and technical means, it adds various new wastewater to the circulating water as supplementary water of the circulating water system and adds it to the circulating water system. Under long-term non-fouling and non-corrosive conditions, zero discharge of the circulating water system is achieved, thereby achieving the goal of zero discharge of wastewater. This technology has no equipment investment, and the saved costs can offset operating costs. After years of actual operation by multiple users, various indicators have met the design requirements, and have been affirmed and accepted by users. So far, zero discharge of coking wastewater from coking plant, zero discharge of biological wastewater from biopharmaceutical plant, zero discharge of concentrated osmosis water and acid-base ion wastewater from thermal power plant, zero discharge of desulfurization wastewater from boiler industry, metallurgical wastewater and Zero discharge of water in cities; these projects have been operating well so far.

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3rd floor undefined 2014-04-21

Does the bank have any good intervention points in the governance process? How can we more accurately analyze the financing needs of the enterprise in the governance process, QQ526107187, you can talk in detail

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4th Floor, Hangzhou Taijia Technology Co., Ltd.

Advanced foreign technology has significant effects on COD in-depth processing. Easy processing to below 50. Low investment cost and low operating cost.

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5th floor Zhang Qingbao

Reply to Xu Yongqiang: We think the choice of wastewater treatment process technology,

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6th floor Tao Weixue

At present, the pharmaceutical wastewater treatment often depends on the design specifications to determine the volume and load of the design institute, and uses the experience of water supply and drainage and domestic sewage treatment to determine the process and equipment selection. Only the cup and bottle tests are performed to obtain the design parameters. The tests are often not performed on site. Wastewater is not a product, there is no standard to follow, and the process and variety are slightly changed. The pollutants in the wastewater are completely different. The same product is produced in different enterprises, and the types of wastewater discharged are very different. We believe that the selection of wastewater treatment technology and the design parameters must be based on long-term industrial simulation tests on the site. The sewage treatment process of Zhejiang Hisun is a good example.

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7th floor, Governor Wang

Strengthen the governance of water pollution. Look forward to working with you. The factory mainly produces stainless steel centrifugal self-priming pumps.

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8th floor Xu Yongqiang

The latest US patented technology JET-LOOP SYSTEM specializes in treating high-concentration and high-concentration wastewater. The main treatment areas include: pharmaceutical wastewater, leather wastewater, papermaking wastewater, printing and dyeing wastewater, chemical wastewater, pesticide glyphosate, and garbage permeate. . . . . . . . Shanghai Lanjing Film Technology Engineering Co., Ltd. ECO-TASK GROUP LTD

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9th floor Tiger review article Research progress in pretreatment methods for pharmaceutical wastewater2018-03-05

We used a new dosing method to make the COD of the biochemical effluent from 908 to 200, but the owner can only achieve 576. The cost is less than 4 yuan. Very little sludge. But need to use air flotation.

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10th floor Shandong Jinshuanglian Environmental Protection Equipment Co., Ltd. review article Xiaoqing unique advantage technology and engineering case of difficult wastewater treatment2015-05-04

Reply to undefined on the 3rd floor: HAF has the following characteristics: ② Short startup time, COD removal rate can reach about 50 <h>% </ h> after 2 weeks, and no anaerobic sludge inoculation is required; bragging force

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11th floor, Wang Jinfu's review article, Phenol-containing pharmaceutical wastewater treatment technology2013-05-07

The concentration of phenolic water depends on the concentration. One hundred or two hundred biochemicals are not a problem. It is not special, but it is difficult to get higher. Adsorption and oxidation of resin can be considered.

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12th floor Wang Jinfu commented on the research progress of antibiotic pharmaceutical wastewater treatment 2013-05-07

All nonsense

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13th floor undefined review articlePhenol-containing pharmaceutical wastewater treatment technology2013-02-24

Can learn from

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14th floor Zhongwaixue review article Phenol-containing pharmaceutical wastewater treatment technology2012-10-07

Learn to learn

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15th floor nancy comment article IC-SBR process treatment of a vitamin pharmaceutical wastewater2012-08-22

SBR is useful for municipal sewage and biochemical sewage, and it is mostly used for pharmaceutical wastewater, with few successful cases. Now it is combined with the membrane method, and many pharmaceutical factories are transforming SBR.

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16th floor, Nancy comment article, Jin Qiu resigns from VIPs, 2011 pharmaceutical industry three waste treatment technology exchange meeting was grandly closed. 2012-08-22

Pretreatment of toxic and hazardous substances in pharmaceutical wastewater is the key to subsequent biochemical treatment. Long-term industrial simulation tests are the basis for process selection. People with rich experience in industrial simulation tests are the key to success or failure. Internationally renowned wastewater treatment The team of experts ANTONIO FERREIRA can provide this service. For more information, please contact antonio.ferreira@eco-task.com nancy@china-membrane.com

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17th floor nancy review article Shandong Xinhua Pharmaceutical's big effort to create an environmentally friendly company in 20082012-08-22

The pharmaceutical industry is an industry with rapidly updated varieties. It is impossible to treat the wastewater of the production of new synthetic drugs, semi-synthetic drugs, and antibiotics with spontaneous bacteria. Traditional biochemical treatment can only help the wastewater of new technologies and products that are constantly emerging. .

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18th floor nancy review article Inner Mongolia Sewage Lake continued: Pharmaceutical factory is actually a big polluter 2012-08-22

Pharmaceutical wastewater is a large polluter. The economic and technical evaluation of a pharmaceutical wastewater treatment project should be based on comparing the total investment and operating costs based on the effective removal of pollutants and stable and reliable standards. Due to the economic strength of the owner and the environmental protection project itself, it cannot directly generate benefits. When choosing an environmental protection technology route, the owners often focus on how much money they invest. Under this premise, the total investment has become the preferred condition, resulting in additional investments over and over again, and continuous transformation. Due to the unsatisfactory results, the original lower investment was actually not low, which was time consuming and delayed production, and the total investment cost was not low.

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