Exhibitor List
| Company | ANHUI ZHONGYUAN JINTIAN ENVIRONMENTAL SCIENCE & TECHNOLOGY CO., LTD |
| Country | China |
| Products | Biochemical processes Plants |
| Hall | N5 |
| Booth | A46/B46 |
| Website | www.zyjthj.com |
| Introduction | Anhui Zhongyuan Jintian Environmental Technology Co., Ltd. was established in 2011 and is located in Hefei High tech Industrial Development Zone. It is a national high-tech enterprise, a standardized enterprise in the environmental protection equipment manufacturing industry of the Ministry of Industry and Information Technology, a national sewage standard compilation unit, and a "specialized, refined, unique, and new" enterprise and a technology giant cultivation enterprise in Anhui Province. The company has established an environmental protection equipment research and manufacturing base. |
Products
| Deepwater Treasure - Creating the Most Cost saving Sewage Station The height of the equipment can reach 10 meters, saving over 50% of the land occupation and energy consumption by over 60%; Assembled structure installation is faster, completing the assembly of a 10000 ton sewage plant in 30 days; Weather resistant steel, enamel steel, and stainless steel have a wider range of applications; The independently developed high-efficiency flocculation agent greatly reduces the sedimentation time. 3.0 Large assembly stand, practicing dual carbon goals, 10 meter precision aeration, intelligent remote control. |
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| Deep Bed Multiplier MBBR Reactor Version 2.0 2.0 Medium standard vertical, modular monomer, 3 meters in diameter, 5 meters in height, and can be freely combined in series or parallel. |
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| Non carbon source (ANR) self driving nitrogen wastewater treatment equipment The non carbon source denitrification filter uses a variety of natural filter materials to create a suitable living environment for autotrophic denitrification bacteria. Using inorganic carbon as the carbon source and filter media as the electron donor, the bacteria can convert nitrate nitrogen and nitrous nitrogen into nitrogen without the need for additional organic carbon sources. It can effectively reduce the TN content of the effluent. Stable operation and low sludge production. Compared to traditional denitrification filters, carbon emissions can be reduced by saving carbon sources and backwashing energy consumption. At the same time, avoid COD penetration in the effluent. |
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