宁夏污水处理设施工业水处理地埋式哪家好

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宁夏污水处理设施工业水处理地埋式哪家好

公司简介：济宁天通水处理设备有限公司，公司位于济宁山东，孔孟之乡，曾子故里。本公司从事污水处理站、废水处理工艺、废水处理设备、工业废水处理设备、污水处理设施、工业水处理、水处理设备、生活污水处理设备、环境污水处理设备等水处理设备。注重环保，创造美好生活的经营理念，以创新环保的产品、雄厚的技术力量、科学的管理成为企业环保环保行业的主导商业模式。公司一贯坚持“质量，用户至上”的服务宗旨。“、诚信、、团结、奉献”的工作态度，以百分之一百的服务赢得了百分之一百用户的满意。

宁夏银川氧化塔

 芬顿（Fenton）法作为废水处理技术，利用Fe2+和H2O2之间的链反应催化生成具有强氧化性的羟基自由基(•OH)，可氧化各种有毒和难降解的有机化合物，针对高浓度难生物降解废水处理，可作为生物前处理以改善水质，提升废水的可生化性，为后续的深度处理创造有利条件。特别适用于生物难降解或一般化学氧化难以奏效的有机废水如垃圾渗滤液的深度处理。
 芬顿催化氧化塔，又称为芬顿流化床反应器、芬顿反应塔，是进行芬顿反应对废水进行氧化的必要设备。我司在传统芬顿反应塔的基础上，研发了具有专利技术的芬顿流化床反应器，本设备利用流体化床方式使芬顿法所产生的Fe3+大部分以结晶或沉淀附着在流化床芬顿载体表面，可大幅减少传统芬顿法的加药量产生的化学污泥量（H2O2加入量减少10%～20%，Fe2+加入量减少50%～70%，污泥量减少40%～50%），同时在载体表面形成的铁氧化物具有异相催化效果，而流化床技术也促进了化学氧化反应速率及传质效应，使COD的去除率有效提升10%～20%，处理运行费用节省30%～50%。
  我司研制的芬顿催化剂系列产品，将芬顿反应所需的铁氧化物通过特殊方法附着在载体表面，形成有效的芬顿催化剂，可大幅减少药剂投加量及化学污泥产生量。该系列催化剂机械强度高，为固态颗粒或长条体状，通过专利方法烧结制备，了其活性组分的高利用率，并且可以实现大规模的工业化生产。

联系电话：

联系人：范经理

Company introduction: Jining Tian Tong Shui processing equipment Co., Ltd., the company is located in Shandong, Jining, Kong Meng's hometown, Zeng Zi's home. Our company specializes in sewage treatment plant, wastewater treatment process, waste water treatment equipment, industrial wastewater treatment equipment, water treatment equipment, domestic sewage treatment equipment, sewage treatment equipment and other water treatment equipment. The business philosophy of focusing on environmental protection and creating a better life has become the leading business mode of the enterprise's environmental protection and environmental protection industry by innovating and protecting products, strong technical strength and scientific management.  The company has consistently adhered to the service tenet of "quality first, customer first". The working attitude of "high quality, good faith, high efficiency, solidarity and dedication" has won the satisfaction of one hundred percent users with the service of one hundred percent.

Yinchuan oxidation tower in Ningxia

Fenton (Fenton) method as the advanced treatment technology of wastewater, generation of hydroxyl radicals with strong oxidation of the catalytic chain reaction between Fe2+ and H2O2 (OH), but the oxidation of various organic compounds of toxic and refractory, at high concentration of refractory wastewater treatment, can be used as a biological pretreatment to improve water quality, improve the biodegradability of the wastewater, and create favorable conditions for subsequent depth treatment. It is especially suitable for the deep treatment of organic waste water, such as landfill leachate, which is difficult to be degraded by biological or general chemical oxidation.

The Fenton catalytic oxidation tower, also known as the Fenton fluidized bed reactor and the Fenton reaction tower, is the necessary equipment for the advanced oxidation of the wastewater by the Fenton reaction. Our company based on the traditional Fenton reaction tower, Fenton developed a fluidized bed reactor with patented technology, the equipment using the fluidized bed to Fenton generated by most of Fe3+ by crystallization or precipitation attached on the surface of fluidized bed Fenton carrier, chemical sludge can significantly reduce the amount of medicine produced the traditional Fenton method (H2O2 amount is reduced by 10% to 20%, Fe2+ content reduced 50% ~ 70%, 40% ~ 50%) to reduce the amount of sludge, while the formation of iron oxide on the surface of the carrier with heterogeneous catalytic effect, and fluidized bed technology also promoted the chemical reaction rate and mass transfer effect, the removal rate of 10% ~ 20% COD effective promotion, operation treatment cost savings from 30% to 50%.

The Fenton catalyst series developed by our company will attach the iron oxides needed by the reaction of Fenton to the surface of the carrier by special methods, and form effective Fenton catalysts, which can greatly reduce the dosage of chemicals and the production of chemical sludge. The series of catalysts have high mechanical strength, solid particles or strip shape, and are prepared by the patented method, ensuring the high utilization rate of their active components, and achieving large-scale industrial production.