江苏 环保水处理 雨水处理 电解式 哪家强

公司简介：济宁天通水处理设备有限公司主要从事污水处理站、废水处理工艺、污水处理设备、工业废水处理设备、水处理设备、生活污水处理设备、环境污水处理设备等设备。济宁天通水处理设备有限公司以良好的信誉、*的质量、优质的售后服务吸引了广大客户，产品**海内外。企业将以市场为导向，以服务为本，使顾客能够买到舒适和舒适，真正做到“物有所值”，坚信顾客满意是企业过去的动力，“与顾客共赢”是企业始终坚持的理念。
设备简介：


  IC 厌氧反应器是一种高效的多级内循环反应器，是*三代厌氧反应器的典型代表。与**代厌氧器相比、它具有占地面积少、容积负荷量高，布水均匀，抗冲击能力 强、性能更稳定、操作更简单的多种优势。例如，当COD为10000-15000mg/l时的高浓度**废水，*二代USCB反应器一般容积负荷为 5-8kgCODm3.d, *三代IC厌氧反应器容积负荷可达到10-18kgCODm3.d， 与*二代厌氧罐相比、IC具有以下优点：
1. 具有很高的容器负荷率；
2. 占地面积小、节省基地投资；
3. 抗冲击负荷能力强；
4. 出水稳定性好；

工作原理：
IC 反应器构造的特点是具有很大的高径比，一般可达4-8，反应器的高度达到20m左右。整个反应器由**厌氧反应室和*二厌氧反应室叠加而成。每个厌氧反应 室的**部各设一个气、固、液三相分离器。**级三相分离器主要分离沼气和水，*二级三相分离器主要分离污泥和水，进水和回流污泥在**厌氧反应室进行混 合。**反应室有很大的去除**能力，进入*二厌氧反应室的废水可继续进行处理，去除废水中的剩余**物，提高出水水质。 
应用特点：
◇较高COD负荷(8-15 kg CODcr/m3/d)
◇结构紧凑，节省占地面积 ◇借沼气内能提升实现内循环，不必外加动力
◇抗冲击负荷能力强 
◇具有缓冲pH的能力 
◇出水稳定性好
◇高可靠性
◇基建投资低 
IC处理技术应用现状及发展前景 ：
IC 处理技术从问世以来已成功应用于土豆加工、菊苣加工、啤酒、柠檬酸和造纸等废水处理中。1985年荷兰**应用IC反应器处理土豆加工废水，容积负荷（以 COD计）高达35～50kg/(m3?d)，停留时间4～6 h[9]；而处理同类废水的UASB反应器容积负荷仅有10～15 kg/(m3?d)，停留时间长达十几到几十个小时[3]。
在啤酒废水处理工艺中，IC技术应用得较多，目前我国已有3家啤酒厂引进了此工艺。从运行结果看，IC工艺容积负荷（以COD计）可达15～30 kg/(m3?d)，停留时间2～4.2 h，COD去除率ηCOD>75％[9]；而UASB反应器容积负荷仅有4～7 kg/(m3?d)，停留时间近10 h[3]。
对于处理高浓度和高盐度的**废水，IC反应器也有成功的经验。位于荷兰Roosendaal的一家菊苣加工厂的废水，COD约 7900mg/L，SO42－为250mg/L，Cl－为4200mg/L。采用22m高、1100m3容积的IC反应器，容积负荷（以COD计）达31 kg/(m3?d)，ηCOD>80％，平均停留时间仅6.1 h[9]。
我国无锡罗氏中亚柠檬有限公司的IC厌氧处理系统自1998年12月运行以来一直都很稳定，进水COD一般在8000mg/L以上，pH5.0左右，容积 负荷（以COD计）可达30 kg/(m3?d)，出水COD基本在2000mg/L以下，且每千克COD产沼气0.42m3[10]。1996年IC反应器**应用于纸浆造纸行业， 并迅速获得客户欢迎，至今全世界造纸行业已建造IC反应器23个[11]。
表1列出了IC反应器和UASB反应器处理典型废水的对照结果，从表中数据可以看出，IC反应器在很大程度上解决了UASB的不足，大大提高了反应器单位容积的处理容量。 
Company profile: Jining Tian Tong water treatment equipment Co., Ltd. is mainly engaged in sewage treatment station, wastewater treatment process, sewage treatment equipment, industrial wastewater treatment equipment, water treatment equipment, sewage treatment equipment, sewage treatment equipment and other equipment. Jining Tian Tong Shui processing equipment Co., Ltd. has attracted the customers with good reputation, first-class quality and high quality after-sales service, and the products are sold to both at home and abroad. Enterprises will be market-oriented, service oriented, so that customers can buy comfort and comfort, truly "value for money", firmly believe that customer satisfaction is the driving force of enterprises in the past, "win win with customers" is the concept of enterprises always adhere to.
Introduction of equipment:


The IC anaerobic reactor is a highly efficient multistage internal circulation reactor, which is a typical representative of the third generation anaerobic reactor. Compared with the previous two generation of anaerobic devices, it has many advantages, such as less occupied area, high volume load, uniform water distribution, strong impact resistance, stable performance and simple operation. For example, when COD is 10000-15000mg/l high concentration organic wastewater, the second generation USCB reactor has a general volumetric load of 5-8kgCODm3.d, and the third generation IC anaerobic reactor volume load can reach 10-18kgCODm3.d. Compared with the second generation anaerobic tank, IC has the following advantages:
1. has a very high container load rate;
2. small area, saving base investment;
3. resistance to impact load is strong;
4. the stability of the effluent is good.

Working principle：
The structure of the IC reactor is characterized by a high ratio of high diameter to 4-8, and the height of the reactor is about 20m. The whole reactor is superimposed by the first anaerobic reaction chamber and the second anaerobic reaction chamber. Each anaerobic reaction chamber has a gas, solid, liquid three-phase separator at the top of each reactor. The first stage three-phase separator mainly separate methane and water. The second stage three phase separator mainly separate sludge and water, and the influent and reflux sludge are mixed in the first anaerobic reactor. First, the reaction chamber has a great ability to remove organic matter. The wastewater entering the second anaerobic reactor can continue to process, remove the remaining organic matter in the waste water and improve the effluent quality.
Application characteristics:
When high load of COD (8-15 kg CODcr/m3/d)
It has the advantages of compact structure, save the area you can enhance the implementation of internal circulation by biogas, without additional power
After the strong anti shock loading capability
It has a pH buffer capacity
After the water stability
This high reliability
This low investment in infrastructure
The application status and development prospect of IC processing technology:
IC technology has been successfully applied to the processing of potato, chicory, beer, citric acid and papermaking. Holland in 1985 for the first time application of potato processing wastewater by IC reactor, volume load (COD) up to 35 ~ 50kg/ (M3 - D), the residence time of 4 ~ 6 h[9]; volume load UASB reaction and the treatment of similar wastewater is only 10 ~ 15 kg/ (M3 - D), a long residence time of tens [3] hours.
In the process of treatment of beer wastewater, IC technology is widely used. At present, 3 breweries have introduced this technology in our country. The simulation result shows that IC process volume load (COD) up to 15 ~ 30 kg/ (M3 - D), the residence time of 2 ~ 4.2 h, the removal rate of COD is COD>75%[9]; while UASB volumeload is only 4 ~ 7 kg/ (M3 - D), the residence time of nearly 10 h[3].
The IC reactor is also a successful experience for the treatment of organic wastewater with high concentration and high salinity. Located in Holland Roosendaal a chicory processing plant wastewater, COD was about 7900mg/L, 250mg/L, Cl - 4200mg/L. The IC reactor is 22m high, 1100m3 volume, volume load (COD) of 31 kg/ (M3 - D), COD>80%, the average residence time of only 6.1 h[9].
IC anaerobic treatment system of China Central Asia Limited Wuxi Roche lemon since December 1998 since the operation has been very stable, influent COD general pH5.0 above 8000mg/L, volume load (COD) up to 30 kg/ (M3 - D), the effluent COD is below 2000mg/L, and the biogas production per kilogram of COD 0.42m3[10]. In 1996, IC reactor was first applied to pulp and paper industry, and it was quickly welcomed by customers. So far, 23 [11] of IC reactors have been built in the paper industry around the world.
Table 1 lists the control results of typical wastewater treatment by IC reactor and UASB reactor. From the data in the table, we can see that IC reactor largely solves the problem of UASB and greatly improves the capacity of reactor unit volume.