简体中文
简体中文 
反渗透膜设备
RO System
1、概 述：
1.Overview
反渗透又称逆渗透，一种以压力差为推动力，从溶液中分离出溶剂的膜分离操作，因它和自然渗透的方向相反，故称反渗透。根据各种物料的不同渗透压，就可以使用大于渗透压的反渗透压力，达到分离、提取、纯化和浓缩的目的，即对膜一侧的料液施加压力，当压力超过它的渗透压时，溶剂会逆着自然渗透的方向作反向渗透。从而在膜的低压侧得到透过的溶剂，即渗透液；高压侧得到浓缩的溶液，即浓缩液。反渗透与其它分离过程相比，有如下优点：
As an important component of membrane technology, reverse osmosis, its components are porous asymmetric osmotic membrane, mainly used for the separation of substances in the solution of the molecular level, so that the material was graded, concentrated and purified. Reverse osmosis, also known as reverse osmosis, a pressure difference as a driving force, from the solution separation of solvent separation of the membrane operation, because it is the direction of natural infiltration and reverse, so that reverse osmosis. Depending on the osmotic pressure of the various materials, the reverse osmotic pressure greater than the osmotic pressure can be used to achieve the purpose of separation, extraction, purification and concentration, i.e., applying pressure to the liquid side of the membrane, and when the pressure exceeds its osmotic pressure , The solvent will reverse the direction of natural infiltration reverse osmosis. So that a permeated solvent, i.e., a permeated liquid, is obtained on the low pressure side of the membrane; and a concentrated solution, i.e., a concentrated liquid, is obtained on the high pressure side.
The separation of large and small molecules solute mainly depends on the porosity of the membrane, that is, the adsorption, exclusion, blocking and sieve of the membrane on the large and small molecular solutes. Sub-effect, separation of physical and chemical factors than the physical factors are more important, and membrane on both sides of the solution of the osmotic pressure difference, so the greater the pressure on both sides of the membrane, the higher the desalination rate. Reverse osmosis compared with other separation process, has the following advantages:
1）、过程在常温低压下进行，能耗低，不需加热，也无热效应及相态变化，不需加入任何其它物质即可达到分离、浓缩、纯化及分级等目的。故特别适用于：
● 热敏性物质的分离浓缩。
● 需保持原产品气味、味道、形态、颜色和营养物质物化性质的食品及生化制品的分离浓缩。
● 极稀溶质的浓缩回收。
● 恒体积恒浓度下的脱盐纯化。
2）、反渗透装置结构简单、占地面积小、所需附属设备少、安装方便、费用低、易插入已有生产工艺系统、扩大容量和增加组件容易；
3）、反渗透膜装填密度高，投资成本小，操作简单，启动时间短，易维护修理，容易自动控制，系统能耗低，生产周期短，操作维护方便，运行成本低；
4）、完全根据用户需求，确定最佳系统回收率和系统脱盐率，从而获得高浓缩倍数或高纯度的物料；
5）、核心膜元件采用世界著名品牌，品质有保障，设备外观采用卫生级不锈钢，全封闭管道式运行，现场安全卫生，满足GMP（或FDA）规范要求；
6）、控制系统通过集成数据处理，在线监控重要操作参数，随时掌握系统运行状况，更可实现自动化控制，有效降低工人劳动强度。
1), the process at room temperature and low pressure, low energy consumption, no heating, no thermal effect and phase change, without adding any other material to achieve separation, enrichment, purification and grading purposes. It is particularly suitable for:
● Separation and concentration of heat-sensitive substances.
● need to maintain the original product odor, taste, shape, color and nutrients of the physical and chemical properties of food and biochemical products separation and concentration.
Concentrated recovery of very thin solute.
● desalination under constant volume constant concentration.
2), reverse osmosis device is simple, small footprint, less ancillary equipment required, easy installation, low cost, easy to insert the existing production process system, expand the capacity and increase the components easy;
3), reverse osmosis membrane loading density is high, the investment cost is small, the operation is simple, the starting time is short, easy maintenance repair, easy automatic control, low system energy consumption, short production cycle, easy operation and maintenance,
4), according to user needs, to determine the best system recovery and system desalination rate, resulting in high concentration or high purity of the material;
5), the core membrane components using world famous brands, quality assurance, the appearance of the use of sanitary stainless steel, fully enclosed pipeline operation, on-site safety and health, to meet the GMP (or FDA) specification requirements;
6), the control system through the integration of data processing, online monitoring of important operating parameters, keep abreast of the system operating conditions, but also to achieve automatic control, effectively reduce the labor intensity of workers.
2、应用范围：
2.Application scope
由于反渗透分离技术的先进、高效和节能的特点，在各个工业领域中都得到了广泛的应用，反渗透水处理已成为当今的水处理脱盐技术，并已涉及到食品、饮料、石油、化工、电子、制药、生物、环保等领域。在海水淡化、苦咸水淡化、工业废水处理、资源回收、物料的纯化及浓缩过程取得了显著的绩效。其应用领域主要包括以下：
1）、食品、发酵液、植物提取液等，果汁饮料的预浓缩、香精回收，多肽、氨基酸、低聚糖等的浓缩及纯化；
2）、医药生化（抗生素、菌丝体、氨基酸、细胞溶胞产物、疫苗、激素、有机酸、维生素等浓缩，中药、植物提取液的浓缩、分离、提纯；
3）、饮用水、食品、医药工艺用水、市政用水、化工生产用水、发电厂用水、电子、半导体工业超纯水、集成电路清洗用水的制备；
4）、海水淡化、苦咸水脱盐、分离、提纯等处理，低浓度废水的浓缩处理，中水回用处理等。
Due to the advanced, efficient and energy-saving features of reverse osmosis separation technology, it has been widely used in various industrial fields. Reverse osmosis water treatment has become the most advanced water treatment desalination technology and has been involved in food, beverage, oil , Chemical, electronics, pharmaceutical, biological, environmental protection and other fields. In the desalination of desalination, brackish water desalination, industrial wastewater treatment, resource recovery, material purification and enrichment process has achieved remarkable results. Its application areas include the following:
1), food, fermentation broth, plant extracts, fruit juice beverage pre-concentration, flavor recovery, peptides, amino acids, oligosaccharides and other enrichment and purification;
2), pharmaceutical biochemical (antibiotics, mycelia, amino acids, cell lysates, vaccines, hormones, organic acids, vitamins and other concentrated, traditional Chinese medicine, plant extracts concentrated, separation, purification;
3), drinking water, food, pharmaceutical water, municipal water, chemical production water, power plant water, electronics, semiconductor industry, ultra-pure water, integrated circuit cleaning water preparation;
4), seawater desalination, brackish water desalination, separation, purification and other treatment, low concentration of wastewater treatment, water reuse treatment.
3、反渗透膜：
3.Roll reverse osmosis membrane
目前卷式反渗透膜是反渗透的最主要组成部分，膜元件类似一个长信封状的膜口袋，开口的一边黏结在含有开孔的产品水中心管上，使给水水流从膜的外侧流过，在给液料压力下，使淡液料通过膜进入膜口袋后汇流入产品液料中心管内，并在膜页之间设有导流层与支撑层，根据物料的不同性质，膜页之间分为宽通道与窄通道，工作压力高达5.0Mpa，具有抗压抗污染性强，不易堵塞、可长时间高效连续运行，整个工艺分离效果好，操作简单，再生性能好等特点。
The membrane reverse osmosis membrane is one of the most important forms of reverse osmosis, the membrane element is similar to a long envelope-like membrane pocket, and the opening side is bonded to the product water center tube containing the opening. The plurality of membrane pockets are wound on the same product center tube so that the feed water flows from the outside of the membrane, and the liquid material is allowed to flow into the liquid material center tube through the membrane into the membrane pocket after the liquid feed pressure, In order to facilitate the flow of the product liquid in the membrane bag, in the envelope of the membrane bag is covered with a layer of liquid material flow guide fabric layer; in order to make the liquid evenly through the membrane surface and to the liquid flow to disturb, In the film bag and the membrane between the liquid to the material channel is covered with a barrier layer. The volume of the membrane-type reverse osmosis element is different from the conventional filtration flow direction, and the liquid material is introduced from the end of the membrane element and flows in the direction parallel to the membrane surface. The separated product water is perpendicular to the membrane surface. Membrane into the product water film bag, therefore, to form a vertical, horizontal cross the flow of each other. The particulate matter in the liquid material remains in the liquid (gradually formed in concentrated water) and is taken away by the horizontal liquid stream. If the liquid flux of the membrane element is too large or the recovery is too high (refer to the excess Guidelines), the greater the likelihood that salt and colloids will remain on the membrane surface. Concentration is too high will form a concentration of polarization, colloidal particles will pollute the surface of the membrane, roll reverse osmosis membrane core tube as shown below:
卷式反渗透膜芯膜管图片
4、卷式反渗透系统：
4.Volume reverse osmosis system
反渗透系统可由单个或多个反渗透组件串联和并联，可组装成各种不同用途的大型装置。根据不同的使用目的，反渗透系统一般可分为浓缩型和分离型。根据生产规模和产品质量要求，又可以分为连续式、间歇循环式两种，并可进行不同级和段的配置。一个完整的反渗透装置，一般包括原液的预处理，反渗透膜组件、泵阀、管路及电气控制等三部分组成。
Reverse osmosis use a wide range of production scale and quality requirements vary, so the device process is also different. The reverse osmosis system can be connected in series and in parallel by single or multiple reverse osmosis components and can be assembled into a variety of different applications. According to different purposes, reverse osmosis system can be divided into concentrated and separation type. According to the scale of production and product quality requirements, but also can be divided into continuous, intermittent two, and can be different levels and sections of the configuration. A complete reverse osmosis device, generally including the preparation of liquid, reverse osmosis membrane components, valves, piping and electrical control of three parts.
1）、反渗透系统规格表：
1). RO System Parameter
型 号
| 膜材质
| 膜型号
| 过滤压力
| 过滤温度
| 过滤通量
| 主机功率
| 外形尺寸
|
GLRO-4 |
改性 聚砜
| 4040 |
≤5Mpa |
≤ 50（℃） | 0.6t/h | 4KW | 1.5/1.2/1.5 |
GLRO-9 | 4040 | 1.5t/h | 7.5KW | 3.5/1.3/1.6 | |||
GLRO-6 | 4080 | 5t/h | 11KW | 2.5/1.3/1.6 | |||
GLRO-12 | 4080 | 10t/h | 15KW | 3.5/1.5/1.8 | |||
GLRO-18 | 4080 | 15t/h | 18.5KW | 3.5/1.7/1.8 | |||
GLRO-24 | 4080 | 20t/h | 30KW | 4.5/1.8/2.2 | |||
GLRO-30 | 4080 | 25t/h | 37KW | 5.5/2.2/2.5 | |||
GLRO-40 | 4080 | 30t/h | 45KW | 5.5/2.5/2.8 |
Model | Material | Model |
Pressure | Temperature | Flux | Power | Dimension |
GLRO-4 |
modified Polysulfone | 4040 |
≤5Mpa |
≤ 50（℃） | 0.6t/h | 4KW | 1.5/1.2/1.5 |
GLRO-9 | 4040 | 1.5t/h | 7.5KW | 3.5/1.3/1.6 | |||
GLRO-6 | 4080 | 5t/h | 11KW | 2.5/1.3/1.6 | |||
GLRO-12 | 4080 | 10t/h | 15KW | 3.5/1.5/1.8 | |||
GLRO-18 | 4080 | 15t/h | 18.5KW | 3.5/1.7/1.8 | |||
GLRO-24 | 4080 | 20t/h | 30KW | 4.5/1.8/2.2 | |||
GLRO-30 | 4080 | 25t/h | 37KW | 5.5/2.2/2.5 | |||
GLRO-40 | 4080 | 30t/h | 45KW | 5.5/2.5/2.8 |
反渗透膜设备
RO System
1、概 述：
1.Overview
反渗透又称逆渗透，一种以压力差为推动力，从溶液中分离出溶剂的膜分离操作，因它和自然渗透的方向相反，故称反渗透。根据各种物料的不同渗透压，就可以使用大于渗透压的反渗透压力，达到分离、提取、纯化和浓缩的目的，即对膜一侧的料液施加压力，当压力超过它的渗透压时，溶剂会逆着自然渗透的方向作反向渗透。从而在膜的低压侧得到透过的溶剂，即渗透液；高压侧得到浓缩的溶液，即浓缩液。反渗透与其它分离过程相比，有如下优点：
As an important component of membrane technology, reverse osmosis, its components are porous asymmetric osmotic membrane, mainly used for the separation of substances in the solution of the molecular level, so that the material was graded, concentrated and purified. Reverse osmosis, also known as reverse osmosis, a pressure difference as a driving force, from the solution separation of solvent separation of the membrane operation, because it is the direction of natural infiltration and reverse, so that reverse osmosis. Depending on the osmotic pressure of the various materials, the reverse osmotic pressure greater than the osmotic pressure can be used to achieve the purpose of separation, extraction, purification and concentration, i.e., applying pressure to the liquid side of the membrane, and when the pressure exceeds its osmotic pressure , The solvent will reverse the direction of natural infiltration reverse osmosis. So that a permeated solvent, i.e., a permeated liquid, is obtained on the low pressure side of the membrane; and a concentrated solution, i.e., a concentrated liquid, is obtained on the high pressure side.
The separation of large and small molecules solute mainly depends on the porosity of the membrane, that is, the adsorption, exclusion, blocking and sieve of the membrane on the large and small molecular solutes. Sub-effect, separation of physical and chemical factors than the physical factors are more important, and membrane on both sides of the solution of the osmotic pressure difference, so the greater the pressure on both sides of the membrane, the higher the desalination rate. Reverse osmosis compared with other separation process, has the following advantages:
1）、过程在常温低压下进行，能耗低，不需加热，也无热效应及相态变化，不需加入任何其它物质即可达到分离、浓缩、纯化及分级等目的。故特别适用于：
● 热敏性物质的分离浓缩。
● 需保持原产品气味、味道、形态、颜色和营养物质物化性质的食品及生化制品的分离浓缩。
● 极稀溶质的浓缩回收。
● 恒体积恒浓度下的脱盐纯化。
2）、反渗透装置结构简单、占地面积小、所需附属设备少、安装方便、费用低、易插入已有生产工艺系统、扩大容量和增加组件容易；
3）、反渗透膜装填密度高，投资成本小，操作简单，启动时间短，易维护修理，容易自动控制，系统能耗低，生产周期短，操作维护方便，运行成本低；
4）、完全根据用户需求，确定最佳系统回收率和系统脱盐率，从而获得高浓缩倍数或高纯度的物料；
5）、核心膜元件采用世界著名品牌，品质有保障，设备外观采用卫生级不锈钢，全封闭管道式运行，现场安全卫生，满足GMP（或FDA）规范要求；
6）、控制系统通过集成数据处理，在线监控重要操作参数，随时掌握系统运行状况，更可实现自动化控制，有效降低工人劳动强度。
1), the process at room temperature and low pressure, low energy consumption, no heating, no thermal effect and phase change, without adding any other material to achieve separation, enrichment, purification and grading purposes. It is particularly suitable for:
● Separation and concentration of heat-sensitive substances.
● need to maintain the original product odor, taste, shape, color and nutrients of the physical and chemical properties of food and biochemical products separation and concentration.
Concentrated recovery of very thin solute.
● desalination under constant volume constant concentration.
2), reverse osmosis device is simple, small footprint, less ancillary equipment required, easy installation, low cost, easy to insert the existing production process system, expand the capacity and increase the components easy;
3), reverse osmosis membrane loading density is high, the investment cost is small, the operation is simple, the starting time is short, easy maintenance repair, easy automatic control, low system energy consumption, short production cycle, easy operation and maintenance,
4), according to user needs, to determine the best system recovery and system desalination rate, resulting in high concentration or high purity of the material;
5), the core membrane components using world famous brands, quality assurance, the appearance of the use of sanitary stainless steel, fully enclosed pipeline operation, on-site safety and health, to meet the GMP (or FDA) specification requirements;
6), the control system through the integration of data processing, online monitoring of important operating parameters, keep abreast of the system operating conditions, but also to achieve automatic control, effectively reduce the labor intensity of workers.
2、应用范围：
2.Application scope
由于反渗透分离技术的先进、高效和节能的特点，在各个工业领域中都得到了广泛的应用，反渗透水处理已成为当今的水处理脱盐技术，并已涉及到食品、饮料、石油、化工、电子、制药、生物、环保等领域。在海水淡化、苦咸水淡化、工业废水处理、资源回收、物料的纯化及浓缩过程取得了显著的绩效。其应用领域主要包括以下：
1）、食品、发酵液、植物提取液等，果汁饮料的预浓缩、香精回收，多肽、氨基酸、低聚糖等的浓缩及纯化；
2）、医药生化（抗生素、菌丝体、氨基酸、细胞溶胞产物、疫苗、激素、有机酸、维生素等浓缩，中药、植物提取液的浓缩、分离、提纯；
3）、饮用水、食品、医药工艺用水、市政用水、化工生产用水、发电厂用水、电子、半导体工业超纯水、集成电路清洗用水的制备；
4）、海水淡化、苦咸水脱盐、分离、提纯等处理，低浓度废水的浓缩处理，中水回用处理等。
Due to the advanced, efficient and energy-saving features of reverse osmosis separation technology, it has been widely used in various industrial fields. Reverse osmosis water treatment has become the most advanced water treatment desalination technology and has been involved in food, beverage, oil , Chemical, electronics, pharmaceutical, biological, environmental protection and other fields. In the desalination of desalination, brackish water desalination, industrial wastewater treatment, resource recovery, material purification and enrichment process has achieved remarkable results. Its application areas include the following:
1), food, fermentation broth, plant extracts, fruit juice beverage pre-concentration, flavor recovery, peptides, amino acids, oligosaccharides and other enrichment and purification;
2), pharmaceutical biochemical (antibiotics, mycelia, amino acids, cell lysates, vaccines, hormones, organic acids, vitamins and other concentrated, traditional Chinese medicine, plant extracts concentrated, separation, purification;
3), drinking water, food, pharmaceutical water, municipal water, chemical production water, power plant water, electronics, semiconductor industry, ultra-pure water, integrated circuit cleaning water preparation;
4), seawater desalination, brackish water desalination, separation, purification and other treatment, low concentration of wastewater treatment, water reuse treatment.
3、反渗透膜：
3.Roll reverse osmosis membrane
目前卷式反渗透膜是反渗透的最主要组成部分，膜元件类似一个长信封状的膜口袋，开口的一边黏结在含有开孔的产品水中心管上，使给水水流从膜的外侧流过，在给液料压力下，使淡液料通过膜进入膜口袋后汇流入产品液料中心管内，并在膜页之间设有导流层与支撑层，根据物料的不同性质，膜页之间分为宽通道与窄通道，工作压力高达5.0Mpa，具有抗压抗污染性强，不易堵塞、可长时间高效连续运行，整个工艺分离效果好，操作简单，再生性能好等特点。
The membrane reverse osmosis membrane is one of the most important forms of reverse osmosis, the membrane element is similar to a long envelope-like membrane pocket, and the opening side is bonded to the product water center tube containing the opening. The plurality of membrane pockets are wound on the same product center tube so that the feed water flows from the outside of the membrane, and the liquid material is allowed to flow into the liquid material center tube through the membrane into the membrane pocket after the liquid feed pressure, In order to facilitate the flow of the product liquid in the membrane bag, in the envelope of the membrane bag is covered with a layer of liquid material flow guide fabric layer; in order to make the liquid evenly through the membrane surface and to the liquid flow to disturb, In the film bag and the membrane between the liquid to the material channel is covered with a barrier layer. The volume of the membrane-type reverse osmosis element is different from the conventional filtration flow direction, and the liquid material is introduced from the end of the membrane element and flows in the direction parallel to the membrane surface. The separated product water is perpendicular to the membrane surface. Membrane into the product water film bag, therefore, to form a vertical, horizontal cross the flow of each other. The particulate matter in the liquid material remains in the liquid (gradually formed in concentrated water) and is taken away by the horizontal liquid stream. If the liquid flux of the membrane element is too large or the recovery is too high (refer to the excess Guidelines), the greater the likelihood that salt and colloids will remain on the membrane surface. Concentration is too high will form a concentration of polarization, colloidal particles will pollute the surface of the membrane, roll reverse osmosis membrane core tube as shown below:
卷式反渗透膜芯膜管图片
4、卷式反渗透系统：
4.Volume reverse osmosis system
反渗透系统可由单个或多个反渗透组件串联和并联，可组装成各种不同用途的大型装置。根据不同的使用目的，反渗透系统一般可分为浓缩型和分离型。根据生产规模和产品质量要求，又可以分为连续式、间歇循环式两种，并可进行不同级和段的配置。一个完整的反渗透装置，一般包括原液的预处理，反渗透膜组件、泵阀、管路及电气控制等三部分组成。
Reverse osmosis use a wide range of production scale and quality requirements vary, so the device process is also different. The reverse osmosis system can be connected in series and in parallel by single or multiple reverse osmosis components and can be assembled into a variety of different applications. According to different purposes, reverse osmosis system can be divided into concentrated and separation type. According to the scale of production and product quality requirements, but also can be divided into continuous, intermittent two, and can be different levels and sections of the configuration. A complete reverse osmosis device, generally including the preparation of liquid, reverse osmosis membrane components, valves, piping and electrical control of three parts.
1）、反渗透系统规格表：
1). RO System Parameter
型 号
| 膜材质
| 膜型号
| 过滤压力
| 过滤温度
| 过滤通量
| 主机功率
| 外形尺寸
|
GLRO-4 |
改性 聚砜
| 4040 |
≤5Mpa |
≤ 50（℃） | 0.6t/h | 4KW | 1.5/1.2/1.5 |
GLRO-9 | 4040 | 1.5t/h | 7.5KW | 3.5/1.3/1.6 | |||
GLRO-6 | 4080 | 5t/h | 11KW | 2.5/1.3/1.6 | |||
GLRO-12 | 4080 | 10t/h | 15KW | 3.5/1.5/1.8 | |||
GLRO-18 | 4080 | 15t/h | 18.5KW | 3.5/1.7/1.8 | |||
GLRO-24 | 4080 | 20t/h | 30KW | 4.5/1.8/2.2 | |||
GLRO-30 | 4080 | 25t/h | 37KW | 5.5/2.2/2.5 | |||
GLRO-40 | 4080 | 30t/h | 45KW | 5.5/2.5/2.8 |
Model | Material | Model |
Pressure | Temperature | Flux | Power | Dimension |
GLRO-4 |
modified Polysulfone | 4040 |
≤5Mpa |
≤ 50（℃） | 0.6t/h | 4KW | 1.5/1.2/1.5 |
GLRO-9 | 4040 | 1.5t/h | 7.5KW | 3.5/1.3/1.6 | |||
GLRO-6 | 4080 | 5t/h | 11KW | 2.5/1.3/1.6 | |||
GLRO-12 | 4080 | 10t/h | 15KW | 3.5/1.5/1.8 | |||
GLRO-18 | 4080 | 15t/h | 18.5KW | 3.5/1.7/1.8 | |||
GLRO-24 | 4080 | 20t/h | 30KW | 4.5/1.8/2.2 | |||
GLRO-30 | 4080 | 25t/h | 37KW | 5.5/2.2/2.5 | |||
GLRO-40 | 4080 | 30t/h | 45KW | 5.5/2.5/2.8 |
