Hebei Shengxue Dacheng Tangshan Pharmaceutical

ADL020 one unit

Renfu Puke Pharmaceutical

ADL015 one unit

Beijing Vanhui Shuanghero Pharmaceutical

One ADH008 (stainless steel) unit

Beijing Hailian Pharmaceutical

RD0060 one unit

Majuqiao, Yujiamu, Xiji, Mulinyuan, Wenquan, and Shunyi Water Plant in Beijing

6 units of RD0010, 2 units of RD0100

Nagin Water Plant, Tibet

RD0010 2 units

Yining Water Plant, Xinjiang

RD0020 2 units

Nanjing Jiangning Water Plant, Chengdong, Binjiang, Nanqu Three Water Plants

RD0010 6 units, RD0030 2 units, RD0040 4 units

Daya Bay and Hengling Water Plants in Shenzhen

RD0030 2 units, RD0080 2 units

Zhengzhou Water Supply Company's Shiyuan, Baimiao, Liuwan, Luodong, and Hangkonggang water plants

RD0010 3 units, RD0020 4 units, RD0030 3 units

Shanghai Bailonggang and Jinshan Waterworks

RD0010 8 units, RD0020 2 units

Precautions for the use of adsorption dryer accessories

The oil content of the inlet air of the adsorption dryer should be controlled below 0.01PPM. Since oil-free air compressors cannot be truly oil-free, a degreaser needs to be installed at the inlet of the dryer to prevent the accumulation of trace amounts of oil in the adsorption bed of the dryer's components (this accumulation is very rapid). Regenerative dryers should be used at their rated temperature and pressure.

Some related knowledge about adsorption dryer accessories

In our daily lives, adsorption dryer accessories are not uncommon. They play many roles in mechanical production. Let's talk about some related knowledge of adsorption dryer accessories.

The working principle of adsorption dryer accessories

Adsorption dryers achieve drying by "pressure swing", and adsorption dryer accessories play a vital role in this process.

Working principle of a zero-purge regenerative adsorption dryer?

The types of energy-saving regenerative adsorption dryers are also increasing. It is recommended that you clarify your actual needs when purchasing one. Below, we will discuss its uses. If you want to know more, please read on. It may be helpful to you in the future.

Basic introduction to zero-air-consumption regenerative adsorption dryers

With the rapid development of society, many new types of dryers have emerged on the market, among which the energy-saving regenerative adsorption dryer is a relatively easy-to-use one. In order to familiarize more people with it, let's introduce some information about aluminum-magnesium-manganese plates. If you are interested in this issue, let's take a look together, hoping that you won't feel unfamiliar with it when you see it again in the future.

What are the advantages of a zero-purge regenerative adsorption dryer?

The future of the desiccant air dryer industry is bright, as it offers numerous benefits to businesses, making it very popular with customers. To help everyone become more familiar with it, let's discuss its advantages. Hopefully, this will be helpful to many.

What is the working principle of a zero-emission regenerative adsorption dryer?

With the continuous improvement of industrial level, gas-free regenerative adsorption dryers have been widely used in the market. Do you know its working principle? What is the basic workflow? The working principle of gas-free regenerative adsorption dryer. If you want to know more about it, you can take a look.

What are the adsorption methods for a zero-emission regenerative adsorption dryer?

As a crucial component in the compressed air purification process, the proper and efficient operation of a heatless adsorption dryer directly impacts the quality of the compressed air. Therefore, businesses should pay attention to minor issues that may arise during the operation of the adsorption dryer. The following will mainly introduce the adsorption mode of the heatless regenerative adsorption dryer.

Why are desiccant regenerative adsorption dryers energy-efficient?

A desiccant dryer can only be used when a lower dew point temperature is required. Depending on the regeneration method, it can be classified into non-heat regeneration type, micro-heat regeneration type, fan heating regeneration type, and compressed heat regeneration type.

What are the drying purposes and advantages of a zero-air-consumption regenerative adsorption dryer?

Currently, the waste gas from the regeneration process of existing heat recovery adsorption dryers is directly discharged. This waste gas contains a certain amount of thermal energy. Direct discharge not only wastes energy but also exacerbates the greenhouse effect and damages the environment. Addressing the shortcomings of current dryers where waste gas from the regeneration process is directly discharged into the atmosphere—wasting energy and harming the environment—this invention provides a new type of adsorption dryer with a zero-gas-consumption regeneration process.

What are the working principles of the two models of the zero-air-consumption regenerative adsorption dryers?

There are two types of regenerative adsorption dryers: water-cooled and air-cooled. Water-cooled blower principle: 1. When using a zero-purge dryer, the heat from the regeneration tower is used together with a water-cooled heat exchanger to lower the temperature. After the heat cycle, a series of valves are opened or closed to form a closed cooling circuit for the blower;

What are some easily overlooked factors concerning desiccant regenerative adsorption dryers?

A desiccant regenerative adsorption dryer integrates refrigeration, vacuum, heat transfer oil heating, and dehumidification systems into a single, innovative unit. Its operation, however, involves several relevant issues, which we will briefly introduce here.

Maintenance and maintenance points of a zero-air consumption regenerative adsorption dryer?

The zero-air-consumption regenerative adsorption dryer utilizes chemical engineering technology. Its working principle involves using the difference in volume between water molecules and air molecules to filter saturated water vapor from compressed air using gas purification molecular sieves. To prolong its service life, here are some maintenance tips.

What are the features and characteristics of a zero-air-consumption regenerative adsorption dryer?

The desiccant regenerative adsorption dryer uses advanced chemical technology. Its principle is to utilize the difference in volume between water and air molecules, passing saturated compressed air through a gas purification molecular sieve filter. This allows water molecules to be easily adsorbed into the molecular sieve particles, then regenerated to restore the molecular sieve, easily achieving a compressed air dew point of -40°C.

You won't know until you try it. The zero-energy regeneration adsorption dryer is very energy efficient!

A zero-purge regenerative adsorption dryer uses approximately 15% of the finished gas to purge and regenerate the adsorbent in the regeneration tower. Its advantages are simple structure and easy maintenance; its disadvantages are high gas consumption, high energy grade, small effective gas supply, and sometimes unstable dew point.

Simple analysis of the advantages, disadvantages and energy consumption of micro-heat and zero-energy gas regeneration adsorption dryers

Adsorption dryers can be roughly divided into three types based on the regeneration method and temperature of the adsorbent: those that regenerate without consuming gas, those that use heating, and those that use slight heating. Today, this article briefly introduces the advantages, disadvantages, and energy consumption comparison of slightly heated and gas-free regeneration adsorption dryers.

A brief overview of the application status and energy-saving and emission-reduction trends of adsorption dryers without energy consumption

Currently, the power consumption of various compressors in use in China accounts for nearly 10% of the country's total power generation. The accompanying gas-saving regenerative adsorption dryers mainly use non-thermal regeneration and micro-thermal regeneration, with regeneration energy consumption as high as 15%~20%. Energy-saving blowers and compression heat dryers, which have been vigorously promoted in recent years, also have certain application limitations and need to be improved and modified according to different regions and uses. In order to further pursue energy saving and emission reduction, some new technologies and processes have been developed and applied, such as zero emission.

Some small knowledge points about adsorption dryers with energy-efficient regeneration?

The application of regenerative adsorption dryers without air consumption is very wide. With the development of science and technology, its types are diverse, and it has many advantages when used. Because many netizens often consult its relevant knowledge points online, as a manufacturer, we naturally want to give you a brief introduction. If you want to know, please take a look.

Applications in low-temperature compressed air generation

In some cases, users require low-temperature compressed air, such as for simulating high-altitude air environments, which requires -55℃ compressed air.

Composition and equipment layout of the compressed air station

Compressed air pipelines shall meet the user's requirements for compressed air flow rate, pressure, and quality. Future development needs should also be considered.

Compressed air piping in the compressed air station

Compressed air pipelines should meet user requirements for compressed air flow rate, pressure, and quality. Future development needs should also be considered.

Civil works for compressed air station

The height of the bottom chord of the roof truss or the bottom of the beam in the compressed air station machine room should meet the requirements of equipment disassembly, lifting and ventilation, and its net height should not be less than 4m.

Water supply and drainage for compressed air stations

The production water supply for the compressed air station should use a single water supply, as interruption of compressed air supply would cause significant losses.

Electrical, thermal, and measuring instruments and protective devices for compressed air stations

The power load level of the compressed air station should be implemented in accordance with the load level regulations of the current national standard "Design Code for Power Supply and Distribution Systems" (GB50052), based on the importance of compressed air usage by users. Except for those where interruption of compressed air would cause significant losses, it should be a Class 3 load.

Heating and ventilation of compressed air stations

The heating temperature in the compressed air station machinery room should not be lower than 15℃, and the temperature in the machinery room during non-working hours should not be lower than 5℃.

Layout of compressed air station

The placement of compressed air stations in plants (mines) should be determined based on the following factors after technical and economic comparison:

Application examples of compressed air in LCD production

The compressed air in all compressed air systems comes from the atmosphere, which contains a large amount of dust, water vapor, uncombusted hydrocarbons, and bacteria.

Problems caused by compressed air contamination

All compressed air in compressed air systems comes from the atmosphere, which contains large amounts of dust, water vapor, unburned hydrocarbons, and bacteria.

Introduction to Applicable Industries for Compressed Air Drying Equipment

Where compressed air is used as a power source in industrial and mining enterprises, it should be dried where possible.