Demineralized water storage tanks should be done how to preservate the depth of the sewage in a proj

For storage tanks for demineralized water, corrosion protection is very important. Here are some antiseptic recommendations:

1.Choose the right material: The material of the tank should be corrosion-resistant, such as FRP, stainless steel, etc. These materials can effectively prevent the corrosion of the storage tank by the salt water inside the tank.

2.Do a good job of surface treatment: The surface of the storage tank should be treated with anti-corrosion, such as spraying anti-corrosion paint. This can effectively prevent corrosion on the surface of the storage tank.

3.Regular inspection and maintenance: The tank should be inspected and maintained regularly to find and deal with the corrosion problems inside the tank in time to avoid the spread of corrosion.

For projects with deep sewage, the following points need to be considered:

1.Design a suitable sewage treatment system: Design a suitable sewage treatment system according to the depth and nature of the wastewater, including sewage collection, treatment and discharge, etc.

2.Choose the right sewage treatment equipment: According to the nature of the sewage and the treatment requirements, choose the appropriate sewage treatment equipment, such as aeration tank, sedimentation tank, filter, etc.

3.Do a good job of safety measures: In the process of sewage treatment, it is necessary to take safety measures, such as setting up protective railings, installing warning signs, etc., to ensure the safety of workers.

4.Regular inspection and maintenance: Sewage treatment equipment needs to be inspected and maintained regularly to find and deal with equipment failures in time to ensure the normal operation of the sewage treatment system.

It can be used for embalming.

Anticorrosive paint is a high-performance anti-corrosion system composed of epoxy zinc-rich primer and acrylic topcoat, the paint has excellent antirust performance, strong adhesion, fast drying at room temperature, high zinc powder content in the paint film, cathodic protection, this system has excellent chemical corrosion resistance and excellent weather resistance, and has high protection for the substrate.

Product Classification. According to the use, the products are divided into two types: primer and topcoat.

Scope of application. It is mainly used for steel structure roofing (indoor, wall), steel pipes, storage tanks, containers, ships, offshore platforms, seaport facilities and harsh corrosive environments.

As a veteran environmental engineering professional, I'm here to answer your questions.

What is it like to study environmental engineering?I think it's an experience of being both an engineer and a farmer. First of all, the process of learning the environment makes you feel like a farmer, and the process of learning engineering makes you feel like an engineer.

First of all, the curriculum of environmental engineering is designed as a basic course in the first and second years, and a professional course in the third and fourth years. The first thing to do in freshmen and sophomores is to understand what the environment is. In order to solve this problem, in addition to the basic courses of science, it is necessary to study geology and geomorphology, introduction to resource and environmental science, and conduct many field exercises.

Therefore, the scope of the course is very wide and the scope involved is very largeTherefore, I feel that I understand astronomy and meteorology, and I understand the soil environment. Specifically, the experience of freshman and sophomore years is to be close to natureBe able to understand a lot of laws about nature, know a lot of plants, and know what family, genus and species you need to know; You will also learn about the different soils in different regions, as well as the hydrogeological conditions in different regions. So overall it's also very interesting and interesting.

After completing the course in your freshman and sophomore year and participating in an internship, you travel to other places, and you can explain the formation of some mountains and rivers, isn't it a cool experience?

Secondly,When you enter the professional course in your junior year, your experience will be the same as that of an engineering studentThe more difficult mechanics, CAD drawings and other engineering software and experiments will come to the door, and the internship at this time has also become a garbage dump, sewage treatment plant and other factories, mainly to visit the operation status of the factory and the technical support and process behind the assembly line. At this time, you will become an engineer, with infrared spectrometers, microwave digesters, and various analytical instruments at your fingertips. This is the stage where you leave natureSettle in the laboratory.

Environmental engineering is one such major, with a wide range of knowledge but not depth, biased towards experiments rather than theory. If you study hard from freshman to junior year, you can keep the graduate schoolYou can still get a good schoolFor example, Tsinghua University, Peking University, Tongji, Beijing Normal University, South China University of Technology, Zhejiang University, etc.

If you want to decide to go to graduate school, the subjects to be taken are Mathematics I and English I, both of which are more difficult subjects in mathematics and English. The professional courses are determined according to the school you apply for, but the professional courses are not too difficult. The environmental engineering major belongs to the sunrise majorThe postgraduate entrance examination is relatively cost-effective, and the competition is not fierce.

Finally, I wish you all a happy four years of college and good memories

As a third-year student in environmental engineering, let me answer this question, in fact, the major of environmental engineering is quite interesting, now we are learning professional course knowledge, all kinds of experiments are also being carried out in an orderly manner, and we often go out for practical training, go to some places similar to sewage treatment plants, conduct field trips, and then the teacher will intersperse some theoretical knowledge in, which is really interesting.

When I first entered the school, I didn't have any concept of environmental engineering, and even thought that we would be engaged in environmental protection before graduation in the future, like the sanitation workers on the street, carrying brooms all over the street to sweep the garbage, and then with continuous learning, I realized that we are really "sweeping garbage", but not the literal sweeping of garbage, but the invention and use of high-tech means to reduce the harm caused by pollutants to the environment.

In my freshman and sophomore years, like most science and engineering majors, we learned the basics every day, including physics, mechanics, chemistry and botany, etc., as well as Mao Xuan, Ma Yuan, etc., which are essential for each major, and English is the same, and for me, English is the most difficult, because my English foundation is not good, and English in college is much more difficult than in high school, so for a while, in order to take the fourth or sixth level, I spent almost all day in the library.

And now I'm a junior, and the English class has left me, but you don't think that the third year of environmental engineering is very easy, this stage is the time to learn the most things, and it is all professional knowledge, if the teacher calls you to go out for practical training, don't be afraid of tired, because as long as practice will let you better understand its principles.

Great

Hello family, as a college student who has studied environmental engineering, I am happy to answer your questions.

Environmental engineering is undoubtedly a small major in the environmental major, and the content of the study covers both the environmental part and the engineering part. The curriculum is tight and extensivebase

Each course is equipped with a laboratory lesson. For example, inorganic chemistry and inorganic chemistry experiments, organic chemistry and organic chemistry experiments, college physics and university physics experiments, botany and botany experiments, plant physiology and plant physiology experiments, organic chemistry and organic chemistry experiments, physical chemistry and physical chemistry experiments, analytical chemistry and analytical chemistry experiments, etc., can be summarized that the content of learning is basically inseparable from mathematics, physics, biology, chemistryAmong them, biology and chemistry are the main onesFreshmen and sophomores are essentially more like repetitions of high school, so students with a good foundation in mathematics, physics and chemistry (or science) in high school will definitely not have a hard time studying and their grades are not low.

The junior and senior years began to study professional courses, and the professional courses basically began to study all kinds of mechanics and engineering, and in addition to these, there are many wastewater, waste gas, and waste residue treatment that are also part of the professional coursesAnd there are a lot of supporting experiments, which seem to me more like chemical experimentsBecause basically the labs we go to are chemistry labs

In addition to the formal spring and autumn semester study, the current majors generally have a small semester, and our school arranged the small semester in the summer for the environmental engineering major. Freshmen and sophomores explore what the environment is, usually by going to a mountain peak and climbing a mountain, identifying plants along the way, looking at the types of rocks, learning about the local geological formations, and seeing how to develop and utilize them. There is also a visit to the main rivers in the city where the school is located to learn about the following water levels, river pollution and river systems.

The last step is to go to the landfill to find out how the city's waste is sorted, how much waste is produced, how the landfill is carried out, and how the waste can be degraded or recycled.

The junior and senior semesters are basically the same as the freshmen and sophomores, but they go to more specific companies to visit, such as sewage treatment plants, and so on. Students are also asked to try to apply the engineering knowledge they learned in their junior and senior years to solve real-world problems.

In addition to daily study and internships, we also have to participate in the schoolUndergraduate Research Program (URP), itsIn fact, I found a direction that I was interested in, and contacted the supervisor by email in advance, and then entered the laboratory to do some projects under the leadership of graduate students or even doctoral students. So it's up to you how you do it.

In the end, the university is composed of in-class learning, field practice, discipline competitions, and scientific research projects for four years. I hope you can make good use of these four years and live up to your time. Thank you!

Hopefully my answer will be adopted.

As a fourth-year student majoring in environmental engineering at China Agricultural University, I can give my most sincere answer. The resource and environment major of China Agricultural University is the mainstream major of the school, so my university life should be representative of the university life of the vast majority of environmental people.

The basic courses of the environmental engineering major are generally in the early stage, including basic mathematics, physics, chemistry and biology. In the later professional courses, students will learn how to dispose of waste. Waste disposal mainly includes:

Wastewater treatment, waste gas treatment and waste residue treatment。The following will explain the four-year college life of environmental engineering majors step by step, starting from the lower grades.

In the first and second years, students will study basic courses, including advanced mathematics, line algebra, probability theory, college physics, botany, inorganic chemistry, analytical chemistry, organic chemistry, plant nutrition, plant physiology, C language programming, microeconomics, management, and other English courses and contemplative courses. Although most of these courses are based on memorization, due to the huge amount of courses, other elective courses must be taken in the first and second years of the yearSo it's normal to feel tired.

In a blink of an eye, it's summer vacation, which is the small semester. The primary semester of the environmental engineering major generally travels to the mountains and rivers to learn knowledge in nature. However, since it is summer, the weather is hot, so students should beware of heat stroke.

The internship of the freshman year went to Miaofeng Mountain, Xiaotangshan Precision Farm, Python Mountain, Baiwang Mountain and the Southern Suburbs Meteorological Observatory in Beijing for a week, the main purpose is to understand the whole picture and vegetation composition of Beijing, the assessment is a PPT plus a handwritten internship report, so the internship process needs to make a complete record of what the teacher said. (It's still tiring).

The junior and senior years studied professional courses, and although there was no pressure of elective course credits at this time, the high difficulty of professional courses also made our little nerves tense all the time. Theoretical mechanics, structural mechanics, and fluid mechanics are all in battle, and there are other pure engineering professional courses such as water supply and drainage engineeringSo sometimes a whole day in the library is a whole day

In a blink of an eye, it's summer vacation, which is the semester. In the junior semester of the senior year, I usually go to factories such as garbage treatment plants and sewage treatment plants to see how resources are reused and how to deal with the three wastes. The assignment is still PPT outside the plus**.

So to sum up, people who study environmental engineering, like thousands of other majors, need to be diligent and conscientious in order to have a good four years of college. The difference is that environmental engineering Ke Meng focuses on internships and has close contact with nature. Therefore, if you love nature, and at the same time do not reject engineering, and want to contribute to the green mountains and rivers of the motherlandWelcome to apply for the Environmental Engineering major of Resources and Environment of China Agricultural University!

Finally, I wish you all a bright future!

As a mechanical engineering student at Beijing Institute of Technology, I still know a lot about the major setting. The first thing to say is definitely our major, and for many liberal arts majors, mainly the School of Management and Economics, it is also very good, although it is a major in science and engineering schools, butThe teaching quality of the teachers is still unquestionableTarget. And there is also a setChinese and foreign accountingMajor, it is also a very good choice for some students with low grades. And this year, there is a new policy of no withdrawal and no adjustment, and a lot of them have been setInternational Class, can let everyone choose their favorite major.

Beijing Institute of Technology, as the name suggests, must be very advantageous in science and engineering majors, and our school is a national defense college, and most of the science and engineering majors will be related to the direction of national defense, so the majors related to national defense are generally worth reading. But as a faculty of management and economics, I would like to introduce the majors in the faculty of management and economics that are worth reading.

Faculty of Management and Economics Building.

Major in Information Systems and Information ManagementEveryone knows that Beijing Institute of Technology is a strong school in science and engineering, and although the major of information management is in the management college, most of the students who have attended it know that the information management major will learn a lotComputer literacy, including all kindsProgramming languages and data structuresand after taking the major of information management, you will have considerable computer skills, so we often privately joke that information management is an engineering major of the School of Management, so it is definitely worth learning information management in the School of Management and Economics of Beijing Institute of TechnologyBasic courses for economics and management majors, for example:Western economics, principles of management, and marketingetc., so this major is worth reading.

ClassroomsManagement Science and EngineeringAt the undergraduate level, Beijing Institute of Technology does not offer this major, but the management of Beijing Institute of Technology Management Science and Engineering is also a place where the college bosses gather, with strong faculty, and its students are also very good, because this major is only opened at the graduate level, and as a 985 university, the line of postgraduate entrance examination is quite high, so of course it will not be bad to be admitted. The bigwigs of this major are mainly Professor Han Botang.

International Trade Professional Practice.

Major in International Economics (International Class)., this major is divided into two at Beijing Institute of Technology, one isMajor in International Economics and **withMajor in International Economics (International Class)., international class forClasses are conducted entirely in EnglishStudents who study economics know that economics majors should study seriously, do scientific research or engage in related workEnglishIt is very important that the biggest advantage of international classes is that they are taught in English, which is basically the case for all coursesThere are many cooperation programs with many world-class universities abroad, which is very helpful and convenient for students to go abroad for exchange, go abroad for graduation**, and go abroad for graduate studies

Thanks for reading