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But with foreign countries, the information management system, industry standards and professional supervision institution as compared with domestic in risk management, there are a lot of problems: （1）The related laws and regulations is not sound.
At present, many industries have corresponding professional technology level exam qualification examinations and industry.
Such as accountant from job seniority card, audit from job seniority card, construction engineers, accountants and auditors, engineers and other related qualification and professional level certificate, and certified public accountants, registered plant engineering and other professional supervision practice certificate.
But for the information of the personnel qualification requirements, professional skills to identify and relevant supervision industry practice requirements are not standard, is still in the explorative.
Because the supervision industry informatization employees professional level is low; The information of the authorities in charge of supervision industry is not clear, have a plenty of science, have a plenty of work in the letter hall, chaos; Supervision company service effect is not obvious, the sense of responsibility, coordination ability is poor, professional morality low, appear even and joint deceive the phenomenon of the manufacturer.

Defects on some of them and unfortunately even accidents of some cases of bridge objects, mainly recently published by media, related to corrosion of prestressed reinforcement awoke interest of both professional and wide non-professional public related to its durability.
Recent breakdowns of some bridge buildings related to reinforcement corrosion steered attention of mainly wider professional public towards points of issue of corrosion of prestressing reinforcement and at the same its anti-corrosion protection [2], [3].
Defects and Breakdowns An important impulse that attracted the attention of not only professional public to the issue of corrosion of steel prestressing cables, appeared in relation to an unfortunate collapse of the footbridge over Vltava river in Prague.
Penetrating water in some cases also evidently migrated in the core or on the surface of wires of PSC tendons, pouring down by gravitation in the direction of longitudinal slope of the bridge deck.
Humidity condition in ducts and slots of the footbridge in Troja was for sure affected by floods during which the footbridge twice fully disappeared under the water.

At the same time, unit of choose and employ persons (such as large architectural design institute, construction units[4], foreign capital steel structure company, scientific research institute and so on) for graduates in the steel structure of the professional knowledge and ability to have, but also put forward more and more high demands that students not only possess solid steel structure of professional knowledge, also have strong practice ability and innovation ability.
In order to adapt to the present society on the steel structure application talents, have to steel structure teaching contents updates, expansion, to the teaching method, teaching means, teaching mode innovation, make full use of multimedia and network, computer, entity model of the modern education technology, to improve the teaching effect and quality of teaching, to expand the scale of teaching, train a solid grasp of professional knowledge and has strong ability of innovation talents to meet the market demand.
Steel structure enterprise need time, a lot of universities train a large number of professional talents, steel structure steel structure of school adjustment must also put forward in great demand.
Teaching content reform As a major professional course of a civil engineering undergraduate, steel structure course should make some adjustment in order to adapt to the needs of the market.
China water conservancy and hydropower press, 2009. .

In addition, a solar water heating system is applied to satisfy residents’ need for hot water, and a rainwater collecting & reuse system is also applied to reduce water consumption and provide water for the landscape’s on site.
In general cases and in the case studied in this paper, the building users are basically not professionals at architecture or building engineering, so they are not supposed to understand sustainable architecture principles or sustainable building technologies.
Function of the 3rd level of SAIS is designed to meet the needs of the users who possess building professional background or would be willing to learn more professional knowledge of sustainable buildings.
Conclusion This paper introduces a sustainable architectural design projects that are of interests in two aspects: First, it applies an integrated sustainable architecture design methods, which specifically contains the design for wind pressure ventilation, thermal pressure ventilation, sun-shading, solar energy usage and rain water collection.

The Architecture Design professionals mainly focus on the fields of architecture, structure, watering, electricity and heating.
There is a lack of professionals in the field of designing intelligence system for the intelligent building.
According to the professional quality survey over 1700 technical staffs in 23 hotels which owned by the Beijing Tourism Administration, most of the technical personnel are empirical or diverted from other industries.
Intelligent systems and other equipments are required regular professional maintenance, damaged and aging devices and equipments should be replaced in time to avoid accident.

Environmental inspection behavior culture is consisted of behavior regulation and professional courtesy.
Professional courtesy includes professional image, office etiquette, and emotional control.
By usage of rules like “Water Bottle Rule”and “catfish effect” to achieve the aim of sustainable development of environmental inspection team.
It is a good publicity for professional personnel to notice importance and risk of their responsibility.
The training system contains theoretical and professional training, law enforcement training program and military training.

The second chapter highlights advancements in membrane design and synthesis, and their application in water purification and wastewater treatment.
We hope that this special edition will serve as a meaningful resource for academics, professionals, and students, fostering new ideas and advancements across the mentioned dynamic fields of study.

Gulshin2,b 1 Professor of the Department Wastewater and water ecology, Federal State Educational Institution of High Professional Education ‘Moscow State University of Civil Engineering’ (MGSU), 129337, Russia, Moscow, Yaroslavskoe shosse, 26 2 Employee of the Department Wastewater and water ecology, Federal State Educational Institution of High Professional Education ‘Moscow State University of Civil Engineering’ (MGSU), 129337, Russia, Moscow, Yaroslavskoe shosse, 26 aGoginaES@mgsu.ru, b Gulshin-dii@yandex.ru Keywords: Wastewater, ecology, treatment plants reconstruction, deep biological wastewater treatment, nitrification, denitrification.
The paper investigates the optimal parameters of the single-sludge denitri-nitrification system and their compliance with the existing wastewater treatment plants in Russia Ecological status of water resources is causing great concerns of the population of the Russian Federation.
The pollution of fresh water – rivers and lakes – is a result of the dumping of wastewater.
Water supply and sewerage. (2011). 3. pp. 44-53

Professionals can instruct the aerated concrete masonry project and set specifications on building construction, construction technology and interfacial treatment.
Fig. 2 shows the water absorption of aerated concrete A,B,C immersed in water for different time period.
The water absorption of aerated concrete C is apparently lower than that of A and B, especially the earlier period water absorption, which decreased significantly.
The problem of wall cracking can be solved by using aerated concrete with low water absorption.
The variation of distances between nails in Wall 3 is relatively smaller, it indicates that the water absorption and shrinkage of aerated concrete in Wall 3 is smaller, that is, the lower the water absorption of the aerated concrete is, the smaller the water absorption and shrinkage are.

Abstract: The influence of inlet structure which is the tangent and Spiral on water-coal separation in a Hydrocyclone is simulated by CFD in this paper.
The structure of inlet is the key factor of water-coal separation efficiency.
Compared with the standard k-model, the RNG k-model is better in the simulation of high strain rate and streamlines the large bending degree of water flow in hydrocyclone due to the consideration of rotating machine swirl flow condition in average flow.
Now engaged in professional mechanical professional teaching and research work.
The Research Water Coal Separation Hydrocyclone, Coal Mine Machinery, Vol.34, No4, 2013, 41-42