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Builders, developers and material providers have addressed this demand by creating approaches and technologies that minimize energy, water and main material consumption, decrease greenhouse gas emissions and sustain or enhance surrounding ecological systems and services.
As a result, guidelines and rating systems have sought to assist professionals toward selections that decrease waste as well as negative ecological impacts linked to materials by means of prescriptive requirements for such characteristics as number of recycled content, locally produced or assembled products.
By incorporating a system of components and materials that work in harmony with each other, the objective is to produce an energy-efficient, water-saving structure that has a low carbon footprint.
Prospective green building materials gains consist of healthy indoor air quality, energy efficiency, resources savings, water conservation, enhanced build environment, improved natural ecology, and long-term economic savings.

It targets clearly that we will make the energy conservation service industry annual sales grew 30% on adopting EPC mechanism and form 20 annual productions above 1 billion yuan of professional contract energy Management Company by 2015" [1].
(1) Fluid distribution equipment Fluid distribution equipment mainly refers to fan and water pump, which normally accounts for 40% ~ 75% of air conditioning energy consumption.
In EPC at present, we generally modify HVAC system by changing the appropriate fan, water pump or variable frequency regulating method.
In addition, cultivating professional technical personnel in EPC is also very important.

Accumulated snow, rainstorm and the join of branches as well as the runoff of the Erdaobai River provide necessary water source for the formation of lahars.
A rheologic classification of subaerial sediment–water flows. in: Debris Flows/Avalanches: Process, Recognition and Mitigation, editied by Costa J E, Wieczorek G E, Geological Society of America.
Geological suvey professional paper, 1447-A, Washington: United States Goverment Pringting Office (1988) [9] Kevin M S.
Geological survey professional paper, 1447-B, Washington: United States Goverment Pringting Office (1989) [10] Kevin M S, et al.
S. geological survey professional paper, 1547, Washington: United States Goverment Pringting Office (1995) [11] Castruccio A, et al.

Horizontally, information is shared with professional technicians, contractors, and PCM.
The MEP system represents the functional backbone of buildings and contains six major parts: water supply, drainage, electricity, air conditioning (AC), fire fighting, and low current.
System dysfunctions (e.g., water leakage, blockage, unpleasant odors, and dropped signals) also occur, reducing system performance.
To respond to these challenges, the construction industry must develop novel engineering methods, use innovative professional techniques, and increase research and development efforts.
Bull, Blackie Academic and Professional, Glasgow (1993)

Assessment categories and parameters COMFORT: ENERGY: ENVIRONMENT: - Daylight - Thermal Comfort - Quality of air - Energy demand - Renewable energy - Primary Energy - Environmental impact - Water consumption - Building Sustainability Each of the mentioned nine quantitative parameters split into four levels of performance (1 - 4), where 1 represents the highest performance.
Quantitative criteria for ENVIRONMENT category Environmental loads Freshwater consumption Sustainable construction - Building’s primary energy consumption during entire cycle 1. < -150 kWh/m2 x year 2. < 15 kWh/m2 x year 3. < 150 kWh/m2 x year 4. < 200 kWh/m2 x year - Minimization of freshwater consumption during building use Calculation is based on the national average water consumption per building per year 1.
The house radar can be easily understood by everybody – professionals or non-professionals – and the conclusions related to projecting, designing and managing the resources and the automatization of the installations can be directory lines for the improving the quality of the buildings.

Templates, construction site water consumption and the likes to be reused, thus reducing construction resources.
Such as the Olympic Village with floor planning and materials management information system; South to North Water Transfer Project; the Hong Kong subway project; Hangzhou Olympic Sports Center Stadium; Shanghai World Expo China Pavilion; Shanghai GM-corporate pavilion in the design, construction, operation stage have used BIM technology.
When the construction schedule prepared is unreasonable, there will be non-normal sequence of construction, a blind rush to finish certain parts, and various professional construction interfaces all happening at once.
According to the 2011 China Construction BIM applications research report shows that 39% of the respondents in the project using BIM technology, 64% of users are on the design side. [9], but few understand the BIM in the design institute, building design professionals are also involved in a number of foreign large-scale construction projects have contact with but limited contact, and to truly master BIM essence are far and few.
Through this type of management model a variety of techniques are to use so that the team’s knowledge and experience may make contributions early on in the project, and can thus allow for the construction project on whole achieve its max life cycle.Therefore, IPD is the maximum of BIM value in project management implementation mode: BIM is an integrated database from a range of information using three-dimensional projects of geometry, physics, performance, spatial relationships, and professional rules that are combined into a database, that can assist project participants from the project concept stage various types of modeling projects in support of the BIM model, analysis, and simulation work to improve the scientific decision-making. [10] IPD advantage is obvious, but to truly implement, the challenge is enormous, as these challenges include technical, administrative, legal, and cultural fronts, its thus has a long road ahead of it.

Standards and specifications requirement for the NI mechanical parts material At present, amount the nuclear power plant, including the operating , construction and proposed ones, besides the dominant pressurized water reactor(PWR), the other reactors, such as boiling water reactors, heavy water reactors, supercritical water reactor, high temperature gas cooled reactor, are also under developing.
Supercritical water reactor and high temperature gas cooled reactor adopt high temperature material and the material type adopted in the Russian reactor is according to their own specification.
In the past, the common supplier can’t supply French brand material, except the original professional manufacturers with own smelting.
For individual specifications, small quantities of nuclear material, one can find must have professional scientific research strength of small enterprises to do, on the other hand, you can also find a large iron and steel enterprises in industrial mass production, and then through the establishment of material reserve system and meet the corresponding standards of material inventory, so as to achieve a production, many times the purpose of using.
The pressurized water reactor nuclear power station nuclear island main equipment and materials and welding of [M].

The priority direction of the conference is the organization of interaction with research and educational centres of Eurasian and Asian economic unions, specifically in performing collaborative research works and training of highly qualified professionals.
Rational use of mineral and water resources. 5.

In recent years, Daqing Oilfield invested a lot of money and technology On Field of information technology, established various channels of professional data collection and processing, build a unified database of various types of professional data, achieve a unified management of the data center.
Name Code Master Code 1 Annual statistics TJND 2 Enterprises QSYDW 3 Hashtag JH YES 5 Tectonic unit name GZDYMC 6 Structural unit code GZDYDM 7 Exploration project KTXM 8 Well Category JB 9 Exploration project category KTLB 10 Location DLWZ 11 Contract Code HTQH 12 The well seismic line number JPDZCXH 13 Stake ZH 14 Measure the distance to the line DCXJL 15 Waters Location SYWZ 16 Oil and gas fields YQT 17 Local construction code JBGZDM 18 Measurement Date CLRQ 19 No survey team CLDH 20 Wellhead ordinate JKZZBX 21 Wellhead abscissa JKHZBY 22 Ground elevation DMHB 23 Wellhead longitude JKJD 24 Wellhead latitude JKWD 25 Standard pound sign code BZJHDM Log database General structure of log database shown in Table 3.

The data contents in the database can be updated by the maintenance professionals and be archived when simultaneously enter data into the database, which can reduce the amount of duplication work and ensure the data be archived timely.
Data flow classifier algorithm in the application of water quality environment [J].