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The document prescribes mandatory instalment of solar collectors for water heating (internal use and swimming pool), but just on new structures located in coastal or capital area.
To make general idea valid in various cases (different existing single-family houses) it is, in the first step, necessary to educate professionals - auditors or advisors who will, equipped with sufficient knowledge and skills, be able to recognize individual problems and potentials for improvement.
Extended (in comparison with the current) scope of duties of professional energy auditors-advisors should be regulated on national level in both countries.
General new task for these professionals would relate to the creation of the plan of energy performance improvement for separate households, up to the achievement of energy efficiency, desirably above regulated minimum.
interior Optimal window position and size Light shelves Light pipes, wells, etc. for basement space Hybrid solar lighting Sensors Heliostat mirror systems WATER HEATING Inspection and repairs of existing water heating system Adequacy of system capacity Energy source Passive solar water heating Connection to public gas network Combined air and water heating systems (with heat recovery) Water efficient faucets Pipe insulation Bath insulation Optimal length of horizontal hot water distribution branches Solar water collectors Geothermal heat pump Heat recovery systems ELECTRIC ENERGY Inspection and repairs of existing equipment, machines and devices New energy efficient equipment, machines and devices, in line with regulations Micro turbines Photovoltaic systems Intelligent systems Energy management ADAPTATION TO CLIMATE CHANGE Risk assessment Methods for additional heat load removal Individual potential for heat energy generation Micro turbines

According to the energy professional assessed estimates, each year the ineffective domestic cooled water wasted in the whole country can reach at least more than 100 tons, which is equivalent to five medium waterworks’ year-round water yield.
Design Structure and Working Principle This system mainly consists of hot water pipe, temperature sensor, control switch, water-saving box, pressure-regulated suction device, water-mixing valve and cold water pipe.
Then through pressure-regulated suction device 5 the water in water-saving box will go into the water-mixing valve 7 meanwhile the cold water from cold water pipe 8 will go into it too.
There they will mix again with hot water from hot water pipe 12 and goes to solenoid valves 1 and 2 to go either out of shower nozzle or into water-saving box.
It makes it possible in the negative pressure area to imbibe the water in water-saving box with atm press to go into the water pipe

The treated oil–water layer can be divide in three phases: oil, oil/water transition and water phase.
Table 1 Steel corrosion rate of oil–water transition layer treated by chlorine dioxide Phase Oil Oil/water Water Corrosion Rate(mm/a) 0.0293 0.102 0.151 Standard （Less than1.0 mm/a,Class 3,SY5329-94) 1.0 1.0 1.0 Fig. 1 Steel corrosion rate of oil–water transition layer treated by chlorine dioxide As shown in Table 1 and Fig. 1, the size of corrosion rates is as the following: water phase＞oil-water transition phase＞oil phase.
Morphology of steel corrosion by treated oil-water transition layer The steel sheets were hung in the water phase, oil phase and oil/water transition phase to observe the corrosion morphology.
Oxidative Treatment of Pollutants in Waste Water.
[4] SY/I'5523-2000 Professional Standard of Petro China

Stereo monitoring and analysis on wind energy source in Chongqing Yanying Chen1, a Yangsheng You2, 3, b Yanghua Gao1,a Qin Du1, a Yunhui Tang1,a 1Chongqing Institute of Meteorological Sciences, Chongqing 401147, China 2College of Civil Engineering Chongqing University 400045, China 3 Key Laboratory of New Technology for Construction of Cities in Mountain Area( Chongqing University ), Ministry of Education, Chongqing 400030, China a chenyanying1618@163.com b youyangsheng@126.com Keywords: Wind energy resource, Professional observing tower, Complemental meteorology station, Observing wind data, Stereo monitoring Abstract: In this paper, sequential 12 months’ wind data was used which is obtained from professional observing towers and meteorological stations in Chongqing.
In this paper, the sequential 12 month wind data was used that obtained from 6 professional observing towers for wind energy resource in Chongqing that includes three 70m and one 100m towers built up by China Meteorological Administration, two 70m towers built up by Chongqing Development and Reform Commission.
Water Resour.

Therefore, to develop the university student members’ psychological skill training courses is really the important task for professional coaches and team members.
Washing the face or head water filling D.
Thus, the college students can have the powerful psychological skills just as that of the professional athletes and handle it very skillfully.
Coaches’ psychological skill professional ability: whether the coaches’ professional ability in psychological skill training decides the good or bad control for team members in their psychologies.
To Improve Badminton Professional Course Teaching Quality through Teaching Competition [J].

Each of us should use the opportunity to save water, heat and electricity.
Water saving: § Water flow as needed
§ Replace (or repair) of faulty plumbing and water supply equipment.
Saving of heat, electricity and water it's not giving up on comfort.
Refresher courses "Energy audit to improve energy efficiency and energy saving" (for professionals who already have a university degree).

RFID antenna production using ink-jet method can use water-based conductive ink.
Water-based ink composes the main conductive nano-metal particles, solvents, surfactants, stabilizers and other additives.
Outlook of Water-based Conductive Ink Printing RFID Antenna It is reported that comparing to the traditional manufacture, the cost of using water-based conductive ink printing each RFID tag can be reduced one-tenth, down to $ 0.004.
As indicated by a professional institute, the market capitalization of conductive inks will be three times as the current market by 2015.
Furthermore, the water-based conductive ink for printing RFID antenna will have broad prospect.

The increasing demand of fresh water intensifies the shortage of portable water.
Water saving facilities and Water saving calculation Water saving facilities are are listed in below table 3.
Table 8 Water consumption reduction Baseline case- annual water consumption 1070680 Gallons/year Design case- annual water consumption 681460 Gallons/year Municipal water supply 308880 Gallons/year Total annual non-potable water consumption 372580 Gallons/year Total annual water reduction 761800 Gallons/year Total annual water reducation rate 71.1 % From the above water saving result, we can see the design case has great water reduction rate, 71.1%, so we see the huge protential for water saving in the design case.
The water price for potable water is RMB 1.63, so the cost for potable water is RMB 6,606.38.The total water reducation rate is 71.1%, so the potable water cost saving in this design is RMB 4,697.14.
,s Kirk, J.S., Life Cycle Costing for Design Professionals.

The application of resistance method to measure oil saturation standard curve Since Archie discovered the rock-electric relation, many reservoir engineering professionals are using this principle in the determination of core oil saturation, but the outcome is not very ideal.
Total salinity water.
Water of three different salinity (Da Qing formation water 6778mg/L, Cnooc formation water 9374.13mg/L, and NaCl with brine salinity is 500 mg/L)under normal temperature, respectively saturates calibration core, initial resistance measurement.
The higher core saturation of water type of total salinity (I.e.the greater the salt content), the stronger conductivity of water and the smaller resistance is.
Under the same oil saturation conditions, among three chosen water types, the greater the total salinity of the water, the smaller the resistance value.

The aim is to provide a platform for researchers, engineers, academicians as well as industrial professionals from all over the world to present their research results and development activities in Advanced Materials and Engineering Technology.
,Ltd Wang Liying, Institute of Water Conservancy and Hydroelectric Power, China Zhou Liang, Donghua University, China Chenggui Zhao, Yunnan University of Finance and Economics, China Ting-Yu Chen, National Chin-Yi Universiyt of Technology, Taiwan Tzai-Tang Tsai, National Chin-Yi Universiyt of Technology, Taiwan Li-Xin GUO, Northeastern University, China Hsiang-Chuan Liu, Asia University Mostafa Shokshok, National University of Malaysia, Malaysia Ramezan ali Mahdavinejad, University of Tehran, Iran Anita Kovač Kralj, University of Maribor, Slovenia Tjamme Wiegers, Delft University of Technology, Netherlands Gang Shi, Inha University, South Korea Zengtao Chen, University of New Brunswick, Canada Co-sponsors International Frontiers of science and technology Research Association HongKong Control Engineering and Information Science Research Association