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These figures show that the consumption of China's energy is in the situation of "high-carbon consumption,", coupled with the number of fossil fuels accounted for 92% of the total energy, of which the coal accounted for 68%, 78% of the production of electricity depends on the coal-fired, meanwhile, the accelerated development of the six large energy-intensive industries (energy, automobile, steel, transport, chemicals, building materials) makes China become a typical representative of the "high-carbon economy".
In 2007, the government promulgated the "National Climate Change Programmer", it makes china become the first country which develops the programs to address climate change in developing countries, simultaneously, and the program defined the objectives, basic principles, key areas and policy measures to address climate change in 2010.
Carbon Tax Regulation Design Low Carbon Economy development is a systematic engineering, which should build up social regulation system of low carbon emissions. 

Majkut: The Project of Tank Inspection Robot, Key Engineering Materials, vol. 518 (2012), p.375-383 [8] M.H.

Synthesis of crystalline ZnSe nanowires by pulsed laser deposition for application in polymer-inorganic solar cells Ju-Shui Laia, Li Chen, Xiao-Niu Fu, Jian Sun, Zhi-Feng Ying, Jia-Da Wu and Ning Xub Key Laboratory for Advanced Photonic Materials and Devices, Department of Optical Science and Engineering, Fudan University, Shanghai 200433, People’s Republic of China a082021019@fudan.edu.cn bningxu@fudan.edu.cn Keywords: ZnSe nanowires; pulsed-laser deposition; Polymer-inorganic solar cell.

Wang3 1Yellow River Conservancy Technical Institute, Kaifeng, China 2Beijing Science and Technology University, Beijing, 100083, P R China 3School of Mechanical Engineering and Automation, Northeastern University, Shenyang, China alxl3661125@126.com, bpangzirui@163.com Keywords: Vitrified wheel, CBN abrasives, Performance Abstract.
Ultra high speed wheel manufacturing technology is a key technology to ultra high speed grinding.
Because No.5# regularity of abrasive particles, angularity, and smoothness was the worst morphology, so the mechanical property of material No.5# abrasive is also the worst.
Among them, the overall performance of 4 # material over ABN200; No.1#, No.2#, No.3#, No.4# of the static strength, impact toughness and thermal shock toughness was weaker than the foreign representative is not abrasive.

State Key Laboratory of Oil and Gas Reservior Geology and Exploitation, SouthWest Petroleum University, Chengdu, Sichuan, China tlswpu@163.com KEYWORDS: Thick formation; Multistage pump-off propped fracturing; Treatment parameters optimization ABSTRACT: Based on the proppant index, a production forecast method for thick oil-bearing formation fracturing was deduced.
(4) (5) Where Rn = annual sales revenue (excluding ground rent, operating labor costs and tax charges); i = the discount rate; VH = increased production (the difference between the fracturing and no fracturing); SH = crude oil price; fr = ground rent to the total cash flow share; Fo = operating labor costs to the total cash flow share; Ft = tax charges to the total cash flow share; I = fees of fracturing materials, pumping operation and machinery.
Journal of Natural Gas Science and Engineering 14:91–107

Characterization of stainless steel and wire rope pickling sludge Fang Binbin1,3,a, Chu Zhen1,2,b , Yang Yang1,2,c , Sun Xiuyun 1,2,d , Huang Wenping 3,e, Li Xingfu 3,f, Wang Lianjun*1,2,g 1Department of Environmental Science & Engineering, Nanjing University of Science & Technology, Nanjing, Jiangsu, 210094, China 2Jiangsu Key Laboratory of Chemical Pollution Control and Resources Reuse Nanjing, Jiangsu, 210094, China 3Jiangsu Provincial Solid and Hazardous Waste Management and Registration Center Nanjing, Jiangsu, 210036, China afbb@jshb.gov.cn, bchuzhennjust@163.com, ciayangyang@126.com, dsunxyun@njust.edu.cn, ehuangwp@jshb.gov.cn, flixf@jshb.gov.cn, gwanglj@njust.edu.cn Keywords: pickling sludge; stainless steel; hazardous waste Abstract.
With more and more serious environmental problems and the rising costs of raw materials, it is imperative to find a feasible way to treat and recycle the pickling sludge.

“Sasety of Edible Agricultural Products” becomes a significant key word up to national politics and down to the life of common people, the concern degree on which has been improved unprecedentedly.
Enterprises of food manufacturing, processing, logistics, sales and consuming use this system to fill the information of raw and supplementary materials, production batch, additive, enterprise food quality inspection report, transportation and sales, etc.
Linden(1994)’A Practical Guide to Re-Engineering in the Public Sector’,Jossey-Bass Inc.pp.16-189

In Key Engineering Materials (Vol. 518, pp. 375-383) [14] Giergiel, Mariusz, et al.

Pilot Scale Study on Biological Nutrient Removal and Membrane Fouling Alleviation in Combined Membrane Bioreactor for Municipal Wastewater Treatment 1Liu Shuo, 1Wang Jifu, 2Wang Baozhen, 2Wang Bing, 2Wan Wei 1School of Geography Science, Harbin Normal University No.1, Shidanan Road, Harbin, 150025, P.R.CHINA 2School of Municipal and Environmental Engineering Harbin Institute of Technology Box 2430, No.202, Haihe Road, Harbin, 150090, P.R.CHINA 1hitls@126.com wjifu@163.com，2hitbaozhen@126.com Keywords: MBR; Biological Nutrient Removal (BNR); membrane fouling; bio-film carrier.
Materials and Methods A.Combined MBR pilot plant A schematic design diagram of the pilot-scale combined MBR is shown in Fig. 1, which consists of wastewater feed system, combined membrane bioreactor, effluent suction system, air supply system and sludge recycling system
KZCX3-SW-NA3-40) and Key Science and Technology Program of Heilongjiang Province (Grant No.

Xu LI1,a , Ji-xian YANG1,b, Fang MA1, c, Chang LIU 1, Jin-na WANG1, Ning HOU 2, Yang XU 1 1 State Key Lab of Urban Water Resource and Environment, School of Municipal and Environmental Engineering, Harbin Institute of Technology, Harbin 150090,China. 2 School of Resources and Environment, Northeast Agriculture University, Harbin 150090,China.
Materials and Methods Preparation of de-emulsification culture A Bacillus sp.