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A Mini Review of Transformation and Biosorption of Pentachloronitrobenzene HU Xinglan1, a LV Ping1,b Wang Yanguo1,c,* 1Department of Biotechnological and Environmental Engineering, Tianjin Professional College, Tianjin 300410, China a hxljane@hotmail.com , bbestman_0429@163.com, cyangguo_wang@163.com, * Corresponding author Keywords: HPLC, biotransformation of pentachloronitrobenzene, abiotic degradation Abstract.
Hakala(2007) studied the reduction of pentachloronitrobenzene (PCNB) to pentachloroaniline (PCA) in controlled studied using Fe(II) and surface water DOM isolated from Pony Lake, Antarctica, and Suwannee River, GA, in unfiltered and 0.45 μm filtered solutions.

This type of engine is fitted with the power sprayer pump of 35 kgf/cm3 operating pressure at 5.5 hp with a suction volume of t water at 32 l/min.
Table 3: Part used for low cost hydraulic engine dynamometer Equipment Quantity Gasoline engine Robin EY20D 5HP 1 Unit Power sprayer Wu – LI 5.5Hp (Pump) 1 Unit Square hollow 3” x 2” x 20” t = 2.3mm 5 Unit Rubber Mat 1.5m x 1.5m 1 Unit Rubber Stand Ø = 4” 4 Unit Bolt and Nut 12mm 30 Unit Digital RPM Meter 1 Unit 12V Electric Starter 1 Unit Perodua Kancil Engine Flywheel 1 Unit Instrument Panel 1 Unit Burette 1 litre 1 Unit Pressure Meter 100 Bar 1 Unit Pressure Meter 50 Bar 1 Unit Control Valve 1 Unit MOTEC Professional Lambda Meter 1 Unit Gasoline Hose 8mm 4 meter Result and Discussion From the experiment, data was collected and analyzed as shown in the Table 4.

This paper is to adopt under the condition of confining laboratory teaching method, the purpose is to guide the student to learn the instrument principle and operation, record data and calculation method, laboratory teaching experiment and actual engineering test method of the similarities and differences. 2) Through the rebound test concluded that the foundation soil is plastic soil, under the load, large cohesionless soil permeability, the compression process can end in a short period of time; For low permeability of cohesive soil, the soil in the water for a long time, some a few years some decades building can be completely stable.
[7] Liu Zhikui,Zhou Dan, The Teaching Practice and Experiences of 'Soil Mechanics and Foundation' Curriculum for Civil Engineering Professional Training Major, The higher education BBS - 2004, 3

Deionized water (10ml), ethanol (100 ml), and TMAOH (0.3ml) were added into a 250 ml flask.
Acknowledgement The authors acknowledge the Key Project of Chinese Ministry of Education (No208182), Shanghai Leading Academic Discipline Project (S30107), Shanghai University Development Foundation (A.10-0407-11-002), Program for Professor of Special Appointment (Eastern Scholar) at Shanghai Institutions of Higher Learning (B.39-0411-10-001), Education and Research for the Teacher Professional Development Project (B.60-B407-11-002.), and Key Subject of Shanghai Municipal Education Commission (J50102).

However, the most valued points for the government are: "perfect environment", "resources management ", water resources and green materials.
In this study, through the opinions and suggestions from experts of different professional fields, the evaluating factor will be determined if it is a factor of sustainable effect for physical environment in leisure farms.
Secondly, operators in north Taiwan stress on “water separate system” more than those in central Taiwan.
-Y., Wilkie, J., and Elimelech, M., 1997: “Arsenic Removal fromDrinking Water During Coagulation”, J.
American Water Works Assoc., 88:4:155-167.

Range Particle Algorithm Application in the Solving Inverse Problem of Line Source YU Ke-guang Institute of Engineering and Computing Zhejiang Water Conservancy and Hydropower College Hangzhou, China yukg@zjwchc.com Keywords: component; inverse problem of line source ;numerical solution; range particle algorithm (RPA); experimental analysis.
The computing platform: the operating system are Windows XP Professional Service Pack 3 and VC6.0 programming platform, the hardware are Inter (R) Pentium (R) 4 CPU 2.93GHz, 512MB RAM, the calculation result will be discussed in the following.

Architecture of Knowledge-Based Environmental Information System Expert systems is a knowledge management technology has been applied to environmental management problems as, for example, in using expert systems advising emergency response teams about how to deal with industrial accidents, in using expert systems to assist in granting hazardous waste site permits, in modeling water quality, fish stock prediction, and many other environmental engineering applications[8] .
GIS Database Environmental Database Environmental Information System User Interface User Inference Engine Explanation Facility Update Facility Knowledge Base Knowledge Acquisition Expert Fig.1 Architecture of knowledge-based environment information system The expert is the person that has professional knowledge in a wetland certain domain.

The lights increased in number and they achieved the high degree of professional proficiency in the function, style, structure, decoration and manufacturing techniques.
The birds in the sky, the animals on the land, the fish in the water, except the various personal figures, were all used by the light artisans as the design models, which were very lifelike and superb.

According to the essential characteristics of these factors, people scientifically determine the construction area, design rational building types according to local conditions, use construction materials less interference on the surrounding ecological environment, reduce the destruction and pollution of water resources, consider the full range of architectural landscaping and reduce energy consumption, so that minimize the impact of natural factors brought by these buildings.
In solar building design, architect play a commanding role in coordinating the various professional parts, playing to their strengths and combine the building design and solar energy application technology organically; application of solar technology in architecture and urban planning can have a perfect balance of aesthetics and technology, achieving a relatively sound ecological building system.

The system has done weights distribution on five a assessment content, that energy and atmosphere accounted for 27%, and indoor environment quality accounted for 23%, and can continued of venues design accounted for 22%, and raw materials and resources for 20%, and efficient use of water resources in the 8%.
The qualitative description of indicators: General requirements for expert or an experienced professional, user-experience to judge then algorithm of the fuzzy comprehensive evaluation of processing, such high and low scores are not based on targets more difficult to judge, but according to energy, the environment, the ecological impact of scoring.