Water saving technology exhibition hall
62787455
Investment in Water Saving Technology on Horticultural Farms
A long run programming model for analysing investment behaviour on perennial crop farms is formulated and applied to citrus and wine grape producing farms in the Murumbidgee Irrigation Area. Prices and technological parameters are defined exogenously, while the optimal replanting pattern of the crops and the optimal mix of irrigation techniques are determined endogenously. The model is used to examine likely investment in water saving irrigation technology at different crop prices and input costs. The results indicate that such investment is a profitable option at current water charges, particularly for those farmers with access to off farm employment However, the adoption decision will be highly sensitive to potential cost savings. Water saving technology could become more attractive under higher water charges, but only if the preferred option of farm expansion were not available. The modelling framework, which allows for control over many factors influencing perennial crop investment decisions' has applications in the analysis of the long term consequences of many policy options affecting farm yields or prices.
Thilak Mallawaarachchi N Hall Brian H Phillips
139016079
The Application of Green Water saving Technology in Shenzhen International Low Carbon City
Considering the building layout and operational characteristics of Shenzhen international low carbon city exhibition center project, a lot of green and water saving technologies were applied when designing, such as water reuse and utilization technologies, rainwater pollution reduction and closure technologies, water saving technolo gies, and so on. With the combinations of these techniques, can greatly reduce the consumption of conventional water resources, enhance the utilization of conventional water resources and reduce the emission of pollutants.
Hu Aiqin
201802148
Application of Green Building Materials in Exhibition Hall Building with Low Carbon Concept
In this paper, for the problem of energy wasting and greenhouse effect caused by global warming, we introduced the concept of low carbon design to promote the people's cognition and practice of low carbon environmental protection, displayed the advantages of exhibition hall builded with green building materials of the concept of low carbon design with entity images of lowcarbon and energy saving exhibition hall, established a design model of building exhibition hall by analying the data from index selection system of low carbon building's technology planning scheme, finaly to achive the goal of providing a more far reaching and extensive power for the future scientific and reasonable low carbon exhibition design.
Shuiying He Cui Dong
109134735
A Model of Application of Green Construction Techniques HVAC Project of China's Scientific Development Concept Exhibition Hall
Take HVAC project of China's Scientific Development Concept Exhibition Hall in Taizhou for example. Based on the rules and requirements of energy saving and using in the Green Building Evaluation Criteria, explore the green building realization model which adopts the low cost energy saving technology and minimizes the environmental pollution in the entire life cycle of the building. It is desirable that the hall, with a blend of geographical features, be a comfortable, healthy and environment friendly cultural building of international influence.
Pu Jie Huang Yi Xu
110306496
Energy saving analysis and update for S. R. Crown Hall
This article evaluates energy performance of S. R. Crown Hall and provides suggestions for optimising its energy performance and LEED certification. The goal is to find a feasible way of improving the energy saving rate based on the ASHRAE standard model, enhancing resource efficiency by making full use of on site renewable natural resources for low rise glass curtain wall buildings, and integrating LEED accredited features, simultaneously having some exploration on sustainable urban design and planning ideas. Finally, it evaluates possibilities of using alternative design schemes and innovative building technologies for updating this building, such as architectural function, building form, structure, water supply system and ventilation equipment for achieving green building goals.
Xiaoxiao Wang Xiangfeng Liu
204844889
Interrelation between Life Water Mineral and Atmosphere convener
Interrelation between Life, Water, Mineral, and Atmosphere convener:Ken Takai(Extremobiosphere Research Center, Japan Agency for Marine Earth Science &Technology) Kentaro Nakamura(Department of Systems Innovation, School of Engineering, University of Tokyo) Yuichiro Ueno(Dong Jing Gong Ye Da Xue Da Xue Yuan Di Qiu Huo Xing Ke Xue Zhuan Gong Gong Tong Yohey Suzuki(Graduate School of Science, The University of Tokyo) Mon. May 21, 2018 5:15 PM 6:30 PM Poster Hall (International Exhibition Hall7, Makuhari Messe) Life on Earth is based on a diversity of physical and chemical dynamics and processes throughout the history. Interaction between life, water, mineral (rock) and atmosphere is a key to understand co evolution of Life and Earth. It is a brief since the pioneers proposed this session almost 20 years ago. Current JpGU meeting is filled with internationaland interdisciplinary joint sessions with similar aims to this session in responding to surrounding situations of JpGU and earth science field in Japan. Conveners believe that this session has provided an excellent opportunity to discuss such interdisciplinary research results and directions for about 20 years but are also afraid if this session may complete the initial goal. It is a matter for JpGU members to decide. This is a final call whether this session will continue in future. If you need this session, you will submit abstract of your research to this session for oral presentation with your intension. If we have less than 12 abstracts for oral presentation, we will cease this session in 2018. Join to this session!
Ken Takai Takeru Omori Naotaka Tomioka Satoko Motai Yoshio Takahashi Fumito Shiraishi
216694152
Stop wasting water! Water consumption in the Students' Halls of Residence at Matyasfold of Budapest Business School
In international comparison the Carpathian Basin has had abundant freshwater resources for the last thousand years. But does this mean that Hungarians do not have to worry about saving water? Unfortunately, the climate change caused by global warming will not leave the area unaffected. Therefore, forming a conscious consumer attitude and introducing new water saving methods and technologies are essential in order to further reduce the water wastage in Hungary and save this precious natural resource for the next generations. With this intention we have decided to conduct this research about the water consumption and the water wastage among young people, namely students living in the Students' Halls of Residence at Matyasfold. The objective is to find out how wastage in the students' hall could be reduced by raising the awareness of the residents. Using more water efficient household appliances and introducing new co operation systems could be beneficial in this respect. This research also investigates the financial aspects of saving water along with other expenses related to the new household appliances as well.
Eszter Juhasz
199105544
The effect of atmospheric gravity waves on the water transport and its escape on Mars
Aqua planetology convener:Yasuhito Sekine(Department of Earth and Planetary Science, University of Tokyo) Tomohiro Usui(Earth Life Science Institute, Tokyo Institute of Technology) Hidenori Genda(Dong Jing Gong Ye Da Xue Di Qiu Sheng Ming Yan Jiu Suo Gong Tong Takazo Shibuya(Japan Agency for Marine Earth Science and Technology) Tue. May 22, 2018 5:15 PM 6:30 PM Poster Hall (International Exhibition Hall7, Makuhari Messe) This proposed session covers a wide range of topics related to aqua planetology, including chemical reactions involving water on planetary bodies, water rock reactions within planetesimals, distribution of water in the early Solar system and the origin of water on terrestrial planets, hydrological and biogeochemical processes on Earth, geochemical cycles and habitability on Mars and icy moons, exploration of water in the solar system, and theory to understand how to build a habitable aqua planet.
Hiromu Nakagawa Naoki Terada Shohei Aoki Takeshi Kuroda Yasumasa Kasaba
221338270
Irrigation System using Internet of Things
India is mainly an agricultural nation. Agricultural is the most imperative occupation for the huge majority of the Indian families. It assumes imperative part in the advancement of farming nation. In India, agriculture contributes around 16% of aggregate GDP and 10% of aggregate exports. Water is primary asset for Agriculture. Irrigation is one method to supply water but in some cases, there will be lot of water wastage. The principle goal of arduino based automatic irrigation system using IoT project is to give an automatic irrigation system there by saving money, time and power of the farmer. The customary farm land irrigation system methods require manual mediation. With the automated technology of irrigation the human mediation can be minimized. In this project, we are utilizing different sensors like temperature, humidity and soil moisture sensors that sense the different parameters of the soil. In addition, based on soil moisture value land is automatically irrigated by ON/OFF of the motor. These sensed parameters will be displayed on user mobile device.
Rudolf M Haller Parvati Kadli
205616056
Research on frequency conversion technology of metro station's ventilation and air conditioning system
Abstract Ventilation and air conditioning system (VAC) is the most energy saving potential system in the metro. This paper analyzes the passenger traffic, air conditioning load and station air supply on the initial, recent and long term phase of metro station. And it proposes that it is necessary to run chilled water pumps, air handing unit (AHU) fans and back/exhaust fans with frequency conversion technology (FCT) Then it uses the thermodynamic method to analyze the impact of running chilled water pumps with FCT. The results show that running chilled water pumps with FCT can reduce the total power consumption of system, although increases chiller energy consumption. Then the temperature and velocity fields of the platform and station hall are simulated by CFD software according to the variable air volume. And the results show that under the condition of running the VAC system with FCT, temperature and velocity fields distribution are both in the comfortable range. Finally, by taking a typical summer day for example, this paper analyzes the energy savings of chilled water pumps, AHU fans and back/exhaust fans on the initial, recent and long term phase, and the calculation results show that the respective total energy savings are 1103.4 kWh, 1064.3 kWh and 926.2 kWh, and the respective total power saving ratio is 73.4% 71.2% and 59.5%
Zhao Yang Zhuang Yu Longqing Yu Feng Ma