Use of Hydrologic Budget and Chemical Data for Ground-Water Assessment

He, Chansheng

doi:10.1061/(asce)0733-9496(1999)125:4(234)

Cited by 3 publications

(2 citation statements)

References 7 publications

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“…(2) Construction of precautionary measure modules. With the help of technologies, such as module technology and Web Service, constructions, such as J2EE and SOA, and procedures, such as business extraction and classification, module dismantling, exploitation, registration and publishment, working content, case information, and handling methods dismantled in precautionary measures, cases are exploited and filed into imputing and outputting standard modules [27]. Building a business application module base could support the management and the adaptable application of digital precautionary measures.…”

Section: Adsorption Interception Catalytic Oxidation Biodegradationmentioning

confidence: 99%

Research on the Construction and Application Mode of Digital Plans for Sudden Water Pollution Events

et al. 2022

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Water pollution is an important aspect of a national water treatment. Sudden water safety incidents are random and destructive, often bringing about huge losses of life and property. Due to the uncertainty of sudden water pollution, it is difficult to respond in a timely and rapid manner. Emergency personnel must deal with emergencies quickly and effectively to reduce the harm caused by these emergencies. The randomness and uncertainty of sudden water pollution events make emergency work more complicated; it is difficult for current emergency plans to play guiding roles in complex responses. The decision-making and use of traditional water safety procedures largely depend on the experiences of command personnel, as well as on the emergency plan, which often has poor applicability. This can result in ineffective implementation of emergency actions and use of resources stemming from the high subjectivity and low efficiency of emergency plans. In this paper, we summarize previous research on digital planning and platform component technology exploration in order to evaluate the use of sudden water safety emergency procedures. We first analyze the main problems in the construction and use of emergency plans (e.g., the lack of experience and adaptability). Secondly, based on the decision-making support platform, a digital emergency plan database for water pollution emergencies was established by using component technology and knowledge map technology. In doing so, the decision support platform could enable the rapid construction of digital plans that improve application efficiency in an actual response scenario. Finally, through the system example, this system model can be quickly matched from the plan database to the emergency plan that meets the current scenario. It is a recommended model used to provide rapid and effective assistance for emergency management and improve emergency efficiency.

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Section: Adsorption Interception Catalytic Oxidation Biodegradationmentioning

confidence: 99%

Research on the Construction and Application Mode of Digital Plans for Sudden Water Pollution Events

et al. 2022

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“…Chiew et al [2], Miles and Chamber [3], Barlo et al [4], Nayak et al [5] and Yang et al [6] have developed integrated models to assess the interaction between the surface and groundwater processes. Use of water balance techniques for estimation of groundwater potential is used by Sodhi et al [7], Chensheng He [8], Belaineh et al [9], Jin-Fa-Chem et al [10] and Manghi et al [11]. For groundwater recharge estimation in India, a well established rainfall recharge estimation methodology of the Groundwater Estimation Committee (GEC-1997) [12] has been used to estimate groundwater recharge by Sethi, et al [13], Sarojini Devi et al [14] and Khare et al [15] and [16].…”

Section: Introductionmentioning

confidence: 99%

Optimal Operation of Multipurpose Reservoir for Irrigation Planning with Conjunctive Use of Surface and Groundwater

Nikam¹,

Regulwar²

2015

JWARP

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In the present study, a Linear Programming (LP) model is developed for the conjunctive use of surface water and ground water to obtain the optimal operating policy for a multipurpose single reservoir. The objective of the present study is to maximize the net benefit from the command area under consideration. The constraints imposed on the objective function are maximum and minimum irrigation demands, reservoir storages and canal capacity. The model takes into account the continuity constraint which includes inflows in to the reservoir, releases for irrigation, releases for hydro-power generation, evaporation losses, feeder canal releases, initial and final storages in the reservoir in each time period. The developed model is applied to the case study of Jayakwadi reservoir stage-I, built across river Godavari, Maharashtra, India. Initially the model is solved for the availability of surface water which results in net benefit of 3373.45 million rupees with irrigation intensity is 57.07%. Next the model solved by considering the availability of surface water and available potential of groundwater in the area, which results in net benefits of 3590.02 million rupees with an intensity of irrigation 58.48%. The present model takes in to account the socioeconomic requirement of growing the essential crops to meet the requirement of the society. The model has also generated the canal wise optimal releases for irrigation and power, monthly utilization of groundwater, storages in the reservoir at the end of every month and corresponding head over the turbine.

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Evaluation of Sustainable Yield for a Small Rural Watershed

Park¹,

Chung²

2004

Journal of Korea Water Resources Association

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Use of Hydrologic Budget and Chemical Data for Ground-Water Assessment

Cited by 3 publications

References 7 publications

Research on the Construction and Application Mode of Digital Plans for Sudden Water Pollution Events

Research on the Construction and Application Mode of Digital Plans for Sudden Water Pollution Events

Optimal Operation of Multipurpose Reservoir for Irrigation Planning with Conjunctive Use of Surface and Groundwater

Evaluation of Sustainable Yield for a Small Rural Watershed

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