Environmental Hydrodynamics Mitigation Of Burullus Lake

PRESENTED BY : AMANINA BT MOHAMMAD ASRI NORASYIDAH BT RAMLI ZURHANIM BT AMER AZIDEN PRESENTED TO : DR. TEY LIAN SENG CEB 120002 CEB 120044 CEB 120070

Environmental maintenance and integration of health standards are a global concern every living human being must put into consideration in their day to day activities. Ideally, over 25 percent of the world’s registered deaths and reported diseases can be attributed to the inherent environmental factors which are diversified with far reaching consequences. Moreover, the contemporary interventional research outcomes on environmental sanitation around the globe depicted the benefits prioritizing of proper environmental control strategies. These appropriate environmental strategies are aimed at exposing the hazardous health-related issues that have continued to rampage humanity. Therefore, this research paper seeks to address the various environmental and societal factors affecting the health and sanitation of the inhabitants as well as understanding the environmental health standards that are in place. In addition, the paper will aim to discuss fundamental concepts in relation to the intervention techniques that are linked to the environmental sanitation globally.

Ratings for the sanitary facility are based on trafficability, risk of pollution and flooding. While PuA was identified as a possible soil that the facility could be built upon it did experience frequent flooding. Therefore, the soil LoA, would be the most ideal for the sanitary facility because it does not experience frequent flooding, though it does have the limitation dusty.

Mohamed Ismail Abdel Kareem1, Reem Hamdy A Mohammed2*, Hanan Sayed M Abozaid3, Mohamed Moneer Rayanv4, Abeer Mohamed Mohamed5 and Nihal Ahmad Fathi6

At the start of the work important physico- chemical and biological parameters were measured to know the present scenario of the lake. Among physico- chemical parameters the water temperature, transparency, total dissolved solids, dissolved oxygen, total alkalinity, pH, nitrate and phosphate were taken into consideration while in biotic factors, the qualitative and quantitative estimation of phytoplankton, zooplankton and fishes was made. The water temperature varied from 10.0 0C in January, 2007 to 23.4 0C in June, 2011. The Secchy transparency ranged between 35.0 cm during January 2007 and 410 cm during December, 2011. The total dissolved solids varied between 160 mg/ l in April, 2007 and 536 mg/ l in June, 2008. The dissolved oxygen concentration at water surface varied from 3.0 mg/ l during January, 2007 to 12.5 mg/ l during May, 2009 throughout the experiment period. The total alkalinity of lake water was found between 102 mg/ l during January, 2008 and 240 mg/ l during June, 2011. The pH of lake water varied from 6.9 in April, 2008 to 9.8 July, 2011. The nitrate was found between 0.12 mg/l

Ahmed A. Saleh1*, B. Gálik2, H. Arpášová3, M. Capcarová4, A. Kalafová4, M. Šimko2, M. Juráček2, M. Rolinec2, D. Bíro2 & A. M. Abudabos5

This report is an extension of the proposed sand and activated charcoal water filtration system for Engineers without Borders to adapt in Mayukwayukwa. The household-based, point of use system, is advantageous for its usability, cost efficiency, and lack of ongoing energy requirements however specific measures relating to economic, social and environmental sustainability have been identified to increase beneficial outcomes. Similarly, measures have been examined to adapt to the growing concern of climate change, and ensure long-term suitability.

1 Storm water treatment systems: A comparison between current and newly emerging techniques. Sahithi Donepudi 2 Contents Abstract??????????????????????????????????????????????????.. 3 Introduction????????????????????????????????????????????????.3 Literature Review?????????????????????????????????????????????.4 CURRENT TECHNIQUES FOR STORMWATER MANAGEMENT?????????????????????5 Dry Ponds?????????????????????????????????????????????????..5 Wet Ponds?????????????????????????????????????????????????.5

project report submitted in partial fulfillment of the requirement for the degree in master of sciences

The resources available to the industry are depleting, which means that alternative methods of construction need to be considered. One of the resources that the industry is exhausting in river

Azam khan a, Umair Alam a, Danish Ali a, Detlef Bahnemann b, M. Muneer a,*

Location of project: This project was carried out at Kammavari Sangham school of Engineering and Management (K.S.S.E.M), Bangalore, Karnataka, India

The scope of this project is in accordance to the function of a Wastewater Treatment Plant and that includes the design which will ensure that the effluent is based on the standards and regulations of the government which can be met with reasonable ease and cost (Qasim, 1985, p. 6). Aside from the construction of the facility, the scope of the project also looks into the different methods as to how the facility can produce quality wastewater which is safe to be disposed to the local waterways. The main priority of the project is to produce an effluent which follows the appropriate discharge requirements given by the authorities.

In the water management we must chalk out a strategy, in this way we can save

Hazaribagh is a densely populated unplanned area of Dhaka city where about 185 leather processing industries have been operating and discharging solid and liquid wastes directly to the low-lying areas, river and natural canals without proper treatment. For this unsympathetic development of the city urban living environment is deteriorating and becoming unlivable.