General Objective

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 General Objective:  The study aims to reduce the contaminants present in domestic greywater by integrating a vertical-flow, modified nutrient-film technique hydroponic system planted with water spinach for utilization of the wastewater at the same time able to grow a vertical garden pecific Objective !ctivities "ersons- in-charge Output #ate$#eadlines %& #esign and construct to design and construct a gradual vertical-flow hydroponic syste m that would be able to improve the water quality of domestic greywater& 'inal #esign (ay-outing )aterials "urchasing 'abrication and !ssembly of *ydroponic ystem Testing and tart-up )ondia, +ene +ey & & #etermine the effect hydraulic loading rate on the reduction efficiency of the hydroponic system on the contaminants present in the domestic wastewater in terms of the following wastewater parameters. a&/ iological O0ygen #emand 1O#/ b&/ p* c&/ 2olor d&/ Odor 3& 4valuate the 5inetics of O# removal of water spinach in a modified nutrient film technique hydroponic system design& 6& 2ompare the final effluent characteristics with the national standards for wastewater treatment effluents& 7& #etermine the economic feasibility of constructing and application to the hydroponic wastewater treatment system to the target community& #esign "arameters:

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Transcript of General Objective

General Objective: The study aims to reduce the contaminants present in domestic greywater by integrating a vertical-flow, modified nutrient-film technique hydroponic system planted with water spinach for utilization of the wastewater at the same time able to grow a vertical gardenSpecific ObjectiveActivitiesPersons-in-chargeOutputDate/Deadlines

1. Design and construct to design and construct a gradual vertical-flow hydroponic system that would be able to improve the water quality of domestic greywater.

Final Design Lay-outingMaterials PurchasingFabrication and Assembly of Hydroponic SystemTesting and Start-up

Mondia, Rene Rey B.

2. Determine the effect hydraulic loading rate on the reduction efficiency of the hydroponic system on the contaminants present in the domestic wastewater in terms of the following wastewater parameters;a.) Biological Oxygen Demand (BOD)b.) pHc.) Colord.) Odor

3. Evaluate the kinetics of BOD removal of water spinach in a modified nutrient film technique hydroponic system design.

4. Compare the final effluent characteristics with the national standards for wastewater treatment effluents.

5. Determine the economic feasibility of constructing and application to the hydroponic wastewater treatment system to the target community.

Design Parameters: