Abstract:
This research is intended to design an integrated engineering model for anaerobic sewage treatment. The design of the model is based on the data provided by sampling analysis which are taken from the collection well of wastewater in southern campus of college of Engineering and it came out with the selection of material used as well as the construction of the system as the easiest and best substitute of conventional type of sewage treatment applied now.
Ever since the creation of humanity, the human being realized the importance of energy for his survival so he used the elements available to produce energy, in order to do so he kept developing his life by using the different forms of energy.
The increasing demand on energy leads to continuous researches on alternative and renewable energy source. The time has changed and many energy sources have been discovered throughout the history and more may be discovered in future time.
This human effort for developing and discovering the renewable energy sources was taken into consideration in this research. The biogas produced from the anaerobic sewage treatment as a by product may be used as by product.
The final goal is to establish the project in Khartoum State to any big settlement squares.
The project is evaluated in terms of environment and cost-benefit effects. And will be fit well in a decentralized treatment and recycling of the by-products.
