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33:21 Lecture 4 Civil Components Lecture 4 Civil Components	Lecture 4 Civil Components David Williams describes typical approaches used for the major civil engineering elements of a hydro scheme, including a walk through of the construction of a scheme. hydropower civil engineering pipe water river channel powerhouse pipeline scheme intake turbine screen flow components bay requirements access hand bottom construction fish weir From Gareth Harrison on September 25th, 2020 0 likes 54 plays 0 Course Code SCEE11014 Publisher Gareth Harrison Licence Type Creative Commons - Attribution Non Commercial No Derivatives Language English Date Created September 25th, 2020
31:29 Lecture 3 Water Turbine Selection Lecture 3 Water Turbine Selection	Lecture 3 Water Turbine Selection David Williams describes water turbines and how to select them. hydropower hydropower turbine selection turbine runner speed water flow turbines types range francis spear control inlet unit impulse guide operation valve units rate From Gareth Harrison on September 23rd, 2020 0 likes 55 plays 0 Course Code SCEE11014 Publisher Gareth Harrison Licence Type Creative Commons - Attribution Non Commercial No Derivatives Language English Date Created September 23rd, 2020
17:36 Lecture 2 Hydrology Lecture 2 Hydrology	Lecture 2 Hydrology David Williams provides a short lecture on hydrological considerations. hydropower hydrology catchment flow curve duration river rainfall rate turbine characteristics station hydrograph evapotranspiration geology point losses power gaging areas accidents flows From Gareth Harrison on September 22nd, 2020 0 likes 79 plays 0 Course Code SCEE11014 Publisher Gareth Harrison Licence Type Creative Commons - Attribution Non Commercial No Derivatives Language English Date Created September 22nd, 2020
09:57 Lecture 1 Introduction Lecture 1 Introduction	Lecture 1 Introduction Professor David Williams provides a short introduction to hydropower. hydropower introduction water river scheme intake storage power pipeline powerhouse turbine hydro channel components connection flow race tail pipe grid energy times From Gareth Harrison on September 21st, 2020 0 likes 44 plays 0 Course Code SCEE11014 Publisher Gareth Harrison Licence Type Creative Commons - Attribution Non Commercial No Derivatives Language English Date Created September 21st, 2020
04:38 3.5 - Pre-combustion capture 3.5 - Pre-combustion capture	3.5 - Pre-combustion capture Mitigating Climate Change - Carbon Capture Storage inorganic solvents solutions process chemical engineering physical chemistry solvents fuels atmospheric thermodynamics hydrogen fossil fuels oxygen carbon dioxide chemical reactions dioxide combustion steam methane phases of matter fluid dynamics consist electricity mixture caption complete natural resources chemistry effects conventional thermodynamics fire energy solvent compression concepts in physics produce carbon capture and storage climate change turbine fuel gas synthetic fuel technologies pressure technology soil contamination carbon oxides high pressure turbines sheaffer monoxide nonmetals greenhouse gases capture separation openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 24 plays 0 Licence Type Creative Commons - Attribution

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Search for tag: "turbine"

Lecture 4 Civil Components

Lecture 3 Water Turbine Selection

Lecture 2 Hydrology

Lecture 1 Introduction

3.5 - Pre-combustion capture

the university of edinburgh