User:Milton Beychok/Gallery3: Difference between revisions
Jump to navigation
Jump to search
imported>Milton Beychok m (→61 Images) |
imported>Milton Beychok |
||
Line 1: | Line 1: | ||
== | == 66 Images == | ||
{|class="wikitable" | {|class="wikitable" | ||
Line 66: | Line 66: | ||
|[[Image:SEGS Troughs.jpg|400px]]<BR><BR>'''Parabolic trough mirrors used in SEGS power plant'''||[[Image:SEGS Mojave.jpg|400px]]<BR><BR>'''Fields of parabolic trough mirrors in SEGS power plant in Mojave Desert''' | |[[Image:SEGS Troughs.jpg|400px]]<BR><BR>'''Parabolic trough mirrors used in SEGS power plant'''||[[Image:SEGS Mojave.jpg|400px]]<BR><BR>'''Fields of parabolic trough mirrors in SEGS power plant in Mojave Desert''' | ||
|- | |- | ||
|[[Image:Kettle-type exchanger steam generator.png|179px]]<BR><BR>'''Kettle-type heat exchanger used as a steam generator''' | |[[Image:Kettle-type exchanger steam generator.png|179px]]<BR><BR>'''Kettle-type heat exchanger used as a steam generator'''||[[Image:California fuel-fired power plant.jpg|326px]]<BR><BR>'''Two oil and gas-fired supercritical steam to electric power units at power plant in Moss Landing, California''' | ||
|} | |} |
Revision as of 14:54, 28 November 2009
66 Images
Air Quality Monitoring Station |
Coal mining methods |
RIVM headquarters building |
NAAQS nonattainment areas |
Poor air quality over Los Angeles |
Petrochemical feedstock sources |
File:Steam Cracker.jpg Steam cracker for producing ethylene |
Reliance Industries refinery in Jamnagar Gujarat, India |
Petrochemical plant in Gelsenkirchen, Germany |
Schematic flow diagram of typical hydrocracker |
Absorber in a large flue gas desulfurization unit |
Hydrocracking unit as used in petroleum refineries |
Three hydrocracker configurations. |
Diagram of a positive azeotrope |
Diagram of a negative azeotrope |
Diagram depicting how ion exchange resins work. |
Schematic diagram of a mixed-bed condensate polisher. |
View of Earth from space at an altitude of 335 km |
Structure of the Earth's atmosphere |
Temperature versus altitude within the Earth's atmosphere |
Various atmospheric lapse rates |
The chemical structure of natural zeolites |
Molecular structure model of zeolites |
Electron microscopy photo of zeolite cells |
Heats of Vaporization vs. Temperature |
Worldwide natural gas production data for 2007 |
A drilling rig in Montana |
An LNG tanker with 5 spherical LNG tanks |
A natural gas pipeling odorant injection station |
Jonah Natural gas field in Wyoming's Green River Valley]] |
Three basic forms of crude oil traps in petroleum geology |
The Lucas Gusher oil well in Spindletop, Texas. |
Depiction of steam injection for enhanced oil recovery (EOR) |
An offshore drilling platform |
An offshore drilling platform |
An offshore drilling island |
An oil well pump |
An oil well pump |
A sample of crude oil |
Boiler Avenue in Spindletop, Texas at the height of the The Texas oil boom |
Refinery in Haifa, Israel |
Sadi Carnot, the "father of thermodynamics" |
Representation of a thermodynamic system. |
Three dimensional snapshots in time of rubidium atoms being condensed into Bose-Einstein Condensate at less than 170 billionths of a degree above absolute zero |
Carnot heat engine |
Josiah Willard gibbs |
RVP apparatus for gasolines and other petroleum products having a vapor pressure of less than atmopsheric pressure |
Mollier H-S Diagram for Water-Steam |
The Nesjavellir Geothermal Power Plant in Iceland |
Diagram of Steam to Electric Power Plant |
T-S Diagram of Rankine Cycle for Steam to Electric Power |
T-H Diagram for converting water into superheated steam |
HRSG for a Combined Cycle Power Plant |
HSRGs for a Gas Turbine power plant and a Combined Cyle power plant |
Layout diagram of a Heat Recovery Steam Generator (HSRG) |
Power plant steam generator configurations |
Fire-tube boiler |
Power plant of the Tokyo Electric Power Company (TEPCO), in Yokohama , Japan, fueled with liquified natural gas (LNG) |
'B&W Longitudinal Drum, Water-Tube Boiler of early 1900s |
'Stirling Water-Tube Boiler of early 1900s |
Nuclear power plant steam generation |
Schematic flow diagram of SEGS solar power plant in Mojave Desert |
Parabolic trough mirrors used in SEGS power plant |
Fields of parabolic trough mirrors in SEGS power plant in Mojave Desert |
Kettle-type heat exchanger used as a steam generator |
Two oil and gas-fired supercritical steam to electric power units at power plant in Moss Landing, California |