'Conserved water' presentation slideshows

Southern California Water Dialogue April 27, 2011 The Colorado River: Partnering for success Bill Hasencamp Manager, Co

Southern California Water Dialogue April 27, 2011 The Colorado River: Partnering for success Bill Hasencamp Manager, Colorado River Resources Metropolitan Water District of Southern California. Biggest Colorado Snowpack on Record. Colorado Basin Snowpack above Lake Powell.

370 views • 26 slides

205 views • 20 slides

Agricultural Water Management and Conservation Plans October 12, 2012

Agricultural Water Management and Conservation Plans October 12, 2012. Bill Fujii Water Supply and Conservation Coordinator 503 986 0887. Agricultural Water Management and Conservation Plans. Background and orientation Why do an Ag WMCP Benefits Future Energy Resources Funding.

319 views • 16 slides

Agricultural Water Management and Conservation Plans October 12, 2012

Agricultural Water Management and Conservation Plans October 12, 2012. Bill Fujii Water Supply and Conservation Coordinator 503 986 0887. Agricultural Water Management and Conservation Plans. Background and orientation Why do an Ag WMCP Benefits Future Energy Resources Funding.

286 views • 16 slides

Identifying Parties & Issues and How Negotiations bind larger groups

Identifying Parties & Issues and How Negotiations bind larger groups. Chairman Temet aguilar, pauma &Yuima/alternate Director, San Luis rey Indian Water authority. The parties & Issues.

166 views • 16 slides

Effluent Treatment Plant (ETP) Manufacturer in India

The effluent treatment plant (ETP) is a method that is used to treat the emanation coming out from many areas of the plant. The treatment of the effluent is done on the basis of the type of effluents. It provides solutions to effluent odor control, clarification, BOD reduction, phosphorous, aeration, and nitrogen removal and more. For More info: http://www.advanceequipment.co.in/effluent-treatment-plant.html

2.08k views • 8 slides

248 views • 4 slides

Binding Free Energies of Water Molecules in Protein Active Sites

W. Coul. VdW. D A s. D A r. D A w. D A tot. rms. w1. 12.1. -1.9. 0.4. -3.0. 5.9. 1.7. 0.1. w2. 8.7. -1.4. 0.4. -3.2. 5.9. -1.4. 0.4. w3. 13.4. -1.1. 0.4. -3.2. 5.9. 3.6. 0.1. UIC. w4. 14.9. -1.1. 0.4. -3.2. 5.9. 4.0. 0.4. 3+4. 22.4. 0.7. 0.8. -6.8.

89 views • 1 slides