Latin American and Caribbean Consortium of Engineering Institutions

 

ConferenceTrack:  Sustainable Engineering

Keywords:         Water Quality, Reservoir, Panama, ERDC, Panama Canal

Contact Title::    Dr.

Contact First Name: Billy

Contact Last Name:  Johnson

University:       U.S. Army Corps of Engineers Research and Development Center

Web:              www.wes.army.mil

Position:         Research Civil Engineer

Country:          United States

Email:            Billy.E.Johnson@erdc.usace.army.mil

Fax:              (601) 634-3129

Paper Title: 

PANAMA CANAL - RESERVOIR WATER QUALITY EVALUATION STUDY 

Abstract: 

The Panama Canal Authority (ACP) operates the Panama Canal which connects the Atlantic and Pacific Oceans across the isthmus of Panama allowing for the passage of ocean going vessels.  The canal has a length of 80 kilometers and capable of traversing vessels up to 294 m long with maximum drafts of 12 m.  Most portions of the canal are above sea level in a man-made reservoir, Gatun Lake. The Engineer Research and Development Center (ERDC) investigated the feasibility of expanding the canal system by constructing additional reservoirs to increase water availability for navigation.  Currently, Gatun Lake and Lake Madden produce adequate quantities of water for navigation, power generation, and water supply. In the future, there is concern that an increase in the number of ships using the canal, coupled with drier conditions, could result in situations where there is inadequate water for canal operations. ERDC studied the addition of a new reservoir, Río Indio, to the west of Gatun Lake. Waters from the reservoir would be transferred via channels and a tunnel to Gatun Lake. The purpose of this study was to assess what the expected water quality would be in the proposed reservoir of the western watershed and what impacts might occur due to inter-basin water transfers from the proposed reservoir to Gatun Lake with respect to the existing water quality. This paper will discuss the modeling results and the conclusions and recommendations offered on the various scenarios simulated.

 

Mailing Address:

3505 Halls Ferry Road

Vicksburg, MS. 39180

Phone:

(601) 634-3714 

 

Authors: 

Dr. Billy E. Johnson (P)

Billy.E.Johnson@erdc.usace.army.mil

Environmental Laboratory

U.S. Army Corps of Engineers (ERDC)

 

Dr. Barry W. Bunch

Barry.W.Bunch@erdc.usace.army.mil

Environmental Laboratory

U.S. Army Corps of Engineers (ERDC)

  LACCEI Home                       Paper                   LACCEI Index