A design team comprising Sites Southwest and William J. Miller Engineers, Inc. prepared the construction drawings necessary for the repair and stabilization of twelve (12) erosion areas. Heavy machinery is being used to repair/construct three (3) modified boulder cross vane structures, 210 linear feet of grouted boulder bank protection, three (3) boulder clusters, and two (2) stormwater rundown channels with “zuni bowl” structures. Existing structures are being repaired, with additional boulders and grout where necessary to ensure long-term resiliency against flooding and erosion. Disturbed areas are to be stabilized and re-planted with native willows and cottonwood poles.
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MISCELLANEOUS - 2020
1 of 3: Geotechnical Investifation, Bureau of Reclamation, Nambe;
2 of 3: URGWOM Technical Team Winter Field Trip, Snow Survey, Santa Fe National Forest;
3 of 3: Sheet Pile Dam Installation, Acequia de los Ortiz de Nambe Diversion Dam.
completed projects
Project Name: Storm Ditch Association Diversion Dam and Discharge Area Rehabilitation
Client: Storm Ditch Association
Completion Date: June 30, 2018
William J. Miller Engineers prepared the design plans and specifications for the Storm Ditch Association Diversion Dam and Discharge Area Rehabilitation Project. The diversion structure rehabilitation work consisted of earthwork and removal of vegetation, the installation of boulder cross vane structures, headgate structures and a corrugated metal pipe. Restoration of the diversion dam consisted of final grading and the planting of vegetation in the riparian zone.
Project Name: San Ildefonso Irrigation
Client: San Ildefonso Pueblo
Completion Date: October 22, 2018
As a joint venture William J. Miller Engineers, Inc., Wolf Engineering and QPEC Engineering Corporation performed a geotechnical investication for the San Ildefonso Irrigation Project. The project work included the excavation of five test pits, physical property laboratory testine on samples taken from test pits, installation of three shallow wells for ground water level monitoring and locate and map the extent of the existing infiltration gallery located beneath the bed of the Pojoque River.