Crew framing the retaining wall around the Chemical/Electrical Building.

Digging the footing for the retaining wall of the Chemical/Electrical Building.

Excavating footings for the retaining wall of the Chemical/Electrical Building.

Excavating footings for the retaining wall of the Chemical/Electrical Building.

Excavating footings for the retaining wall of the Chemical/Electrical Building.

Excavating footings for the retaining wall of the Chemical/Electrical Building.

Crews measuring elevation to determine depth for the footing of the Chemical/Electrical Building.

Pre-excavation of the floor for the building and wall of Chemical/Electrical Building.

Pre-excavation of the floor for the building and wall of Chemical/Electrical Building.

Keyway for the retaining wall and foundation of Chemical/Electrical building.

Keyway for the retaining wall and foundation of Chemical/Electrical building.

Progress on the Chemical/Electrical Building.

Rebar and forming for the retaining walls of the Chemical/Electrical building

Rebar and forming for the retaining walls of the Chemical/Electrical building

Rebar and forming for the retaining walls of the Chemical/Electrical building

Rebar and forming for the retaining walls of the Chemical/Electrical building

Rebar and forming for the retaining walls of the Chemical/Electrical building

Rough construction of access road north of the proposed membrane building site

Rebar and forming for the retaining walls of the Chemical/Electrical building

Stripping forms from the first retaining wall pour.

Starting to set forms for the membrane building footing along the south wall line

Preparing for concrete pour for conduits. The form is a replica of what the transformer pad will look like. The distance from transformer to the electrical building is critical so the template ensures being exact.

Preparing for concrete pour for conduits. The form is a replica of what the transformer pad will look like. The distance from transformer to the electrical building is critical so the template ensures being exact.

Working under the tarp to keep concrete curing at the right temperature

Work on pedestals during the snow. There will be sixteen 10” square tube columns and five 8” square tube columns to support the overhead bridge crane and roof.

Work on pedestals during the snow. There will be sixteen 10” square tube columns and five 8” square tube columns to support the overhead bridge crane and roof.

Work on pedestals during the snow. There will be sixteen 10” square tube columns and five 8” square tube columns to support the overhead bridge crane and roof.

Work on pedestals during the snow. There will be sixteen 10” square tube columns and five 8” square tube columns to support the overhead bridge crane and roof.

Work on pedestals during the snow. There will be sixteen 10” square tube columns and five 8” square tube columns to support the overhead bridge crane and roof.

Crew installed metal plates onto the bolts to keep them in the exact location during concrete pour. Large structural steel tube columns (10” and 8” square) will mount on the shown anchor bolts at the top of the pedestals at floor level, and support the overhead bridge crane and the roof.

Retaining wall for the Electrical/Chemical Building

Retaining wall west of the Chemical/Electrical building

Retaining wall north of the proposed chemical / electrical building

Line feed pumps. The old soda ash system is being replaced with lime which will do a better job reducing hardness in the wastewater.

Outside wall of chemical electrical building

Setting the new PG&E transformer

Laying in the new electrical cable to the new transformer

Inside for new transformer

Tying into the new transformer

Electrical conduits off the news transformer for the CE building

Tying rebar at the CE building

Tying rebar at the CE building

Framing for the concrete pour

Rebar at the CE building

Concrete form at CE building

Removing forms at Chemical/Electrical Building

Conduit outside of the Chemical/Electrical Building

Conduits at the Chemical/Electrical Building

Conduits that will be under the slab in the Chemical/Electrical Building

An intricate network of rebar at the Chemical/Electrical Building

Laying brick

Constructing brick walls at Chemical/Electrical building

Constructing brick walls at Chemical/Electrical Building

Conduit at Chemical/Electrical Building