Finally, enough heat for every room

My contractor spends all day repairing the holes in the existing ducts…

A basement air duct has been repaired with a patch.
A basement air duct has been repaired with a patch.

… and adding new branches off the main heating duct.

A basement air duct has been repaired with a patch, and two new branches have been added.
An basement ceiling air duct branch ends in an elbow.
An basement ceiling air duct branch ends in an elbow.
An basement ceiling air duct branch ends in an elbow.
An basement ceiling air duct branch ends in an elbow.
An basement ceiling air duct branch ends in an elbow.

He also moves a cold air return that was improperly cut into the main return, and properly runs it through the wall and down to the floor.

A cold air return is improperly positioned in a ceiling, directly in the main duct.
A ceiling duct is repaired with a patch, and a new cold air return is added installed in a wall near the floor.

Rebuilding the HVAC has an immediate effect on the air pressure. The basement level has a much more even distribution of heat and airflow, and the main level heat and airflow is elevated to proper levels ($124.10).

Illustration of proper basement heat distribution.

Leveling the floor

My general contractor builds a new soffit in the master bathroom above the tub, and properly finishes the end wall framing, attaching it to the joists.

A large batch of self-leveling concrete is mixed ($176.54).

The surface of the existing floor (with new filled drain trenches) is prepared with a bonding agent. The self-leveling concrete is poured into the laundry room and master bathroom.

A worker pours self-leveling concrete from a bucket onto a basement floor.

My general contractor’s work is finished. But before he leaves, he points out that I have another major problem: None of the drywall was primed, and cheap paint was applied directly with a sprayer. It flakes off easily in large sheets.

I also receive an invoice for my general contractor’s labor: $3,880.00.