14
matching recommendations| ID | # | Year | Description | Yearly Savings |
Implementation
Imp Cost |
Status |
|---|---|---|---|---|---|---|
| BD0349 #08 Y:2008 | 08 | 2008 | Minimize water usage | $991 | $2,300 | |
| BD0349 #07 Y:2008 | 07 | 2008 | Replace obsolete burners with more efficient ones | $128,022 | $46,000 | |
| BD0349 #06 Y:2008 | 06 | 2008 | Install turbulators | $131,143 | $8,000 | |
| BD0349 #05 Y:2008 | 05 | 2008 | Direct warmest air to combustion intake | $87,545 | $10,000 | |
| BD0349 #04 Y:2008 | 04 | 2008 | Replace boiler | $205,005 | $110,000 | |
| BD0349 #03 Y:2008 | 03 | 2008 | Reduce the pressure of compressed air to the minimum required | $3,618 | - | |
| BD0349 #02 Y:2008 | 02 | 2008 | Use most efficient type of electric motors | $38,551 | $96,150 | |
| BD0349 #01 Y:2008 | 01 | 2008 | Install occupancy sensors | $8,788 | $1,125 | |
| BD0142 #06 Y:1999 | 06 | 1999 | Re-arrange equipment layout to reduce labor costs | $2,080 | $6,500 | |
| BD0142 #05 Y:1999 | 05 | 1999 | Replace city water with recycled water via cooling tower | $1,238 | $3,500 | |
| BD0142 #04 Y:1999 | 04 | 1999 | Convert to high volume low pressure (hvlp) paint guns | $25,426 | $5,000 | |
| BD0142 #03 Y:1999 | 03 | 1999 | Reduce the pressure of compressed air to the minimum required | $141 | - | |
| BD0142 #02 Y:1999 | 02 | 1999 | Install occupancy sensors | $325 | $675 | |
| BD0142 #01 Y:1999 | 01 | 1999 | Use most efficient type of electric motors | $1,333 | $2,050 |