4,613
matching recommendations| ID | # | Year | Description | Yearly Savings |
Implementation
Imp Cost |
Status |
|---|---|---|---|---|---|---|
| UD1144 #08 Y:2026 | 08 | 2026 | Analyze flue gas for proper air/fuel ratio | $14,941 | - |
n/a
|
| UU0307 #03 Y:2026 | 03 | 2026 | Replace boiler | $1,650 | $37,000 |
n/a
|
| WV0698 #06 Y:2026 | 06 | 2026 | Analyze flue gas for proper air/fuel ratio | $11,519 | $10,005 |
n/a
|
| WV0698 #02 Y:2026 | 02 | 2026 | Replace boiler | $60,561 | $100,249 |
n/a
|
| WV0698 #01 Y:2026 | 01 | 2026 | Replace obsolete burners with more efficient ones | $66,303 | $215,680 |
n/a
|
| IC0348 #05 Y:2026 | 05 | 2026 | Analyze flue gas for proper air/fuel ratio | $1,156 | $5,700 |
n/a
|
| DL0273 #03 Y:2026 | 03 | 2026 | Replace boiler | $6,936 | $20,000 |
n/a
|
| UU0305 #02 Y:2026 | 02 | 2026 | Replace boiler | $9,930 | $39,000 |
n/a
|
| MZ0398 #05 Y:2026 | 05 | 2026 | Analyze flue gas for proper air/fuel ratio | $6,340 | $1,000 |
n/a
|
| CI0086 #03 Y:2026 | 03 | 2026 | Replace boiler | $3,114 | $10,000 |
n/a
|
| UF0649 #02 Y:2026 | 02 | 2026 | Direct warmest air to combustion intake | $28,912 | $11,000 |
n/a
|
| UF0648 #04 Y:2026 | 04 | 2026 | Direct warmest air to combustion intake | $3,734 | $11,000 |
n/a
|
| SD0690 #13 Y:2026 | 13 | 2026 | Replace obsolete burners with more efficient ones | $6,945 | $8,300 |
n/a
|
| MZ0395 #03 Y:2026 | 03 | 2026 | Analyze flue gas for proper air/fuel ratio | $2,954 | $1,000 |
n/a
|
| CI0078 #03 Y:2026 | 03 | 2026 | Replace boiler | $13,617 | $40,000 |
n/a
|
| MUCM36 #03 Y:2026 | 03 | 2026 | Replace boiler | $5,317 | $29,813 |
n/a
|
| UU0301 #07 Y:2026 | 07 | 2026 | Use heat from boiler blowdown to preheat boiler feed water | $4,360 | $9,520 |
n/a
|
| AS0613 #02 Y:2026 | 02 | 2026 | Replace boiler | $4,953 | $7,100 |
n/a
|
| OK1167 #02 Y:2026 | 02 | 2026 | Operate boilers on high fire setting | $1,182 | $14,300 |
n/a
|
| SF0649 #03 Y:2026 | 03 | 2026 | Analyze flue gas for proper air/fuel ratio | $2,578 | - |
n/a
|