Implementation Grant Funding Opportunity Open
IMPORTANT: The grant program operates on a rolling basis and applications may be submitted at any time, with quarterly reviews.
Learn More
Implementation Grant Funding Opportunity Open
Qualifying* small and medium-sized US manufacturers, that received IAC or Combined Heat and Power Technical Assistance Partnership assessments between 2018 and 2024, can now apply for grants for implementation of assessment recommendations up 50% of qualifying* project costs with a maximum of $300,000 per manufacturer.
IMPORTANT: The grant program now operates on a rolling basis and applications may be submitted at any time through the year, with quarterly reviews.
*See Full Grant Solicitation for full qualification and selection details.
1,246
matching recommendations| ARC | 2.262 | Chillers and Refrigeration |
|---|
| Row Colors Legend |
|---|
| no implementation information |
| Implemented |
| NOT Implemented |
| ID | # | Year | Products | Savings | Cost | Status |
|---|---|---|---|---|---|---|
| SF0399 # 08 Y:2011 | 08 | 2011 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $31,982 | $112,500 | Not Implemented |
| GT0882 # 03 Y:2011 | 03 | 2011 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $28,143 | $70,000 | Not Implemented |
| DL0070 # 06 Y:2011 | 06 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $104,177 | $157,000 | Implemented |
| TT0065 # 08 Y:2011 | 08 | 2011 | CHILL WATER TO THE HIGHEST TEMPERATURE POSSIBLE | $20,800 | $22,000 | Not Implemented |
| UD0836 # 10 Y:2011 | 10 | 2011 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $6,389 | $10,000 | Not Implemented |
| UW0049 # 02 Y:2011 | 02 | 2011 | CHILL WATER TO THE HIGHEST TEMPERATURE POSSIBLE | $9,443 | $7,200 | Implemented |
| GT0880 # 04 Y:2011 | 04 | 2011 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $75,872 | $100,115 | Implemented |
| SF0395 # 10 Y:2011 | 10 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $4,772 | $18,000 | Implemented |
| MI0207 # 02 Y:2011 | 02 | 2011 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $76,417 | $150,000 | Not Implemented |
| TT0062 # 09 Y:2011 | 09 | 2011 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $23,000 | $50,000 | Not Implemented |
| WV0423 # 09 Y:2011 | 09 | 2011 | CHILL WATER TO THE HIGHEST TEMPERATURE POSSIBLE | $343 | $177 | Implemented |
| WV0423 # 08 Y:2011 | 08 | 2011 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $428 | $183 | Implemented |
| SF0393 # 05 Y:2011 | 05 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $153,800 | $220,659 | Not Implemented |
| GT0879 # 06 Y:2011 | 06 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $339,042 | $1,340,000 | Not Implemented |
| OK0804 # 02 Y:2011 | 02 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $64,961 | $238,050 | Not Implemented |
| IA0462 # 04 Y:2011 | 04 | 2011 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $59,656 | $20,000 | Not Implemented |
| SD0432 # 06 Y:2011 | 06 | 2011 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $3,408 | $8,000 | Not Implemented |
| OR0565 # 01 Y:2011 | 01 | 2011 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $14,900 | $9,340 | Implemented |
| UD0828 # 14 Y:2010 | 14 | 2010 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $11,308 | $25 | Not Implemented |
| UD0828 # 15 Y:2010 | 15 | 2010 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $990 | $250 | Not Implemented |
| UM0377 # 01 Y:2010 | 01 | 2010 | REPLACE EXISTING CHILLER WITH HIGH EFFICIENCY MODEL | $4,826 | $600,000 | Not Implemented |
| WV0417 # 06 Y:2010 | 06 | 2010 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $3,780 | $4,485 | Not Implemented |
| IA0458 # 08 Y:2010 | 08 | 2010 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $26,636 | $22,000 | Implemented |
| MI0196 # 01 Y:2010 | 01 | 2010 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $157,910 | $102,500 | Implemented |
| OR0561 # 05 Y:2010 | 05 | 2010 | MODIFY REFRIGERATION SYSTEM TO OPERATE AT A LOWER PRESSURE | $90,831 | $106,316 | Implemented |