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.
1,375
matching recommendationsSIC | 2026 | Fluid Milk |
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Row Colors Legend |
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no implementation information |
Implemented |
NOT Implemented |
ID | # | Year | Products | Savings | Cost | Status |
---|---|---|---|---|---|---|
AR0017 # 01 Y:1994 | 01 | 1994 | INSULATE BARE EQUIPMENT | $34,041 | $3,140 | Implemented |
AR0017 # 02 Y:1994 | 02 | 1994 | UTILIZE ENERGY-EFFICIENT BELTS AND OTHER IMPROVED MECHANISMS | $7,002 | $988 | Implemented |
AR0017 # 03 Y:1994 | 03 | 1994 | USE MOST EFFICIENT TYPE OF ELECTRIC MOTORS | $6,208 | $9,070 | Implemented |
AR0017 # 04 Y:1994 | 04 | 1994 | INSTALL COMPRESSOR AIR INTAKES IN COOLEST LOCATIONS | $1,786 | $100 | Implemented |
AR0017 # 05 Y:1994 | 05 | 1994 | USE A FOSSIL FUEL ENGINE TO COGENERATE ELECTRICITY OR MOTIVE POWER; AND UTILIZE HEAT | $113,613 | $70,000 | Not Implemented |
AR0017 # 06 Y:1994 | 06 | 1994 | UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS | $3,302 | $802 | Implemented |
AS0112 # 01 Y:1994 | 01 | 1994 | UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS | $11,087 | $15,256 | Implemented |
AS0112 # 02 Y:1994 | 02 | 1994 | UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS | $14,310 | $37,932 | Implemented |
AS0112 # 03 Y:1994 | 03 | 1994 | UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS | $4,174 | $9,280 | Not Implemented |
AS0112 # 04 Y:1994 | 04 | 1994 | INSTALL OCCUPANCY SENSORS | $1,508 | $525 | Not Implemented |
AS0112 # 05 Y:1994 | 05 | 1994 | USE PHOTOCELL CONTROLS | $1,035 | $400 | Implemented |
AS0112 # 06 Y:1994 | 06 | 1994 | ANALYZE FLUE GAS FOR PROPER AIR/FUEL RATIO | $1,694 | $4,000 | Implemented |
AS0112 # 07 Y:1994 | 07 | 1994 | USE WASTE HEAT FROM HOT FLUE GASES TO PREHEAT | $4,941 | $16,000 | Not Implemented |
AS0112 # 08 Y:1994 | 08 | 1994 | USE HEAT FROM BOILER BLOWDOWN TO PREHEAT BOILER FEED WATER | $2,341 | $7,000 | Implemented |
AS0112 # 09 Y:1994 | 09 | 1994 | REPAIR AND ELIMINATE STEAM LEAKS | $305 | $400 | Implemented |
AS0112 # 10 Y:1994 | 10 | 1994 | ELIMINATE LEAKS IN INERT GAS AND COMPRESSED AIR LINES/ VALVES | $2,970 | $700 | Implemented |
AS0112 # 11 Y:1994 | 11 | 1994 | REDUCE THE PRESSURE OF COMPRESSED AIR TO THE MINIMUM REQUIRED | $1,886 | $0 | Not Implemented |
AS0112 # 12 Y:1994 | 12 | 1994 | USE SYNTHETIC LUBRICANT | $4,287 | $4,235 | Not Implemented |
AS0112 # 13 Y:1994 | 13 | 1994 | USE MOST EFFICIENT TYPE OF ELECTRIC MOTORS | $11,104 | $16,099 | Implemented |
AS0112 # 14 Y:1994 | 14 | 1994 | UTILIZE ENERGY-EFFICIENT BELTS AND OTHER IMPROVED MECHANISMS | $1,107 | $0 | Implemented |
AS0112 # 15 Y:1994 | 15 | 1994 | USE A FOSSIL FUEL ENGINE TO COGENERATE ELECTRICITY OR MOTIVE POWER; AND UTILIZE HEAT | $119,133 | $463,200 | Not Implemented |
OR0188 # 01 Y:1993 | 01 | 1993 | UTILIZE A LESS EXPENSIVE COOLING METHOD | $1,784 | $15,000 | Implemented |
OR0188 # 02 Y:1993 | 02 | 1993 | UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS | $1,389 | $1,320 | Implemented |
OR0188 # 03 Y:1993 | 03 | 1993 | OPTIMIZE PLANT POWER FACTOR | $1,031 | $750 | Not Implemented |
OR0188 # 04 Y:1993 | 04 | 1993 | USE MOST EFFICIENT TYPE OF ELECTRIC MOTORS | $17 | $84 | Implemented |