IAC logo
Search IAC Recommendations
Sponsored by:
DOE MESC
IAC logo
Search IAC Recommendations
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.

982

matching recommendations
Reset
SIC 359 Industrial Machinery, Nec
Row Colors Legend
no implementation information
Implemented
NOT Implemented
ID # Year Products Savings Cost Status
WI0417 # 02 Y:2002 02 2002 TREAT AND REUSE RINSE WATERS $7,660 $8,000 Implemented
WI0417 # 01 Y:2002 01 2002 RECOVER WASTE HEAT FROM EQUIPMENT $8,160 $2,000 Implemented
WI0416 # 03 Y:2002 03 2002 IMPROVE AIR CIRCULATION WITH DESTRATIFICATION FANS / OTHER METHODS $2,968 $0 Implemented
WI0416 # 05 Y:2002 05 2002 ELIMINATE LEAKS IN INERT GAS AND COMPRESSED AIR LINES/ VALVES $1,925 $90 Implemented
WI0416 # 07 Y:2002 07 2002 UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS $1,411 $6,600 Implemented
WI0416 # 09 Y:2002 09 2002 RECOVER WASTE HEAT FROM EQUIPMENT $477 $0 Implemented
WI0416 # 02 Y:2002 02 2002 INSTALL TIMERS AND/OR THERMOSTATS $3,608 $400 Implemented
LL0131 # 03 Y:2002 03 2002 INSTALL SET-BACK TIMERS $909 $1,097 Implemented
BD0205 # 04 Y:2002 04 2002 USE MOST EFFICIENT TYPE OF ELECTRIC MOTORS $3,089 $4,800 Implemented
BD0205 # 05 Y:2002 05 2002 INSTALL COMPRESSOR AIR INTAKES IN COOLEST LOCATIONS $2,003 $1,000 Implemented
BD0205 # 07 Y:2002 07 2002 ELIMINATE LEAKS IN INERT GAS AND COMPRESSED AIR LINES/ VALVES $1,387 $300 Implemented
BD0205 # 10 Y:2002 10 2002 UTILIZE HIGHER EFFICIENCY LAMPS AND/OR BALLASTS $350 $360 Implemented
WV0234 # 02 Y:2002 02 2002 UTILIZE A LESS EXPENSIVE COOLING METHOD $9,910 $4,200 Implemented
WV0234 # 01 Y:2002 01 2002 UTILIZE ENERGY-EFFICIENT BELTS AND OTHER IMPROVED MECHANISMS $2,079 $800 Implemented
WV0234 # 04 Y:2002 04 2002 USE MOST EFFICIENT EQUIPMENT AT IT'S MAXIMUM CAPACITY AND LESS EFFICIENT EQUIPMENT ONLY WHEN NECESSARY $3,825 $660 Implemented
WV0234 # 07 Y:2002 07 2002 REDUCE THE PRESSURE OF COMPRESSED AIR TO THE MINIMUM REQUIRED $1,201 $22 Implemented
WV0234 # 08 Y:2002 08 2002 REDUCE ILLUMINATION TO MINIMUM NECESSARY LEVELS $8,732 $1,650 Implemented
WV0234 # 11 Y:2002 11 2002 CLEAR AND RENT EXISTING SPACE $7,300 $1,160 Implemented
UU0017 # 02 Y:2001 02 2001 RECOVER WASTE HEAT FROM EQUIPMENT $694 $700 Implemented
UU0017 # 03 Y:2001 03 2001 INSTALL COMPRESSOR AIR INTAKES IN COOLEST LOCATIONS $277 $220 Implemented
UU0014 # 02 Y:2001 02 2001 ELIMINATE LEAKS IN INERT GAS AND COMPRESSED AIR LINES/ VALVES $1,319 $60 Implemented
UU0014 # 03 Y:2001 03 2001 INSTALL COMPRESSOR AIR INTAKES IN COOLEST LOCATIONS $620 $440 Implemented
WI0405 # 01 Y:2001 01 2001 REDUCE HOT WATER TEMPERATURE TO THE MINIMUM REQUIRED $5,787 $4,500 Implemented
WI0405 # 02 Y:2001 02 2001 UTILIZE CONTROLS TO OPERATE EQUIPMENT ONLY WHEN NEEDED $2,749 $2,000 Implemented
WI0405 # 04 Y:2001 04 2001 USE A LESS EXPENSIVE METHOD OF WASTE REMOVAL $2,138 $0 Implemented