PrīmX Industrial Floors
Economical and Eco-Friendly
Adopting environmental practices has become increasingly important for building owners, architects, developers and floor contractors who want to protect people and the planet. Yet, as the need for buildings continues to grow, cement production and use is expected to increase 25% by 2030.1
With PrimX floors, you can make both the economical and eco-friendly choice. PrimX floors are a composite that significantly reduces the amount of cement necessary for each project. These floors require less material to achieve optimal load-bearing strength while producing up to 70% fewer CO2 emissions than traditional concrete. They also eliminate hazardous silica dust from joint sawing and can even help earn LEED credit for a building.
Calculate Your CO2 Savings with PrīmX
How would choosing PrimX floors for your next project reduce CO2 emissions? The below calculator lets you estimate the CO2 reduction of your project by entering in the project square feet and base design thickness.
Want more information – Visit the EPA Greenhouse Gas Calculator
WHAT DOES THAT MEAN?
- 4.9 Passenger Vehicles Driven for 1 Year
- 2,552 Gallons of Gasoline Consumed
- 2.6 Homes Energy Use for 1 Year
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
433,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
252,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
180,556
pounds
WHAT DOES THAT MEAN
- 17.7 Passenger Vehicles Driven for 1 Year
- 9,216 Gallons of Gasoline Consumed
- 9.5 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
505,556
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
288,889
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
216,667
pounds
WHAT DOES THAT MEAN
- 21.2 Passenger Vehicles Driven for 1 Year
- 11,059 Gallons of Gasoline Consumed
- 11.3 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
577,778
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
288,889
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
288,889
pounds
WHAT DOES THAT MEAN
- 28.3 Passenger Vehicles Driven for 1 Year
- 14,745 Gallons of Gasoline Consumed
- 15.1 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
650,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
325,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
325,000
pounds
WHAT DOES THAT MEAN
- 31.8 Passenger Vehicles Driven for 1 Year
- 16,588 Gallons of Gasoline Consumed
- 17 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
722,222
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
361,111
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
361,111
pounds
WHAT DOES THAT MEAN
- 35.4 Passenger Vehicles Driven for 1 Year
- 18,431 Gallons of Gasoline Consumed
- 18.9 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
866,667
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
505,556
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
361,111
pounds
WHAT DOES THAT MEAN
- 35.4 Passenger Vehicles Driven for 1 Year
- 18,431 Gallons of Gasoline Consumed
- 18.9 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
1,011,111
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
577,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
433,333
pounds
WHAT DOES THAT MEAN
- 42.5 Passenger Vehicles Driven for 1 Year
- 22,117 Gallons of Gasoline Consumed
- 22.7 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
1,155,556
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
577,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
577,778
pounds
WHAT DOES THAT MEAN
- 56.6 Passenger Vehicles Driven for 1 Year
- 29,490 Gallons of Gasoline Consumed
- 30.2 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
1,300,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
650,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
650,000
pounds
WHAT DOES THAT MEAN
- 63.7 Passenger Vehicles Driven for 1 Year
- 33,176 Gallons of Gasoline Consumed
- 34 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
1,444,444
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
722,222
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
722,222
pounds
WHAT DOES THAT MEAN
- 70.8 Passenger Vehicles Driven for 1 Year
- 36,862 Gallons of Gasoline Consumed
- 37.8 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
1,733,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,011,111
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
722,222
pounds
WHAT DOES THAT MEAN
- 70.8 Passenger Vehicles Driven for 1 Year
- 36,862 Gallons of Gasoline Consumed
- 37.8 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
2,022,222
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,155,556
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
866,667
pounds
WHAT DOES THAT MEAN
- 84.9 Passenger Vehicles Driven for 1 Year
- 44,235 Gallons of Gasoline Consumed
- 45.4 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
2,311,111
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,155,556
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,155,556
pounds
WHAT DOES THAT MEAN
- 113 Passenger Vehicles Driven for 1 Year
- 58,980 Gallons of Gasoline Consumed
- 60.5 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
2,600,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,300,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,300,000
pounds
WHAT DOES THAT MEAN
- 127 Passenger Vehicles Driven for 1 Year
- 66,352 Gallons of Gasoline Consumed
- 68 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
2,888,889
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,444,444
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,444,444
pounds
WHAT DOES THAT MEAN
- 142 Passenger Vehicles Driven for 1 Year
- 73,724 Gallons of Gasoline Consumed
- 75.6 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
2,600,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,516,667
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,083,333
pounds
WHAT DOES THAT MEAN
- 106 Passenger Vehicles Driven for 1 Year
- 55,293 Gallons of Gasoline Consumed
- 56.7 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
3,033,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,733,333
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,300,000
pounds
WHAT DOES THAT MEAN
- 127 Passenger Vehicles Driven for 1 Year
- 66,352 Gallons of Gasoline Consumed
- 68 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
3,466,667
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,733,333
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,733,333
pounds
WHAT DOES THAT MEAN
- 170 Passenger Vehicles Driven for 1 Year
- 88,469 Gallons of Gasoline Consumed
- 90.7 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
3,900,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
1,950,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,950,000
pounds
WHAT DOES THAT MEAN
- 191 Passenger Vehicles Driven for 1 Year
- 99,528 Gallons of Gasoline Consumed
- 102 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
4,333,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,166,667
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,166,667
pounds
WHAT DOES THAT MEAN
- 212 Passenger Vehicles Driven for 1 Year
- 110,587 Gallons of Gasoline Consumed
- 113 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
3,466,667
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,022,222
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,444,444
pounds
WHAT DOES THAT MEAN
- 142 Passenger Vehicles Driven for 1 Year
- 73,724 Gallons of Gasoline Consumed
- 75.6 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
4,044,444
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,311,111
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,733,333
pounds
WHAT DOES THAT MEAN
- 170 Passenger Vehicles Driven for 1 Year
- 88,469 Gallons of Gasoline Consumed
- 90.7 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
4,622,222
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,311,111
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,311,111
pounds
WHAT DOES THAT MEAN
- 226 Passenger Vehicles Driven for 1 Year
- 117,959 Gallons of Gasoline Consumed
- 121 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
5,200,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,600,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,600,000
pounds
WHAT DOES THAT MEAN
- 255 Passenger Vehicles Driven for 1 Year
- 132,704 Gallons of Gasoline Consumed
- 136 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
5,777,778
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,888,889
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,888,889
pounds
WHAT DOES THAT MEAN
- 283 Passenger Vehicles Driven for 1 Year
- 147,449 Gallons of Gasoline Consumed
- 151 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
4,333,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,527,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
1,805,556
pounds
WHAT DOES THAT MEAN
- 177 Passenger Vehicles Driven for 1 Year
- 92,156 Gallons of Gasoline Consumed
- 94.5 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
5,055,556
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,888,889
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,166,667
pounds
WHAT DOES THAT MEAN
- 212 Passenger Vehicles Driven for 1 Year
- 110,587 Gallons of Gasoline Consumed
- 113 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
5,777,778
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
2,888,889
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,888,889
pounds
WHAT DOES THAT MEAN
- 283 Passenger Vehicles Driven for 1 Year
- 147,449 Gallons of Gasoline Consumed
- 151 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
6,500,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
3,250,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
3,250,000
pounds
WHAT DOES THAT MEAN
- 318 Passenger Vehicles Driven for 1 Year
- 165,880 Gallons of Gasoline Consumed
- 170 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
7,222,222
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
3,611,111
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
3,611,111
pounds
WHAT DOES THAT MEAN
- 354 Passenger Vehicles Driven for 1 Year
- 184,311 Gallons of Gasoline Consumed
- 189 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
6,500,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
3,791,667
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
2,708,333
pounds
WHAT DOES THAT MEAN
- 265 Passenger Vehicles Driven for 1 Year
- 138,233 Gallons of Gasoline Consumed
- 142 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
7,583,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
4,333,333
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
3,250,000
pounds
WHAT DOES THAT MEAN
- 318 Passenger Vehicles Driven for 1 Year
- 165,880 Gallons of Gasoline Consumed
- 170 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
8,666,667
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
4,333,333
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
4,333,333
pounds
WHAT DOES THAT MEAN
- 425 Passenger Vehicles Driven for 1 Year
- 221,173 Gallons of Gasoline Consumed
- 227 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
9,750,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
4,875,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
4,875,000
pounds
WHAT DOES THAT MEAN
- 478 Passenger Vehicles Driven for 1 Year
- 248,820 Gallons of Gasoline Consumed
- 255 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
10,833,333
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
5,416,667
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
5,416,667
pounds
WHAT DOES THAT MEAN
- 531 Passenger Vehicles Driven for 1 Year
- 276,467 Gallons of Gasoline Consumed
- 284 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 6"
Traditional Concrete
CO2 GENERATION
8,666,667
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
5,055,556
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
3,611,111
pounds
WHAT DOES THAT MEAN
- 354 Passenger Vehicles Driven for 1 Year
- 184,311 Gallons of Gasoline Consumed
- 189 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 7"
Traditional Concrete
CO2 GENERATION
10,111,111
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
5,777,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
4,333,333
pounds
WHAT DOES THAT MEAN
- 425 Passenger Vehicles Driven for 1 Year
- 221,173 Gallons of Gasoline Consumed
- 227 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 8"
Traditional Concrete
CO2 GENERATION
11,555,556
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
5,777,778
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
5,777,778
pounds
WHAT DOES THAT MEAN
- 566 Passenger Vehicles Driven for 1 Year
- 294,898 Gallons of Gasoline Consumed
- 302 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 9"
Traditional Concrete
CO2 GENERATION
13,000,000
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
6,500,000
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
6,500,000
pounds
WHAT DOES THAT MEAN
- 637 Passenger Vehicles Driven for 1 Year
- 331,760 Gallons of Gasoline Consumed
- 340 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
Traditional Concrete Thickness: 10"
Traditional Concrete
CO2 GENERATION
14,444,444
Pounds of CO2 Generated
PrīmX Floor
CO2 GENERATION
7,222,222
Pounds of CO2 Generated
PrīmX REDUCES CO2 GENERATED BY
7,222,222
pounds
WHAT DOES THAT MEAN
- 708 Passenger Vehicles Driven for 1 Year
- 368,622 Gallons of Gasoline Consumed
- 378 Homes Energy Use for 1 Year
Want more information – Visit the EPA Greenhouse Gas Calculator
1 Climate change: the massive CO2 emitter you may not know about, BBC News, December 17, 2018