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Electricity: | |||
Electricity % purchased from a clean energy program: | |||
Natural Gas: | |||
Heating Oil or Other Fuels: | |||
Price of gasoline: | $/Gallon | ||
Waste: | cubic yards per week
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Recycling: | cubic yards per week
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A typical business in the Select industry,
with revenues of $2300000/yr has a carbon
footprint of 29 metric tons of CO2e
per year from supply chains.
Click the Advanced button to customize your results, or simply accept the
default values.
This page shows emissions that come from the products/services that your business purchases/procures. These are passed on (from a lifecycle perspective) to the products and services provided by your business. The amounts shown below are autopopulated according to the average procurement for your business type.
Procurement Categories | Dollars per Year |
Greenhouse gas emission factors from the Comprehensive Environmental
Data Archive for Economic and Environmental Systems Analysis
("CEDA 3.0 Climate").
Based on the inputs of your business here is a summary of the Carbon emissions associated with your business
Your Business | % of Total | Similar Businesses | You vs. Similar | |
Vehicle Fleet | 73 | 17% | 73 | 100% |
Air Travel | 16 | 4% | 16 | 100% |
Public Transit | 5 | 1% | 5 | 100% |
Employee Commute | 62 | 14% | 62 | 100% |
Total Transportation | 156 | 36% | 156 | 100% |
Electricity | 135 | 31% | 135 | 100% |
Natural Gas | 47 | 11% | 47 | 100% |
Heating Oil | 1 | 0.2% | 1 | 100% |
Waste | 45.5 | 10.5% | 45.5 | 100% |
Construction | 21 | 5% | 21 | 100% |
Total Facilities | 250 | 57% | 250 | 100% |
Total Procurement | 29 | 7% | 29 | 100% |
Total Footprint | 435 | 435 | 100% | |
Footprint per Employee | 18 | 18 | 100% | |
Footprint per $Million | 189 | 189 | 100% | |
Footprint per 1000 sq.ft. | 19 | 19 | 100% |
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My company will print sheets double-sided instead of single-sided per week.
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My company currently throws out cubic yards of trash each week. We will reduce our trash by
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In addition to the direct energy saving benefits, planting trees can increase natural beauty of city landscapes, reduce pollution, cool outside temperatures, as well as provide wood, fruit and other beneficial products.
My company will plant trees. Each tree will cost $
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A business of 22700 square feet typically has . Water efficient
landscapes can be obtained by introducing more drought-tolerant plants to your business' landscape and maintaining them more efficiently with drip-irrigation.
Landscape
The current composition of my business' landscape is:
grass
plants
drought-tolerant plants
We will redo the landscaping so that the new composition of the landscape is:
grass
plants
drought-tolerant plants
Irrigation
Currently,
of our grass and
of our plants are maintained through drip-irrigation.
We will rework our irrigation so that
of our grass and
of our plants are maintained through drip-irrigation.
We assume that the incremental cost of drip irrigation is $ per square foot and the incremental cost of drought-tolerant plants is $ per square foot
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Our company will replace of our old gallon per flush toilet(s) with a gallon low-flush model that costs $
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On average, we collectively use our faucets times a day.
Of my company's faucets, we will replace
of them with more efficient, low-flow faucets.
They will each cost $.
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On average, we collectively take showers a day.
Our showers are on average taken for minutes each.
Of my company's showerheads, we will replace
of them with more efficient, low-flow showerheads.
They will each cost $.
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We will meet of our heating needs by installing solar photovoltaic (PV) panels. It costs $ per cubic feet of natural gas.
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My company will replace square feet of roof area with cool roofs that will cost $ per square foot.
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My company will retrocommission of our buildings in order to improve our building's operations and maintenance procedures and enhance overall building performance. It will cost $ per sq ft.
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We will meet of our electricity needs by installing solar photovoltaic (PV) panels. It costs $ per watt.
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Our company's monthly battery use:
AAADisposable batteries are alkaline and rechargable batteries are NiCd Rechargeable batteries can be re-used time and costs times as much as disposable models
Cost of disposable batteries:
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My company has desktops and monitors.
We will put
of our desktops in sleep or hibernate mode during nights and weekends and turn off
of our monitors during nights and weekends.
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My company will replace conventional desktops with Energy Star desktops. We will purchase them for $ each.
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My company will replace conventional copiers with Energy Star copiers. We can purchase them for $ each.
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My company will replace conventional printers with Energy Star printers. We will purchase them for $ each.
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My business will replace conventional water heaters with a new energy efficient (Energy Star) water heater that will cost $ each.
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A typical 22700 square foot business in my climate spends $2805.72 (22700 kWh) per year on air conditioning. We use the AC about
of typical businesses, or $4489.15
(36320 kWh) per year.
We will replace our conventional air conditioner(s) that have a SEER rating of
with Energy Star air conditioner(s) that have a SEER rating of .
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The water heater(s) is/are usually set to degrees fahrenheit and runs on My company will replace our existing waterheater(s) with new natural gas heater(s) that cost $ each.
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My company will replace exit signs with efficient LED exit signs which will cost $ each.
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Currently, my company uses watt lights to illuminate our parking lot. We will retrofit existing outdoor parking lights with LED lights and motion sensors. Each light will cost $ and each sensor will cost $.
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Our employees will drive this vehicle miles per year. We can sell our current vehicle for $ and purchase a new one for $
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Our employees will drive this vehicle miles per year.
We can sell our current vehicle for $ and purchase a new one for $
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Our employees will drive this vehicle miles per year. Alternative fuel will cost $/gal.
We can sell our current vehicle for $ and purchase a new one for $
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I will drive this vehicle miles per year.
I can sell my current vehicle for $ and purchase a new one for $