Executive Mat Service Carbon Neutral, Mat Service, Green Technology, Clean Technology, BC, Alberta,

2020

EXECUTIVE MAT SERVICE

CIRCULAR BUSINESS VENTURE

A Landfill greenhouse gas 23x more potent than CO2

75% of all used cardboard ends up in landfill.

(Vocaltrash.net)

Example: Cardboard in Landfill ▪

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1kg cardboard comprises 50% carbon.(Paperonweb.com) Anaerobic decomposition 60% CH4 & 40% CO2 gases are formed. (Wikipedia) Equation: .5kg x 60% CH4 (25x) + .5kg x 40% CO2 (1x) = 7.7kg CO2e per kg carboard waste diverted from landfill.

20kg/hour x 7.7 kg CO2 x 24hrs x 365 days = 1,349,040 kg (1,349 metric tonnes diverted from landfill).

Trees and plants

Energy Recovery

300,000 btu/hour

Wood Products

Biomass

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Biomass replaces fossil fuel use. The carbon footprint of natural gas NOT USED is used to calculate carbon offsets.

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Natural Gas: 34 ½ lbs. CO2 per 300,000 btu (Engineeringtoolbox)

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300,000 btu/hr. = 34.5 lbs. x 24hrs x365 = 302,220 lbs. /year (137mt)

ENERGY INTENSITY REDUCTIONS IN PLANT OPERATIONS

Energy output: 300,000 btu/hour 88 kW/h

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CDF Technology - reduces energy required to operate floor mat cleaning service by over 90%.

CDF Technology uses 99% less water compared to competitions traditional mat washing systems.

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ECO-GROWTH ZERO EMISSIONS POWER PLANT ECO-GROWTH Technology – energy required to heat laundry wash water, operate clothes dryers, and heat operational building is derived from carbon neutral Energy Recovery technology.

Solar – roof top solar system provides additional emmisions free energy to the plant.

WASTES ARE DIVERTED FROM LANDFILL AND CONVERTED TO A FEEDSTOCK FOR EXECUTIVE MAT SERVICE’S ENERGY RECOVERY TECHNOLOGY

Energy Recovery Power Plant Landfill GHG avoided + Fossil fuels displaced per year = 1,500 metric tonnes.

“Green Thumb Initiative” Conversion of refuse to Energy Recovery feedstock

SINGLE USE COFFEE PODs ARE DIVERTED FROM LANDFILL AND ORGANIC COMPONENTS ARE USED AS FEEDSTOCK FOR EXECUTIVE MAT SERVICE ENERGY RECOVERY TECHNOLOGY

Single-use coffee POD Recycle Technology Diverts 1 metric tonne of landfill destined waste per day and converts into value-added food, cosmetic and clean energy products.

1,241 metric tonnes of landfill GHG avoided per year per system.

Organics from PODs are separated from plastic component Organics become feedstock for Energy Recovery Plastics are used as feedstock in manufacture of dimensional lumber

Example: Coffee Food Waste in landfill ▪ ▪ ▪ ▪ ▪

1kg coffee waste contains .553kg carbon.

Anaerobic decomposition 60% CH4 & 40% CO2 gases are formed.

Equation: .553kg x60% CH4 (25x) + .553kg x 40% CO2 (1x) = 8.5kg CO2e per kg food waste in landfill.

Coffee food waste is on average 60% H2O. 8.5kg CO2e x (1-60%) = 3.4kg CO2e per kg used coffee in landfill.

1,000 kg diverted per day x 365 x 3.4kg CO2e = 1,241,000 kg CO2e (1,241 metric tonnes)

WET ORGANICS ARE DIVERTED FROM LANDFILL AND CONVERTED TO FEEDSTOCK FOR EXECUTIVE MAT SERVICE ENERGY RECOVERY TECHNOLOGY Diverts .5 metric tonne per dsy of landfill destined wet waste and converts into dehydrated feedstock for ER technology. .5 mt x 60% CH4 x 25x = 7.5 .5 mt x 40% CO2 x 1x = .2 Total = 7.7 7.7 mt @ 80% H2O = 1.54 mt/day x 365 days = 562 metric tonnes per year.

CERTIFIED SINCE 2008

<2,582> mt/year

Zero net carbon Source CO2 Consumption/Year Lbs.CO2 / unit Water 33,600 m3 7.14 Natural Gas 5,400 gj 123 Electricity 500,000 kW/h 1.36 Waste non-reclable 1 mt 1 Total CO2 mt

MT total CO2 109 302 309 1 721

Source CO2 Avoidance ER feedstock landfill GHG avoidane Coffee Pod landfill GHG avoidance Wet Organics landfill avoidance

MT total CO2 1,500 1,241 562 3,303

â&#x20AC;&#x153;The fastest way to GREEN your business is to buy from one that has already greened theirsâ&#x20AC;?

Ray Anderson the grandfather of business sustainability