We’re GreenEdge Supply

GreenEDGE Supply, a division of 84 Lumber Company, was created to provide sustainable building materials and knowledge to builders, architects, and homeowners. Located in Eighty Four, Pennsylvania, GreenEDGE Supply has become a one stop shop for all of your responsible building needs. As Certified Green Professionals, we can provide the materials, knowledge and education needed to assist you with your next project.

Builder Support

Creating responsible partnerships

Our Services

We offer consulting services for those customers that are looking to attain a certification on their project. The certifications that we offer are LEED, Healthy Home and a GreenEdge Supply Environmental Stewardship certification.

Our Services

We offer consulting services for those customers that are looking to attain a certification on their project. The certifications that we offer are LEED, Healthy Home and a GreenEdge Supply Environmental Stewardship certification.

We offer consulting services from our LEED consultant, Mr. Robert Kobet. Over the course of his thirty year career, Mr. Kobet has assisted on a multitude of projects all over the globe. His impressive background has allowed him to work on a large variety of projects, and thereby, has left his legacy all around the world. Mr. Kobet can help you with individual LEED Prerequisite and Credit Interpretations, or provide complete LEED Administration services for your project. He also has considerable expertise in energy efficient healthy housing and allergy-free, non-toxic design. We can assist you in combining energy efficient building envelope and mechanical systems with benign building materials and green cleaning products to achieve your healthy housing goals. Healthy Home concepts are easily applied to other building types, including offices, retail establishments, and schools.
GreenEdge Supply also offers our own Environmental Stewardship Certification. We can work with you to ensure that you are using the best building methods and materials to live comfortably and preserve our environment in the most economical way. Our certification is based on our 5 core categories of responsible living: Health Consciousness, Water Conservation, Energy Efficiency, Responsible Forestry, and Recycling. You will be awarded a certification plaque displaying your home’s level of participation in those 5 categories. The Environmental Stewardship Certification is catered to your comfort level, our knowledgeable associates will work with you to select the most responsible and sustainable products that make sense for you, your family and your home. Not only will we supply the products, but we will educate you on those products and better building practices. Contact us today to see how GreenEdge Supply can help you achieve your building needs.

Additional Resources

Together, 84 Lumber and GreenEdge Supply offer the resources necessary to improve all of our customer’s needs. For additional marketing or promotional opportunities, we have 84 Outdoor to provide billboard advertisements and we have 84 Sign Shop to offer various other design and print materials.

Additional Resources

Together, 84 Lumber and GreenEdge Supply offer the resources necessary to improve all of our customer’s needs. For additional marketing or promotional opportunities, we have 84 Outdoor to provide billboard advertisements and we have 84 Sign Shop to offer various other design and print materials.

84 Sign Shop

Some of our services include:

  • Custom Signs
  • Banners
  • Vehicle Wraps
  • Billboard Skins
  • Magnets
  • Yard Signs
  • Window Clings
  • Decals
  • Graphic Design
  • Logo Design
  • Magazine / Ad Layouts
  • Color Prints / Copies

84 Outdoor

84 Outdoor is a full service billboard Company with existing billboards in various locations in 14 states.
We offer custom construction of different types of billboards and we can review your available property to see if it can be permitted or we can attempt to locate sites in specific areas for you.
84 Outdoor also offers in-house production which is capable of handling all your signage needs.

84 Lumber

Founded in 1956, 84 Lumber Company is the nation’s leading privately held building materials and services supplier to professional contractors and build-it-yourselfers. The company owns and operates more than 257 stores, component plants, door shops, installation centers and engineered wood product shops in 30 states. 84 Lumber is dedicated to supplying our customers with the best quality building products and a highly-trained, knowledgeable and motivated team of professional associates.

GreenEdge Supply...

is a community made up of industry professionals seeking to provide the knowledge and materials to aid you in your next sustainable, responsible project, no matter the size. We have provided materials and education to large custom builders, as well as everyday d.i.y. homeowners.
Robert Kobet, LEED Consultant

Robert Kobet

AIA, LEED Faculty, LEED Consultant

Bob has worked internationally in the fields of sustainable design & development, high performance green buildings and environmental education for over thirty years.


We are passionate about living and working in a responsible, comfortable sanctuary, but we realize that living responsibly is more than that. Sometimes it’s the little things that are often overlooked that make the biggest difference. Explore the information here to find more ways to make a difference in your life.


We are passionate about living and working in a responsible, comfortable sanctuary, but we realize that living responsibly is more than that. Sometimes it’s the little things that are often overlooked that make the biggest difference. Explore the information here to find more ways to make a difference in your life.

Our Blog

GreenEDGE Supply is pleased to present Mr. Robert Kobet, AIA, LEED Faculty as our sustainability consultant. Mr. Kobet works with GreenEDGE Supply on LEED and Healthy Home projects, as well as authoring our blog and providing our weekly tips on living responsibly.


GreenEdge Supply cares about educating our customers to make the most sensible decisions for their home building needs. The following links will help to guide our customers to make the most eco-friendly decisions.


Advanced Framing

Framing techniques that use less lumber, thereby reducing material cost and use of natural resources, and increasing the level of insulation as a result.

Air Barrier

A rigid material installed around a building frame to prevent or reduce the infiltration of air into the interior of a structure. To improve energy efficiency by maintaining conditioned air inside the home and improving the efficacy of insulation, an air barrier is installed.

Air Infiltration

Uncontrolled inward air leakage to conditioned spaces through unintentional openings in ceilings, floors and walls from unconditioned spaces or the outdoors.


A place where trees, shrubs, and herbaceous plants are cultivated for scientific and educational purposes; may be part of a botanical garden

Bio-Based Product

Commercial or industrial products (other than food or feed) that are composed in whole, or in significant part, of biological products, renewable agricultural materials (including plant, animal, and marine materials), or forestry materials, including intermediate ingredients or feedstocks


Capable of being broken down, safely and in a reasonable amount of time, into the raw materials of nature


A piece of land that has been developed for industrial purposes, polluted, and then abandoned. A brownfield site is real property where the expansion, redevelopment, or reuse of which may be complicated by the presence or potential presence of a hazardous substance, pollutant, or contaminant (as defined by the EPA).

Building Envelope/Building Enclosure

The exterior surface of a building’s construction: the walls, windows, floors and roof.

Built Environment

Man-made surroundings, ranging in scale from buildings and parks to neighborhoods and cities that can often include their supporting infrastructure

Carbon Footprint

The amount of greenhouse gases and, specifically, carbon dioxide emitted due to the consumption of fossil fuels by either a person’s activities or a product’s manufacture and transport, during a given period of time

Compound Fluorescent Lighting (CFL)

A type of fluorescent lamp that that uses less energy and has a longer life, when compared to incandescent lamps

Composite Material

A combination of two or more different materials that are bonded together to create a new material


A mixture that consists largely of decayed organic matter and is used for fertilizing or conditioning the land


An intense, interactive brainstorming and team-building exercise in which all those involved in a building design project focus on ideas for efficient use of energy and resources in a new building.


The act of producing or sending out something, especially gas or radiation, from a commercial, industrial, or residential source

Energy Efficient

Delivering more services for the same energy input, or the same services for less energy input

Energy Star

An international standard for energy efficient products that was begun by the US Environmental Protection Agency and the US Department of Energy to help businesses and individuals save money and protect our climate through superior energy efficiency

Engineered Lumber

Composite wood products made from lumber, fiber or veneer, and glue.

Environmental Impact

Any change to the environment, good or bad, that is a result of industrial manufacturing activities, products or services

Environmental Product Declarations (EPDs)

A verified document that reports environmental data of products based on life cycle assessment and other relevant information and in accordance with the international standard ISO 14025

Environmentally Friendly or Eco-Friendly

Refers to goods and services, laws, guidelines and policies that claim to inflict reduced, minimal, or no harm at all upon ecosystems or the environment.

Forest Stewardship Council Certification (FSC)

Was created to promote environmentally responsible management of forests. A third party certification organization, evaluating the sustainability of forest products. FSC certified wood products have met specific criteria in areas such as forest management, labor conditions and fair trade.

Geothermal Energy

Energy generated from the earth that is clean and sustainable. Geothermal heat pumps can be used to heat and cool buildings.

Green Globes

An assessment and rating system operated by the Green Building Initiative for integrating environmentally friendly design into commercial buildings.

Green Field

A piece of undeveloped land.


Certification that a product meets emission thresholds for formaldehyde, total aldehydes, total volatile organic compounds (TVOCs), and one-tenth of the threshold limit value (TLV) – a regulatory standard – for many other compounds. The program also assesses emissions of other chemicals of concern.

Green Label

A certification program by the Carpet and Rug Institute for carpet and adhesives meeting specified criteria for release of volatile compounds.

Green Roof/Living Roof

A roof that is partially or completely covered with vegetation that lasts longer than conventional roofs, reduces energy costs, absorbs storm water and can provide a peaceful retreat for people and animals.

Green Seal

A certification that promotes sustainability in the marketplace by developing life cycle-based sustainability standards for products, services and companies and offering third party certification for those that meet the criteria in the standard.


When a company or organization spends more time and money claiming to be “green” through advertising and marketing than actually implementing business practices that minimize environmental impact.


Wastewater from bathroom sinks, showers, tubs, and washing machines than can be reused as a source of irrigation.

Ground Source Heat Pump

A heat pump that uses the ground temperature instead of air temperature to cool or heat a home. Usually this is accomplished with underground water pipes that transfer the ground temperature into the heat pump.

Harvested Rainwater

Rainwater that is collected through the use of gutters and a rain barrel for irrigation purposes.

Healthy House

Combining an energy efficient building envelope and mechanical systems with benign building materials and green cleaning products for an allergy free, non-toxic design.

Health Product Declarations (HPDs)

Disclosure of product contents, emissions, and health information to help designers, specifiers, and building owners and occupants make informed purchasing decisions.

Heat Recovery Ventilator

An air-to-air heat exchanger with balanced exhaust and supply fans that is an energy-efficient way to meet necessary ventilation needs without producing drafts or air pressure imbalance on a heating or cooling system.

Incandescent Light Bulb

An electric light in which a filament is heated to produce artificial light. This type of lighting uses more energy that CFLs and LEDs.

Indoor Air Quality (IAQ)

Refers to the air quality within and around buildings and structures, especially as it relates to the health and comfort of building occupants. IAQ can be influenced by building materials, cleaning procedures and ventilation.


Developing on empty lots of land within an urban area rather than on new undeveloped land outside the city.

International Green Construction Code (IGCC)

A building code that includes sustainability measures for the entire construction project and site, from design through construction, certificate of occupancy and beyond. This code establishes minimum green requirements for buildings and complements voluntary rating systems.


A light-emitting diode product that is assembled into a lamp to give off light. Use less energy than incandescent bulbs and some fluorescents.

Leadership in Energy and Environmental Design (LEED)

A building rating standard based on a four level certification program that encompasses design techniques for the building envelope and the interior for new construction and renovations.

Life Cycle Cost

An economic analysis for all costs relates to building, operating, and maintaining a project over a defined period of time.

Low E Windows

Window glass that has been treated to reflect heat, while allowing light to pass through. Proven to reduce energy consumption, keeping spaces warm and cool when needed.

Mixed-Use Development

A development that includes diverse use types, including elements of housing, retail and office space.


A claim that a product, substance, or chemical will not cause adverse health effects.

Occupancy Sensors

A device that automatically turns off lighting, HVAC, and/or electricity once a room is vacant.

Passive Design

A design approach that uses natural elements, often sunlight, to heat, cool, or light a building.

Passive House

A standard for energy efficiency in a building, reducing its ecological footprint. It results in ultra-low energy buildings that require little energy for space heating or cooling.

Payback Period

The time estimated for a capital investment to pay for itself, calculated by relating the cost of the investment to the profit it will earn or savings it will incur.

Photovoltaics (PVs)

A system that converts sunlight directly into electricity.

Post-Consumer Recycled

An end product that has completed its life cycle as a consumer item and would otherwise have been disposed of as solid waste.

Pre-consumer Recycled

Materials that are generated by manufacturers and processors, and may consist of scrap, trimmings and other by-products that were never used in the consumer market.

Product Transparency Declarations (PTDs)

Provides specifiers with a list of product ingredients in the building product and helps specifiers know whether any ingredients are present at levels requiring a warning notification to product installers and/or building occupants due to ingredient exposure from the building product.

Radiant Barrier

A material (typically an aluminum foil) that is good at blocking the transfer of radiant heat across a space because it has a low emissivity. In a hot climate, it is often installed in attics under the roof decking to keep the attic cooler.

Radiant Floor Heat

A thermal mass floor with pipes laid underneath to transfer heat generated either by a solar collector or other type of liquid heating system.

Rainwater Catchment/Harvest

On-site rainwater harvest and storage systems used to offset potable water needs for a building and/or landscape.

Rain Garden (Bioretention)

A landscape feature that incorporates deep porous soils and specially designed plantings to gather, store and treat stormwater.

Rapidly Renewable Materials

Material that is considered to be an agricultural product that takes 10 years or less to grow or raise and to harvest in an ongoing and sustainable fashion. Examples include bamboo flooring, biocomposite veneers, fiber-based finishes, wool and cotton insulation.

Recovered Material

By-products, components, or parts of a production or waste stream captured or separated for reuse.

Recyclable Content

Materials that can be recovered or diverted from the waste stream for recycling/reuse.

Recycled Content

The percentage of recycled materials in a product, generally determined by weight.


The process of converting waste into new products.

Renewable Energy

Energy resources that produce indefinitely without being depleted.

Renewable Resources

Resources that are created or produced as they are consumed.


The replacement, upgrade or improvement of a piece of equipment or structure in an existing building or facility.


The capacity of an insulating material to resist heat flow. The higher the R-value, the greater the insulating power.


Building materials diverted from the waste stream intended for reuse. Commonly salvaged materials include structural beams and posts, flooring, doors, cabinetry, brick and decorative items.

Solar Energy

Energy derived from the sun in the form of solar radiation.

Sustainable Forestry Initiative (SFI)

A forest certification standard.


Meeting the needs of the present without compromising the ability of future generations to meet their needs.


A material or product that can produce injury or death when inhaled, swallowed, or absorbed through the skin.

UL Listed

The manufacturer has demonstrated the ability to produce a product that complies with UL requirements with respect to reasonably foreseeable risks associated with the product.

Universal Design

The design of products and environments that are usable by all people, regardless of age or physical ability, to the greatest extent possible, without adaptation or specialized design.

Urban Sprawl

The unplanned, uncontrolled spreading of urban development into areas adjoining a city.


A national organization whose mission is to accelerate the adoption of green building practices, technologies, policies, and standards.

Volatile Organic Compounds (VOCs)

Chemicals that are emitted as gases from certain solids or liquids that may have short- and long-term adverse health effects.


Certifies products that use less water with water-efficient products, new homes, and services. Aims to promote the value of water efficiency, provides consumers with easy ways to save water, encourages innovation in manufacturing, and decreases water use and reduces strain on water resources and infrastructure.

Wind Power

Systems that convert air movement into mechanical or electrical energy. Driven by the wind, turbine blades turn a generator or power a mechanical pump. Wind generators include a tower and wind turbine, and can be off-grid or grid-tied.


Landscaping design for conserving water that uses drought-resistant or drought-tolerant plants.


A structure or product that generates as much energy to the grid as it uses from the grid.

Green Living

August 2014

Robert J. Kobet, AIA, LEED Faculty
Stay Cool!

Late July and August are the “dog days” of summer. I’m not one to complain about the heat, as I would much rather dress lighter, have a cool drink and relax as best I can than suffer the freezing conditions we have weathered the last couple of winters in western Pennsylvania. When things get really hot, I can always go swimming somewhere. Living seven years in South Florida did a lot to cement that preference. And, while I understand the traditions that surround summer vacations, and the family dynamics and logistics that make summer vacations necessary, I have always advocated for short vacations in tropical places in the middle of cold winters, just for the psychological lift they provide.

One goal of living green is to remain comfortable, productive and content wherever we are under any circumstances, any time of year, in the most cost effective and environmentally sound ways possible. Since most of us can’t vacation all the time, that means starting with our homes. The priorities we assign these goals will vary with whether we are elderly, retired and spend most of our time in our homes, or if we are active, leading more transient lifestyles and rarely find ourselves there. In either case, this month I offer some tips on how to stay cool and enjoy our homes on those hot summer days and nights, starting with non-mechanical, passive approaches to comfort.

My strategies start with assessing our homes’ strengths and weaknesses when it comes to keeping us comfortable, beginning with our yards if we have one. If you live in a “light mass” framed home that does not have good natural ventilation, you may find the interior of the home heats up quickly, in step with outside temperatures. By the end of the day, after sunset, it is quite common to have outside spaces that are much cooler than the inside of the home, especially if they benefit from the breeze. I have fond memories of sleeping outside on a second floor exterior porch. It was a popular place for my siblings and me as it was much cooler than inside, we were literally in the treetops, and the night sky treated us to the moon and stars. Summer rains were a special treat. Simply stated it was great fun, lasting until it became too cold to be out there. Air conditioning has largely put an end to spending time outdoors any time of the day, and porches are no longer the social focus they used to be in our neighborhoods, but we still talk about that porch.

The old homestead under renovation.
‘Sure glad they are keeping the sleeping porch!

If being outside comfortably and safely is not an option, we need to take stock of our homes and what we can do to make them comfortable in the summer. Clearly, newer homes with high performance Low-E windows and fully insulated walls and roofs will need the following ideas less than an older home that have not been weatherized. Ideas include:

• Landscaping our homes for energy efficiency. We have written about the role of shade trees, trellis and other natural approaches to providing shade. These strategies are well documented in numerous sources, and carry the added potential for providing food.
• Exterior shading devices for windows. These are typically made of shading screen material stretched over 1”x2” slats, or the equivalent. The shade screens are then attached to the exterior of the window. Mounting shade screens on the outside is the most effective way to keep the house cool, but is only practical if the windows are double hung or sliders; it will not work with outward acting casement or awning windows. They are best installed in late spring, when the home begins to be uncomfortable, and removed in the fall when the heating equipment begins to cycle. 84 Lumber carries everything you need to build these simple devices. Contact us if you need assistance.
• Permanent architectural shading elements. These are permanent additions to the home in the form of tuned overhangs; horizontal soffits or other architectural modifications designed to keep direct solar gain out of the home. Designing permanent solar shading devices requires knowledge of solar geometry and an understanding of how to optimize their application for each orientation. Effectively shading south windows is different than what is needed to shade east and west windows. If your home does not have these features you may need the assistance of a designer or help from a GreenEdge Supply staff person.
• Interior shades, blinds and curtains. Once the sun’s heat enters the home, interior shades and curtains are compromised, but are better than unimpeded direct solar gain. Priority should be given to shading the west and south windows. Keep them closed during the day, especially if rooms aren’t occupied and you don’t need the natural daylight.
• Open and close the home with the rhythm of the day. It seems counter-intuitive, but it may be best to keep a home’s doors and windows closed during hot, humid days, and open as much as possible during the evening and night. Your home’s interior temperatures will vary depending on whether your home is light mass, wood frame construction or a heavier brick or masonry structure. The quality of the windows and the amount of insulation will also influence whether this strategy is effective.
• Be conscious of interior heat sources and minimize their impact on comfort. Lights, computers, televisions, office equipment, ranges, ovens and major appliances all generate heat. Taking shorter, warm showers and venting bathrooms effectively reduces interior heat and humidity. Doing cold water washes also helps. Cooking outdoors, in the tradition of homes with summer kitchens, is a very effective way to keep your home cooler. Enjoying meals outside adds to the celebration of summer, especially when we invite family, friends and neighbors.

Once you have evaluated the potential for passively cooling your home you can move on to low-tech mechanical cooling devices. The first thing to consider is how much cooling is needed, when is it needed and what is the greenest, least expensive way to provide comfort. It’s important to remember that it is you who needs cooling, not every space in the house. Some cost effective ideas include:

• Personal fans. These are very small, portable, personal cooling devices designed for small task, close proximity cooling. Many are battery powered, but some can operate off regular electricity or your computer’s USB port. Small, personal coolers can be the difference between comfort and sweating through the day at your desk.
• Small area fans. Freestanding floor models are designed to cool in near proximity, no matter the activity. They can oscillate to cool multiple occupants in a space and have multiple speeds. They are light and portable enough to be moved from room to room; a good choice for simple cooling needs.
• Ceiling fans. Ceiling fans and combination fan and light fixtures are popular home cooling choices. Most feature multiple fan speeds, and have the option to operate the light and fan separately. I cool my house exclusively with Energy Star rated ceiling fans and am very satisfied with their performance. Like all fans, they cool the occupant and not the room, so they should be off when the room is not occupied.
• Room air conditioners. Most room air conditioners are designed to fit in windows. However, several manufactures now make free standing room air conditioners that do not need to be installed in a window. Each should be sized correctly for the room in question, and should be Energy Star rated to ensure efficient operation. Many people choose to cool their bedrooms to ensure a good night’s sleep. Additional rooms can be cooled as needed. Remember, room air conditioners cool a room quickly, and therefore should not be operated when the room is unoccupied.

Lastly, if we choose to cool our homes with conventional whole house air conditioning systems we need to be sure they are sized, installed and maintained properly. A comfortable house begins with mechanical cooling systems that don’t work any harder or longer than necessary. In addition to the passive strategies listed above I suggest the following.

• Make sure your attic is cool. The cooler your attic, the cooler your home. This is done using effective ridge and soffit vents that are clear, unencumbered and sized properly. 84 Lumber carries these items and can help with installation if your home doesn’t have them.
• Consider attic fans, or whole house fans. 84 Lumber and GreenEdge Supply carry a full line of attic fans, including some that are solar powered. These are very effective at keeping your attic cool. Whole house fans located in the attic can be configured to ventilate the entire home.
• Be sure your conventional air conditioning equipment is sized properly and maintained regularly to ensure the maximum efficiency. The indoor and outdoor components should be inspected at least once a year to be sure they are clean, fully charged and unobstructed. Filters should be cleaned on an as needed basis, not seasonally, but in response to when they become soiled. The main air-conditioning system components must be serviced professionally, but homeowners can change filters easily. Consider maintenance plans supported by factory warranties. Many residential AC companies will negotiate the fees associated with your system’s maintenance.
• Use your AC only as needed, when needed. Properly sized, well-maintained AC systems can cool a home quickly and efficiently. Programmable thermostats should have “On, Off, Vent, Cool” settings with setback and / or integral timers to enable scheduling when the AC is on and at what temperature over the course of a day. Set the interior temperature as high as tolerable and use AC only when necessary to save the most energy and money.

Conventional AC systems give us the luxury of comfort on demand. They are not as green as passive cooling options, but may be a medical necessity for the elderly or others whose health requires reliable temperature and humidity control. However, they cannot provide the tranquility, beauty and memories that come from one summer night on the porch, floating in the tree tops, breathing fresh air, watching the moon and stars come out after the rain ends. It doesn’t get any greener than that.

Green Living Archive



Weekly Tips

Low-E glass – Better windows through chemistry

August 25, 2014

Few improvements in window energy efficiency innovation can match the development of Low-E glass coatings. Low-emissive (Low-E) glass is window glass that has been treated with an invisible metal or metallic oxide coating. The coating creates a surface on the inside face of one of the glass panes that reflects heat, while allowing light to pass through. Windows treated with Low-E coatings are proven to reduce energy consumption, decrease fading of floors, furniture, carpet and window treatments, and increase overall comfort in your home.

Low-E, meaning ‘low emissivity’, is an extremely thin layer of metallic particles applied to the inside of one or more panes, or a freestanding interior film, that allows the glass to act like a filter. Long wavelengths, solar heat gain, are filtered out, while short wavelengths (the visible light spectrum) are allowed to pass through.

In summer, Low-E windows reduce over heating and air conditioning costs. In winter, the amount of heat lost through windows is reduced, keeping heating costs down. Low-E coating technology can be “tuned” to balance heat loss, heat gain and visible light transmission.

Today, Low-E glass coatings and films are durable, reliable and available from a number of manufacturers at competitive prices. GreenEdge Supply and 84 Lumber are pleased to carry a number of energy efficient windows that feature Low-E coatings. Contact us through the Request a Quote feature to receive more information to help you choose the best windows for your new construction or home renovation needs.



Ply Gem

Weekly Tip Archive

2013 Tips

2014 Tips

About Us

GreenEDGE Supply was established in 2013 as a division of 84 Lumber Company, when Mr. Joe Hardy, founder of 84 Lumber, dreamt of making green building another option for his valued customers. 84 Lumber, the largest privately held building products supplier within the United States, is a proven leader in the industry, and as such, is an unrivaled partner for GreenEDGE Supply. 84 Lumber and GreenEDGE Supply work hand in hand to educate our customers on the merits of building responsibly.
Our website serves as a vital resource for our customers to research, network, and communicate the standards of the ever-growing green building industry. Our product lines were created to save energy costs, improve productivity and help preserve our environment. Our product categories are centered on 5 major concentrations: Health Conscious, Responsible Forestry, Recycling, Energy Efficiency and Water Conservation. In each of these areas we provide sustainable products and services that contribute to your triple bottom line: Economic Stability, Environmental Stewardship and Social Responsibility. These efficiencies translate to cost competitive products and services, all of which can be purchased either online or at any of our 252 84 Lumber store locations or direct through our dedicated account representatives.
GreenEdge Supply also employs the National Association of Home Builders (NAHB) Certified Green Professionals. This designation recognizes builders, remodelers and other industry professionals who are equipped to incorporate green building principles into homes – without driving up the cost of construction. As Certified Green Professionals, we reduce the environmental impact of projects by incorporating appropriate green practices into our work within the housing industry. We stay informed of the current policies and codes to better educate and promote our customers on green building practices and encourage the research and use of new technologies and practices.

Click here to view our product brochure (PDF)

Request a Quote

We strive to provide the best products we can to our customers. Everything that we supply has a manufacturing story and can be classified under one of our 5 main categories of Water Conservation, Energy Efficient, Recycled, Responsible Forestry or Health Conscious. If you have a question about any of our products or want to receive a quote on something, please click here.


Project Details

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  • Date: November 2012
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Jonathan Grubbs, CGP
Sustainable Solutions Consultant

Designated a Certified Green Professional by the NAHB, Jonathan Grubbs consults to help improve the quality of individual’s lives, productivity in business practice, and the security of our environment.  Jonathan advocates for exceptional operating standards, enterprise planning, social responsibility, and sustainable management techniques.  In addition to educating, marketing and consulting, he sells our building products that incorporate energy, water and resource efficiency, and healthy indoor air quality from predesign to finished project.

Michelle Tascione, CGP
Sustainable Procurement Specialist

Michelle is GreenEdge Supply’s Procurement Specialist for all of our sustainable materials, and is responsible for internal operations. This includes purchasing, marketing, and sourcing the many building materials supplied to you, while also providing direct support for all aspects of the organization’s development efforts. Michelle is a Certified Green Professional through the NAHB, and works to engage, inspire and empower those that are passionate about sustainability and green building practices.

John McLinden, Developer, StreetScape

"StreetScape's sole focus is to create a new breed of American housing, connected to the community and a model for sustainability by obtaining U.S. Department of Energy "zero ready" certification. Green Edge has been an invaluable resource to us as we think through all the intricate design and engineering details as well as applying stringent cost metrics to the decision process."

Brett Malky, President, E.Q.A Landmark Communities

“We originally went to GreenEdge Supply just for materials, but we were given much more. The service and knowledge that we left with far surpassed what we were anticipating. I have no doubt that we will work together again."

Anthony Aebi, Owner, Greenhill Contracting

“This team has been extremely professional to work with and made sure that all of our expectations were met and exceeded. They responded quickly to all of our calls and were more than happy to help when asked.”

Kelly Emerine, Marketing Director, Magnolia Farms, LLC

"84 Lumber and the GreenEdge Supply Division have been a great resource for Magnolia Farms. As I was choosing materials and options for the Idea Home in Magnolia Farms, having the GreenEdge products as an option saved me so much time and searching. I felt confident in the quality of the materials and the "green" information they provided. I will recommend 84 Lumber and GreenEdge Supply to all clients."

Click here to contact us for more information.

1019 Route 519
Eighty Four, PA 15330

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