Why Be Vinyl Free

Our Green House Products Not Used Green Building Sites Green Products Completed Zelonedom Search



Find an Architect

Find a Green Builder

Find a Landscape

Interior Design & the Final  

      Look of Zelonedom

The Foundation

The Floor Slab

Drywall & Paint


Fresh, Healthy Indoor Air


Heating System -- Radiant
Energy Use: It's More than

     Heating Our Home

Electricity and Appliances


Framing-Walls & Wood

Framing - The Roof

Greenhouse for Heat &

      Food Production

Insulation ... Make it Tight

Initial Landscape Work

Initial Site Work

Landscaping During

Paint & Drywall

Pervious Concrete Driveway


Recycling Construction
Waste ...Zero Waste

Septic Systems ... Nothing
Very Green Here

Solar Electric System

Solar Water Feature

Water Proofing the Walls
Mold Discussion

Plumbing & Saving Water


Series of Pictures of How the House/Site Looks During Construction



Source is www.myhouseisyourhouse.org/

Polyvinyl chloride, commonly known as "PVC" or "vinyl," is one of the most common synthetic materials. PVC is a versatile resin and appears in thousands of different formulations and configurations. Among plastics, PVC is second in quantity used only to polyethylene. Approximately 75% of all PVC manufactured is used in construction materials.

PVC is the worst plastic from an environmental health perspective, posing great environmental and health hazards in its manufacture, product life and disposal.

Toxic Manufacturing Byproducts:
Dioxin (the most potent carcinogen known to science), hydrochloric acid and vinyl chloride are unavoidably created in production of PVC and can cause severe health problems:

Neurological damage
Immune system damage
Respiratory problems
Liver and kidney failure
Birth defects

In the U.S., PVC is predominately manufactured near low-income communities in Texas and Louisiana. The toxic impact of pollution from these factories on these communities has made them front line struggles in the environmental justice movement.

Global Impact: Dioxin's impact doesn't stop there. As a persistent bioaccumulative toxin (PBT), it does not breakdown rapidly and travels around the globe, accumulating in fatty tissue and concentrating as it goes up the food chain. Dioxins from Louisiana manufacturing plants migrate on the winds and concentrate in Great Lakes fish. Dioxins are even found in hazardous concentrations in the tissues of whales and arctic polar bears. The dioxin exposure of the average American already poses a calculated risk of somewhere between 1 in 100 to 1 in 1,000 - thousands of times greater than the usual standard for acceptable risk. Most poignantly, Dioxins concentrate in breast milk to the point that human infants now receive high doses, orders of magnitude greater than those of the average adult.

Lethal Additives: PVC is useless without the addition of a plethora of toxic chemical stabilizers - such as lead and cadmium - and phthalate plasticizers. These leach, flake or outgas from the PVC over time raising risks from asthma to lead poisoning as well as cancer.

Deadly Fire Hazard: PVC poses a great risk in waste incineration and building fires, as it releases deadly gases such as hydrogen chloride long before it ignites. As it burns, it leaves behind toxic dioxin waste.

Can't Be Readily Recycled: The multitudes of additives required to make PVC useful make recycling on any significant scale nearly impossible and interfere with the recycling of other plastics. This led the Association of Post Consumer Plastics Recyclers to declare it a contaminant in 1998.

Widespread in the Construction Industry: While the many problems associated with PVC throughout its lifecycle far outweigh the minimal benefits, the construction industry has been unaware of its true cost and long considered it a cheap wonder material. Piping, vinyl siding, and vinyl flooring are the largest and most familiar uses of PVC. Roof membranes are another growing area. It also shows up in electrical wire, conduit, junction boxes, wall coverings, carpet fibers and backing, windows, door frames, shades and blinds, shower curtains, furniture, flues, gutters, down spouts, waterstops, weatherstrip, flashing, moldings and elsewhere. Fortunately, for each of these uses, there exists a wide range of cost effective alternative materials that pose less of a health hazard than does PVC to both workers and the larger community.

The Alternatives are Ready
... Listed here is just a sample of the many PVC free options available:

bulletPiping: Cast iron, vitrified clay, and plastics such as cross-linked polyethylene and HDPE (High Density Polyethylene).
bulletSiding: Fiber-cement board, stucco, recycled or reclaimed or FSC certified sustainably harvested wood, polypropylene and acrylic.
bulletRoofing Membranes: TPO (Thermoplastic polyolefin) and EPDM (ethylene propylene diene monomer) membranes, low-slope metal roofing.
bulletFlooring & Carpet: Natural linoleum, bamboo, ceramic tile, carpeting with natural fiber backing, recycled or reclaimed or FSC certified sustainably harvested wood, cork, rubber, concrete slab, Stratica and other nonchloriated plastics.
bulletWall Coverings & Furniture: Natural fibers (wood, wool, etc), polyethylene, polyester, paint.
bulletElectrical Insulation and Sheathing: Halogen free, linear low-density polyethylene (LLDPE), thermoset crosslinked polyethylene (XLPE)
bulletWindows & Doors: Recycled or reclaimed or FSC certified sustainable harvested wood, fiberglass, and aluminum. Even for the average consumer, shower curtains do not have to be made of vinyl! For Charts of PVC free building materials and more information on the hazards of PVC, including a review of the science visit: www.healthybuilding.net

We welcome your comments on this site.
You can email Christine Garst at
Hit Counter
Sunday December 17, 2006 05:34 PM -0800

 All Rights Reserved