There are two reasons why you should build a “green” home. On a personal level, a green home promotes healthy living by protecting your physical and emotional well-being. It also reduces your home’s energy costs.
On a global level, green high-performance construction supports a healthy environment by conserving the earth’s resources. It also safeguards our planet’s life support systems.
Green homes are built with products that are safe and nontoxic. They incorporate green features that minimize the build-up of indoor air pollutants, humidity, and allergens. These green characteristics are important to your family’s health, since airborne toxic pollutants are five times higher inside houses than outdoors. Green design also resists the growth of mold and mildew. Not surprisingly, green building helps family members with asthma or allergies. It also improves everyone’s comfort, since it is less drafty.
A green home is built with sustainable practices, ones that rely on renewable resources. Green builders use land in a way that is sustainable. They reduce the impact of construction on a site’s natural vegetation, thus preserving native plants, trees, and topsoil, and they use landscaping that conserves water. Green builders efficiently employ resources, conserving materials and cutting waste where possible. They select materials and equipment that are friendly to the environment. When green builders apply these practices to their heating and cooling systems, they craft homes that use less energy, which benefits our planet. You benefit as well, since you save money, as much as 50% on utility costs. These green practices also increase your home’s resale value.
How Modular Factory Production Is Green
Building green is easier, faster, and more affordable when using modular technology. The hallmarks of high-performance green construction – energy efficiency, healthier indoor environments, and sustainable practices – are more readily accomplished in a factory. The modular building system produces tighter, more energy efficient homes than conventional construction. Efficient assembly line practices and quality control procedures ensure this result. Volume purchases reduce the cost of the green products needed to create a healthy indoor environment. And factory production practices use manpower, materials, and energy more efficiently.
The thermal envelope of a modular home easily meets or exceeds the requirements of green construction. High-performance green windows and doors, matched with ample amounts of insulation, create a well insulated modular shell. Tighter construction is typical because the modular structure can be built from the inside out in the factory’s climate controlled facility. Conventional, on-site builders first sheath the exterior of the home to protect the structure from the elements. They next install the mechanical systems and insulation in the walls and cover the finished product with drywall. This sequence makes it difficult to seal behind the drywall penetrations required to complete the plumbing, electrical, and heating systems. A modular home begins with the mechanical systems installed through the drywall before the exterior sheathing is glued and nailed in place. This allows assembly line workers to directly seal the drywall penetrations.
Another reason modular technology produces tighter homes is that the components are joined with stronger fastening systems. Many components are attached with both glue and conventional fasteners. Since the grade of glue is often stronger than the screws, nails, and bolts, this modular technique bonds the materials very tightly together. And since the glue fills many of the cracks and crevices that naturally occur between framing materials, the fastening system further reduces air infiltration.
The tighter construction typical of high-performance modular homes offers another advantage besides lower energy costs. It reduces the amount of pollen, dust, moisture, and other outside pollutants that can get inside a home. Because this tightness limits the amount of stale air that can escape a house, modular homes – like all tight, energy efficient homes – need to take steps to ensure the inside air stays healthy. Green modular manufacturers accomplish this in two ways. They significantly reduce the use of products that emit pollutants, and they install ventilation systems that remove the pollutants that build up inside.
Many of the products used to build today’s homes contain chemicals that are released into the air over time. This “offgassing” or “outgassing” is particularly unhealthy when the gases include formaldehyde or volatile organic compounds (VOC). Green modular factories select materials that emit less formaldehyde and use paint, primer, sealants, and adhesives that emit little VOC. Green modular manufacturers are able to affordably switch to these healthier materials because of their volume purchases.
Limiting the use of products that emit toxic gases is only half the challenge of creating healthy indoor air. After all, people’s everyday activities of breathing, cooking, bathing, and cleaning inevitably create airborne pollutants and moisture. Green modular manufactures help create a healthy indoor environment by installing ventilation systems that replace the stale air with fresh air from the outside. This can be done affordably with Energy Star approved bathroom fans and kitchen range hoods that exhaust to the outside.
Modular factory production includes a third green characteristic: it enables resource efficiency and sustainable practices. Green modular factories promote resource efficiency by selecting products that reduce the demand for water, energy, and materials. For example, green modular homes include water efficient fixtures, such as low flow toilets and water efficient showerheads and faucets. Green modular manufacturers create less waste by using lumber precut to size and by reusing and recycling what they can of their limited waste. For instance, it is common for a modular factory to recycle cardboard, aluminum, steel, and plastic and to reuse drywall. The limited on-site construction of modular homes conserves energy by reducing the number of trips to and from a job site.
Modular factories promote sustainable practices in several ways, most notably with assembly line procedures that reduce build time, enhance quality, and lower cost. Modular technology even carries sustainability to the building site. With most of the home built at the factory, green modular construction causes less damage to the environment, and imposes less noise and disruption on the neighborhood.
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