Today, a new guest post, by the team at ModSpace, a nationwide vendor of modular buildings which offers mobile office and prefab office solutions.  [And yes, I realize that ModSpace has a vested interest in this subject, but the article is interesting nonetheless!]

As our country turns more attention to global warming and environmental awareness, more citizens, businesses, and industries are looking for ways to reduce their carbon footprint and lessen their impact on the environment.  Modular construction is becoming a vital player in a world of green industries. It’s also quickly growing in popularity among American companies and individuals.

Modular construction has revolutionized the way we approach large-scale construction projects while still minimizing environmental impact. In previous years, when conventional on-site construction methods appeared to be customers’ only option, creating large amounts of material waste and airborne contaminants was an unavoidable result of the building process.

According to the National Science and Technology Council, conventional methods of onsite construction are responsible for placing approximately 135 million tons of waste (roughly the same weight of 14,647 fully-loaded Arleigh Burkeclass US Navy Destroyers) into landfills every year. This huge amount of trash can be attributed to construction material packaging, unused or scrap building materials, and related waste.

Modular buildings, which are fabricated off-site in a protected factory setting by a team of design specialists, have the potential to reduce construction waste by up to 90%.  Modular Construction can be “greener” due to a variety of factors, including:

1. limited use of packaging;
2. built in protection of materials from weather damage and project vandalism;
3. assembly-line efficiencies; and
4. the ability to store leftover materials in the factory facility to be used either for other projects or to be recycled.

In addition to reducing environmental impact during the manufacturing process, modular construction also causes significantly less site disruption, which translates to a diminished need for heavy machinery that can emit large amounts of greenhouse gasses over the course of a construction project.

Because modular homes and businesses are built to endure the stresses of transportation from the factory to the foundation site, structures have a long service life. And as a result of simply assembling the structure in sections, if the building ever needs to be relocated or repurposed, it can be disassembled and transported with minimal hassle or cost. In that way, modular buildings become reusable and recyclable, even further reducing the impact on our environment in the future.

Due to significant advancements in green modular construction technology and engineering efficiency, the modular construction method is becoming a viable, cost-effective option for those customers seeking to build or expand while minimizing their carbon footprint.

Editor’s Note:  Do you have any questions or comments about modular construction and its potential to be more “green” than traditional construction?  Share in the comments section, below.   And remember, Tuesday there is a Construction Contracts CLE webinar.  Two free tickets are still available– email me asap if you want to claim one.

Today, a guest post from the folks at Lamps.com, a retailer of lamps, LED lighting and LED outdoor lighting solutions.  They provide an interesting pro/con analysis of the three main types of light sources. 

Going “green” is one of the largest priorities among businesses today; it seems everyone is doing it. Obviously, while building an energy-efficient structure, one of your main goals should be to conserve resources, but it can also be important to consider how you are going to light the project while still sticking to the green guidelines. It can be costly and stressful to think about lighting a whole construction site at night using solar paneled lights or other energy-efficient means, but with the following few tips you can conserve energy and have a safe, well-lit workspace while still keeping to your budget:

 LED Light bulbs: All of the light bulbs that fit in typical sockets can generally be replaced with substitute light sources. LED lights are a great way to shed light on your construction project while still maintaining energy-efficient standards. LED lights come in both flood and track varieties, and are a benefit in the workplace because they do not throw off heat. That means that, no matter how late you’re burning the midnight oil, you are going to be safe from burns and fires. LEDs last close to eight times longer than CFL light bulbs and can be used in almost all light fixtures. LED bulbs also require significantly less wattage in comparison to the other types of bulbs. This makes them the most efficient and longest lasting type to use in a construction setting.

CFL Light bulbs: CFLs are another option for people looking to save energy but still work by light. Although they are not as energy efficient as LEDs they still use fifty to eighty percent less energy than regular incandescent bulbs. Replacing just one incandescent bulb with a CFL will cut about a half ton of C02 out of the atmosphere in just 5 years; that’s a lot of air and water pollution you could be saving. These, like the LEDs can be used in almost all areas where lighting is required.

Solar Paneled Lights: With the rise of solar powered technology, solar paneled lights can be cheap to find if you look in the right place. Purchasing online is a viable option for most, but make sure you read reviews of the product before buying. Solar paneled lights do have the tendency to be dimmer than other varieties, and also can die out more quickly because of their power source being inaccessible.

Along with getting energy-efficient bulbs there are options such as replacing fixtures in your pre-existing equipment, or using energy efficient cording. However, buying new bulbs is the quickest, easiest way to quickly make sure your construction company is working with “green” equipment and conserving as much as it can.

Editor’s Note:  Be sure to check out this chart showing complete details of the three types of lights, including energy, environmental impact, and light output. 

Your turn:  Have you worked on a LEED or other “green” project which used alternative light sourcing?  Share in the comments section, below.