Property Damage & Disaster Restoration Blog: Long Island & New York City

The ReUse People (TRP), Long Island Building Deconstruction, and Advanced Restoration Corporation

Posted on Fri, Apr 16, 2010 @ 08:14 PM

Advanced Restoration Corporation is proud to partner with The Reuse People (TRP) on all our Building Deconstruction projects to make the Long Island Community the Leader in Building Deconstruction and Building Material Reuse in New York and throughout the country.

By partnering with us, The ReUse People are able to expand into the Long Island market to promote Building Deconstruction and the salvage and sale of reusable building materials while diverting construction and demolition (C&D) waste from our overburdened landfills.

These services are among the first steps in the green building process. Furthermore, tax-deductible donations of reusable materials to TRP, a nonprofit 501(c)3 corporation, provide a faster payback and better return-on-investment than any other product or service offered by the green building industry on Long Island.

How The ReUse People (TRP) Started

The ReUse People (TRP) started in April, 1993, with a drive for building materials to help the flood victims in Tijuana, Mexico. The drive, Project Valle Verde, was planned and coordinated with the mayors of Tijuana and San Diego, the San Diego Chamber of Commerce, the County Board of Supervisors, San Diego Gas and Electric Company, Waste Management, and the Building Industry Association.
 
On April 23 and 24, contractors, other private companies, public agencies and the citizens of San Diego donated over 400 tons of building materials valued at $1.2 million. Twenty-seven tractor trailers crossed the border carrying this material in an unprecedented demonstration of bi-national cooperation and assistance.
 
The success of Project Valle Verde demonstrated the need for used building materials and the impact of this need on our already overused and over committed landfills.
 
The ReUse People started as Building Materials Distributors in San Diego in 1993 and, due to a name conflict with an existing corporation, the name was soon changed to The ReUse People.

Who Benefits from Our Partnership On Long Island?

  • All of us through a better environment on Long Island
  • Low income families who cannot afford to buy new building materials
  • Building deconstruction can also lead to the creation of new jobs and businesses
  • Building owners by virtue of tax donations
  • Architects, builders and contractors through better service to their clients
  • Reduced unemployment strengthens the Long Island economy directly as well as indirectly in areas such as retail sales and housing

While we obtain reusable building materials from a variety of sources, our own deconstruction efforts and those of over 30 TRP-Certified Deconstruction Contractors throughout the country contribute over 90 percent of them.
 
Whether you are an architect, general building contractor, building owner, or government agency on Long Island we stand ready to provide you with a package of benefits including:

  • Environmentally sound demolition (We like the words building deconstruction)
  • Building materials salvage
  • Advanced Restoration Corporation's skilled building deconstruction technicians
  • Tax donations for all the materials donated to The ReUse People (TRP)
  • Lower overall project costs
  • The assurance that someone, somewhere reuses the salvageable building materials generated from your project(s) on Long Island

 

The ReUse People (TRP) President - Ted Reiff

 

Prior to founding The ReUse People (TRP) in 1995, Ted Reiff was managing partner with an investment banking firm that provided financial services to young technology companies. Now, in addition to guiding TRP's national expansion program, he consults with private companies and government bodies on a variety of demolition and waste diversion projects. A graduate of Ohio State University and a licensed demolition contractor, Ted served three terms as board president of I Love a Clean San Diego and is an advisor to Urban Habitat Chicago.

 

The ReUse People (TRP) Long Island Regional Manager - Mike Yurish

Mike holds a B.S. degree in environmental science from SUNY Purchase, New York, and has been an amateur deconstructionist for some 20 years. He serves on the board of directors of the ReCONNstruction Center in New Britain, Connecticut, and is a licensed realtor and appraisal trainee in New Jersey. A resident of Connecticut, Mike currently works as a senior print technician for a major printing company.  

Advanced Restoration Corporation - Eric Martin

 

Eric Martin has been in the family business for over 16 years.  He is certified by the Institute of Inspection, Cleaning, and Restoration Certification (IICRC) in Water Damage Mitigation and Advanced Structural Drying as well as holding his certification by the Restoration Industry Association (RIA) in Mold Remediation.  Eric has worked in New York City for 8 months after 9/11 cleaning up the building surrounding Ground Zero.  He also worked in New Orleans after Hurricane Katrina.    A Green Risk Professional from Vale Training Institute he is also a member of the Communications Committee from the U.S. Green Building Council's Long Island (USGBC-LI) chapter in charge of handling USGBC-LI's social media accounts.

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Advanced Restoration Corporation is proud to partner with The Reuse People (TRP) on all our Building Deconstruction projects to make the Long Island Community the Leader in Building Deconstruction and Building Material Reuse in New York and throughout the country.

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Environmental Benefits of Building Deconstruction On Long Island

Posted on Wed, Feb 10, 2010 @ 08:31 PM

Buildings have a significant impact on the environment.  In the U.S., buildings represent more than 50 percent of the nation's wealth. New construction and renovation account for approximately $800 billion or approximately 13 percent of the Gross Domestic Product and employ over 10 million people.  The construction industry uses 40% of all extracted materials.  Thirty percent of all energy used is a result of the construction industry and the built environment.

By reducing waste generation, deconstruction also reduces climate gas emissions, and abates the need for new landfills and incinerators. Perhaps most importantly, it helps to steer the C&D industry away from traditional consumption and disposal patterns and towards sustainability and reuse. Reducing the industry's consumption of virgin materials helps preserve natural resources and protect the environment from the air, ground, and water pollution related to extraction, processing, and disposal of raw materials.

Each year the United States buries about 33 million tons of wood related construction and demolition debris in our landfills. As anaerobic microorganisms decompose this wood, it will release about 5 million tons of carbon equivalent in the form of methane gas.

This is equivalent to the yearly emissions of 3,736,000 passenger cars.

Producing new building materials from recycled, rather than virgin, materials consumes less energy. Consuming less energy means burning fewer fossil fuels, which in turn means producing fewer green house gases.

Every ton of wood that is reused avoids the creation of 60 pounds of green house gases that would have been created to harvest and mill new lumber.

The Environmental Protection Agency On Building Deconstruction

Building deconstruction is a "grave-to-cradle" program that helps take care of the enormous stock of buildings reaching the end of their useful lives while simultaneously reducing the pressure to mine or harvest natural resources for new construction, reducing the need for landfill space, and creating new jobs.

Construction activities consume 60% of the total raw materials used in the U. S. economy.

Estimates that 136 million tons of building-related C&D waste is generated annually, of which 92% is from renovation and demolition work.

Only 20% to 30% of C&D waste is being recycled.

Tags: environmental, demolition waste, construction and demolition waste, environmental benefits building deconstruction, advanced restoration corporation, building deconstruction, building deconstruction long island, build green, environmental benefits

Deconstructing Long Island's Construction & Demolition Waste

Posted on Fri, Feb 05, 2010 @ 12:57 PM

When buildings reach the end of their useful life, they are typically demolished and hauled to landfills.  Building implosions or ‘wrecking-ball' style demolitions are relatively inexpensive and offer a quick method of clearing sites for new structures. On the other hand, these methods create substantial amounts of waste. 

The demolition and renovation of buildings in the U.S. produces 124,670,000 tons of debris each year, according to the Deconstruction Institute. That's an awful lot when you consider that just one 2,000-square-foot wood-frame home has the potential to yield 6,000-board-feet of reusable lumber or about 85 percent of the wood framing.  That house, demolished and sent to a landfill, amounts to about 127 tons of trashed materials or about 10,000 cubic feet of debris.  This is equivalent to 33 mature trees, or the yearly output of 10 acres of planted pine (7 football fields).  Wood frame houses are good examples, since 95 percent of all houses are built that way.

The U.S. Environmental Protection Agency estimates that 270,000 residential units are demolished in the U.S annually.  Much of that demolition debris goes into landfills.  In this country, according the EPA, building debris (in total, not just from residential units) accounts for one-third of all solid waste, and an estimated 91 percent of that comes from renovation and demolition.  We can estimate that for every 3 square feet of deconstruction, enough lumber can be salvaged to build 1 square foot of new construction. At this rate, if deconstruction replaced residential demolition, the US could generate enough recovered wood to construct 120,000 new affordable homes each year.

Some states, including California and Massachusetts, are enacting bans, taking steps to divert up to 60% of the construction waste from landfills.  In Chicago, the city has ordinances which require almost half of the construction debris be diverted from landfills.  Thanks to some forward-thinking insurance companies who now offer a "green" policy, coverage for recycling and deconstruction costs are now a reality on some insurance policies.

Construction & Debris (C & D) Waste Facts

In 1978, there were approximately 20,000 landfills. By 1988, that number had dropped to 5,499. Currently the figure stands at 3,091. The EPA estimates that as of the 2008, only 1,234 landfills were available. 

Only 3 active landfills on Long Island as of 2009.

All landfills will eventually fail and leak leachate into ground and surface water. Plastics are not inert. State-of-the-art plastic (HDPE) landfill liners (1/10 inch or 100 mils thick) and plastic pipes allow chemicals and gases to pass through their membranes, become brittle, swell, and breakdown. 

"...82% of surveyed landfill cells had leaks while 41% had a leak area of more than 1 square feet," according to Leak Location Services, Inc. (LLSI) website (March 15, 2000).

All landfills could require remediation, but particularly landfills built in the last 60 years will require a thorough clean-up due to the disposal of highly toxic chemicals manufactured and sold since the 1940's.

The U.S. generated 143.5 million tons of building-related construction and demolition debris in 2008, but only 28% (40.2 million tons) was reused, recycled or sent to waste-to-energy facilities.

Consider that one year's debris is enough to build a wall about 30 feet high and 30 feet thick around the entire coast of the continental United States (4,993 miles).

How much do your building projects impact these numbers? Consider the following:

  • The average new construction project yields 3.9 pounds of waste per square foot of building area. Example: A 50,000-square-foot building = 97.5 tons of waste.
  • The average building demolition yields 155 pounds of waste per square foot. Example:A 50,000-square-foot building = 3,875 tons of waste.

According to the National Association of Home Builders, a typical 2,200 sq.ft. home requires 13,000 board feet of framing lumber.  If laid end to end, that framing lumber would stretch 2.5 miles.

If all the dimensional lumber used to build the 1.2 million new homes constructed in the United State each year were laid end to end, it would extend 3 million miles, the equivalent of going to the moon and back six and a half times.

 XXX5FRY6C9DS

Tags: long island green homes, long island, green building, demolition waste, construction and demolition waste, waste, advanced restoration, advanced restoration corporation, environment, building deconstruction, building deconstruction long island, green construction, build green, sustainable practices, c & d waste

Ice Dams and Your Home

Posted on Fri, Jan 22, 2010 @ 10:19 AM

Whenever there is snow, you are likely to have troublesome ice dams to follow. Ice dams can cause major water damage and flooding to your home, which requires immediate attention.

 

ice dams


 

 

As winter advances through cycles of freezing and thawing, buildings and homes experience ice buildup and roof damage. In general, ice dams are formed when attic heat moves up to warm the roof and melts snow at or near the ridge. Snow melts, runs downward and hits the edge of the cold roof, resulting in re-freezing snow.  These cycles cause ice to accumulate and back up under shingles. Damage appears in the form of soaked insulation, stained, cracked and damaged sheet rock, damp, smelly, rotting wall cavities and stained, blistered and peeling paint.

Preventing Ice Dams
To prevent an ice dam, don't heat the roof, keep it cold. That way, the snow on the roof eventually dissipates without making large amounts of meltwater. The underside of the roof deck should not exceed 30 F. The best way to maintain low temperatures is by ensuring that there is adequate insulation and sealing gaps that let warm air pass into the attic from the house. The attic must also be ventilated, so that cold air is introduced into it and heated air escapes rapidly.  InsulationIncreased insulation in an attic will help to prevent ice dams. First, insulate the areas between the roof rafters. It is important to keep an air space between the roof deck and the insulation in order to prevent a condensation buildup that can delaminate the roof deck. Prior to insulating, install polystyrene rafter air channels, which are available at home centers.  If there's a hatchway into the attic, build a cover for it out of rigid poly-styrene insulation.

If the gable and ridge vents do not generate sufficient air movement to dissipate the heat, you will need a motorized vent at one end of the attic to exhaust the heat, and an adequately sized vent on the opposite end of the attic to draw in cold air from the outside.

Ice Dam Inspection
Check your home carefully when ice dams form. Investigate even when there doesn't appear to be a leak. Look at the underside of the roof sheathing and roof trim to make sure they haven't gotten wet. Check the insulation for dampness. And when leaks inside your home develop, be prepared. Water penetration often follows pathways difficult follow.  Don't just patch the roof leak. Make sure that the roof sheathing hasn't rotted or that other less obvious problems in your ceiling or walls haven't developed. Detail a comprehensive plan to fix the damage and more importantly, solve the problem.

Frozen Pipes?

frozen pipes

 

Tags: preventing frozen pipes, ny water damage company, restoration companies, flooding, nassau county restoration, demolition waste, winter storm, ice damage, cold winter, advanced restoration, restoration, emergency service, disrepair, flood damage, flood, home repair, moisture, ice storm

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