Billions of Gallons of Sandy Sewage Overflow
Hurricane Sandy was one of the largest storms to hit the northeast U.S. in recorded history, killing 159, knocking out power to millions, and causing $70 billion in damage in eight states. Sandy also put the vulnerability of critical infrastructure in stark relief by paralyzing subways, trains, road and air traffic, flooding hospitals, crippling electrical substations, and shutting down power and water to tens of millions of people. But one of the larger infrastructure failures is less appreciated: sewage overflow.
Six months after Sandy, data from the eight hardest hit states shows that 11 billion gallons of untreated and partially treated sewage flowed into rivers, bays, canals, and in some cases, city streets, largely as a result of record storm-surge flooding that swamped the region’s major sewage treatment facilities. To put that in perspective, 11 billion gallons is equal to New York’s Central Park stacked 41 feet high with sewage, or more than 50 times the BP Deepwater Horizon oil spill. The vast majority of that sewage flowed into the waters of New York City and northern New Jersey in the days and weeks during and after the storm.
Our analysis of sewage-spill data provided by state agencies and individual treatment plant operators shows that:
- One third of the overflow (3.45 billion gallons) was essentially untreated raw sewage. The remainder (7.45 billon gallons) was partially treated, meaning that it received at least some level of filtration and, perhaps, chlorination.
Fire can cause large amounts of damage on your property. However, there are other damages that can seriously affect the building as well. Smoke odor invades building materials and personal belongings of every kind. Smoke soot damages walls that have not been burned by flames. Experiencing a fire can be devastating, and SERVPRO understands that your cherished possessions and memories are at stake. As fire restoration experts, we specialize in soot and smoke damage as well.
If your home is damaged by fire, it is critical to contact a company that specializes in the fire and smoke restoration process as soon as possible to prevent additional damage. Your local SERVPRO is available 24/7 to help minimize the cost of fire and smoke damage to your home.
Our fire restoration process includes:
- 24/7 emergency services – onsite and assisting you within hours
- Prompt damage assessment, pretesting and estimates
- Emergency board-up and structural stabilization
- Environmentally friendly methods for cleaning soot and other residue from fire damage
- Smoke odor removal, sanitation and air purification
- Careful removal and securing of damaged household goods, personal possessions and other contents for cleaning and restoration
- Industrial grade water extractors, dehumidifiers, air movers and other equipment used to efficiently remove water resulting from fire extinguishing efforts
- Reconstruction of the affected areas
- Disinfectants and antimicrobials used to prevent mold and mildew
Why Trust SERVPRO
We will get your property back to normal faster. Our specialized training, cleaning methods and equipment combined with our experience means quicker clean up and lower smoke damage restoration costs. We can save your personal possessions using specialized equipment and cleaning methods, often being able to restore the contents of your home to their prior condition. We will assist with the insurance claims process to make it as painless as possible for you.
ICE DAMS: Several quick fixes but only one cure.
An Ice Dam is a hump of ice that forms at the edge of a roof under certain wintertime conditions. An ice dam can damage both your roof and the inside of your home. It will put gutters and downspouts at risk too.
Ice Dams are a common sight in Northern New England winters, and Home Partners has dealt with quite a few. There are several things you can do to avoid getting an ice dam or to reduce the risk of damage after one has formed, but there’s really only one cure: a combination of better sealing, insulation, and venting in the attic and eaves.
HOW DO ICE DAMS FORM?
An ice dam forms when the roof over the attic gets warm enough to melt the underside of the layer of snow on the roof. The water trickles down between the layer of snow and the shingles until it reaches the eave of the roof, which stays cold because it extends beyond the side of the house. There, the water freezes, gradually growing into a mound of ice.
The flatter the pitch of the roof, the easier it is for an ice dam to get a grip. Gutters at the eaves can also trap snow and ice. If snow and ice build up high enough in the gutter, it can provide a foundation for an ice dam.
WHAT DAMAGE DO ICE DAMS CAUSE?
When an ice dam gets big enough, melted water backs up behind it and seeps underneath the shingles. Eventually, it will drip into the insulation and down into the ceilings and exterior walls beneath the eave, ruining sheetrock and paint. If the ice dam breaks free, it can pull shingles and gutters off with it, and it will damage anything it falls on: shrubs, windowsills, cars, pets, and people. If the roof sheathing stays wet, it can form mildew and start to rot
DEALING WITH EXISTING ICE DAMS
1. Remove the ice dam by breaking it free in small chucks. Do NOT use an ax or other sharp tool! You’ll cut through the shingles. Instead, tap lightly with a blunt mallet. This is slow, dangerous work, so hire someone experienced at roofing. Even if you do it safely, the chunks of ice can take pieces of shingle with them.
2. Clear out gutters and downspouts. Again, this is ladder work and an easy way to damage either plastic or metal gutters and spouts.
3. Melt troughs through the ice dam with calcium chloride ice melter. Do NOT use rock salt! It will damage paint, metals, and plants beneath the eave and wherever the salty water drains.
A good trough-maker is a tube of cloth (a leg from an old pair of panty hose works well). Fill it with calcium chloride, tie off the top, and lay it vertically across the ice dam. It will slowly melt its way down through the dam, clearing a path for the underlying water to flow free