How to prevent Sewer Backups
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Friday, November 19, 2010
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Friday, November 12, 2010
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Friday, November 5, 2010
Flood Control Oklahoma
Oklahoma State - Watershed Program Leader
Oklahoma leads the nation with 2, 105 upstream flood control dams created under the USDA Watershed Program. Oklahoma’s conservation districts are key watershed project contributors. All these dams can be found within 121 watersheds within 64 counties and provide $75 million in annual predicted benefits coming from decreased flood damages and also other advantages.
Oklahoma State has always been a leader in flood control starting with the development of the 1st upstream flood control dam in the nation in 1948, Cloud Creek Dam Number ONE. The dam located in the vicinity of Cordell, Oklahoma State, is within the Cloud Creek Watershed, a tributary into the Washita River and was constructed by neighborhood watershed task patrons with help from the USDA Soil Conservation Service. The Flood Control Act of 1944 (Public regulation 78-534) sanctioned financing and technical assistance from the USDA Soil Conservation Service. This regulation sanctioned pilot watershed projects within 11 watersheds within the country, such as Washita River Watershed within Oklahoma State.
Congress noticed the achievements & advantages of these kinds of eleven watershed plans & in 1954 approved the Watershed Protection and Flood deterrence Act of 1954 (Public regulation 83-566) that widened the System to other approved watersheds.
Oklahoma also boasts the 1st finished watershed project inside the USA, Sandstone Creek Watershed job in Roger Mills County. Twenty-four dams were constructed in the watershed between 1950 and 1953.
Oklahoma was additionally the 1st state to construct a multi-purpose dam, Wildhorse Creek Dam No. 22 in Stephens County in 1957.
Oklahoma State Counties using Watershed Dams
How the Program Functions
The concept driving the upstream flood control Program is to construct compact flood control dams on tributaries upstream coming from rivers or substantial streams. The group of dams inside a watershed trap waters through major rainstorms and slowly and gradually release it over a time period of a few days or weeks by way of a pipe within the dam stopping it from reaching the river all at one time, therefore lessening floodwaters.
Preservation procedures such as terraces, ponds, diversions, grass plantings, as well as level stabilization structures are employed to the area within the watershed to stop erosion, lessen sediment and to help prolong the life of the dams.
community watershed project backers request support with a feasibility study on a watershed project from the USDA normal Resources Conservation Service. Should the job is determined possible in addition to job patrons prefer to move forward with the job, NRCS provides assistance in creating a watershed strategy. This strategy may need Congressional approval prior to funding can be allocated to the task. Once the strategy is approved and initial funding is appropriated, building is commenced on dams wherever local patrons have obtained easements and rights-of-way. Congress allocates watershed money to states on an annual basis. Watershed tasks need a area unit of government as the key project sponsor, which in Oklahoma State are usually conservation districts. The job backer assumes functioning and servicing for any dams once they are constructed.
The majority of the 2, 105 dams have been carried out in the 1960s and 70s, with over 100 dams created in some years.
The vast majority of dams are located on individual lands and while the dams are constructed with national funds, the lakes created by the dams do not have to be opened for the public. Permission to enter private property to fish, for example. must be attained through the landowner.
advantages of the Watershed Program
The 2, 105 upstream flood control dams created within the state have established a $2 billion infrastructure that offers numerous benefits to thousands of people. It is projected that the dams as well as established conservation practices inside the watersheds supply roughly $75 million in positive aspects annually.
The lakes not only provide flood in addition to erosion control, but they are sources of water for livestock & irrigation as well as they produce wildlife habitat and leisure spots. The dams supply flood protection to above 2 million acres of agricultural territory in downstream flood plains.
Forty-two of the dams were created as multi-purpose buildings which produce city and county and countryside water supplies or recreation spots for local towns.
These 2, 105 flood control dams:
Safeguards 1, 532 county & highway bridges.
Offers flood deterrence for 20, 541 farms & ranches.
Traps 9. 2 million tons of sediment per year. Much of this sediment would end up in major streams or lakes, such as Lake Texoma, if not caught by the flood control dams.
Has produced or boosted 44, 399 acres of wetlands.
Flood Control Act of 1944, general public regulation 78-534
The Washita River Watershed Flood Control Program was among the initial 11 plans authorized within the country by general public regulation 78-534 and since that point 1, 107 of the 1, 121 organized dams have been created within the sub-watersheds of the Washita River. Many of these dams have or will soon reach the final of the 50-year designed life-span and have filled up with sediment or need rehabilitating due to changes in hazard classification or dam safety regulations. Some dams have already been rehabilitated to bring them up to recent dam safety specifications and increase their life for an additional 100 years.
Watershed Protection and Flood deterrence Act of 1954, general public law 83-566
Under the power of PL 83-566 Watershed Protection and Flood avoidance Act area patrons have requested help on above ONE HUNDRED watersheds. Out of these requests, work plans have been finished and approved for 71 watersheds. Nine hundred & eighty-five dams are completed and an additional 319 dams are awaiting development. The amount of dams built per year depends on area patrons acquiring needed easements and rights-of-way and on NRCS receiving watershed funding for building and technical aid.
Pilot & RC&D Watershed tasks
Six flood control dams in the Oklahoma have been constructed under a pilot flood prevention task (Double Creek Watershed in Washington County) and seven dams had been created under the Resource Conservation and Development Program (RC&D). The 6 dams in the Double Creek Watershed have been rehabilitated somewhere between 2004 & 2008 to get them up to present dam safety specifications and lengthen their lifespan for another 100 years.
High Hazard Dams
Of the 2, 105 flood control dams within the state, 229 of them are categorized as “high hazard†dams (as of September 1, 2008). A dam is categorized high hazard when there can be likely loss of life coming from a dam failure.
Some dams have been developed as high hazard dams whenever they had been created on account of residences, corporations or major highways located downstream in the breach region. But Most of the high hazard dams had been made as low hazard dams in outlying areas to assist control flash flooding on agricultural lands. Households, corporations or highways have been made downstream inside the breach area of some of these dams leading to them to be reclassified from low hazard to high hazard. The NRCS continually reviews the status of dams to guarantee the proper classification.
functioning and repair
functioning and repair of the 2, 105 small flood control dams is a big obligation for several conservation districts. Some districts have above 100 dams in their region. Many of the common jobs areas carry out are: making yearly inspections; guaranteeing the dams and earthen spillways are guarded with great plant life and without any erosion; ensuring that the main spillway inlet tower as well as pipe are kept freed from debris and in excellent condition; preserving fencing surrounding the dam, and ensuring that there are no obstructions within the earthen spillway like trees or man-made materials that interrupt the natural water stream.
The Oklahoma State Conservation Commission (OCC) has various watershed technicians that produce aid and machines to districts to assist with this duty. These technicians produce technical help to conservation zones and often assist zones with fixes to primary spillways and other components of dams. The OCC loans siphons, pumps, and also other equipment to conservation districts and Provides education to section employees on functioning and servicing.
The OCC also Provides capital to areas for repairs to dams (subject for the availability of resources appropriated by legislature). Requests for such capital is made to OCC utilizing form OCC-8H.
The OCC Works with conservation districts to produce a process of expert control of beavers where they are a problem. Beavers often burrow in the earthen dams and plug up the major spillway of dams, which usually if not addressed could cause dam failure.
task Sponsors' (Conservation Districts') Obligations
Watershed job sponsors (in most circumstances conservation districts) enter into a partnership with NRCS on a watershed job. This arrangement spells out tasks of the job patron, like those for operations and upkeep of the dams. This contract calls for the sponsors to carry out yearly inspections, and function and maintain the dams to ensure they stay risk-free as well as function as created.
Even though dams are frequently positioned on private area, conservation districts through an easement authorized prior to development of a dam, have the right to enter in the property to examine, preserve and mend or rehabilitate the dams.
Other fact sheets on the Watershed Plan are also available on the National Watershed Coalition website: http: //www. watershedcoalition. org
Oklahoma leads the nation with 2, 105 upstream flood control dams created under the USDA Watershed Program. Oklahoma’s conservation districts are key watershed project contributors. All these dams can be found within 121 watersheds within 64 counties and provide $75 million in annual predicted benefits coming from decreased flood damages and also other advantages.
Oklahoma State has always been a leader in flood control starting with the development of the 1st upstream flood control dam in the nation in 1948, Cloud Creek Dam Number ONE. The dam located in the vicinity of Cordell, Oklahoma State, is within the Cloud Creek Watershed, a tributary into the Washita River and was constructed by neighborhood watershed task patrons with help from the USDA Soil Conservation Service. The Flood Control Act of 1944 (Public regulation 78-534) sanctioned financing and technical assistance from the USDA Soil Conservation Service. This regulation sanctioned pilot watershed projects within 11 watersheds within the country, such as Washita River Watershed within Oklahoma State.
Congress noticed the achievements & advantages of these kinds of eleven watershed plans & in 1954 approved the Watershed Protection and Flood deterrence Act of 1954 (Public regulation 83-566) that widened the System to other approved watersheds.
Oklahoma also boasts the 1st finished watershed project inside the USA, Sandstone Creek Watershed job in Roger Mills County. Twenty-four dams were constructed in the watershed between 1950 and 1953.
Oklahoma was additionally the 1st state to construct a multi-purpose dam, Wildhorse Creek Dam No. 22 in Stephens County in 1957.
Oklahoma State Counties using Watershed Dams
How the Program Functions
The concept driving the upstream flood control Program is to construct compact flood control dams on tributaries upstream coming from rivers or substantial streams. The group of dams inside a watershed trap waters through major rainstorms and slowly and gradually release it over a time period of a few days or weeks by way of a pipe within the dam stopping it from reaching the river all at one time, therefore lessening floodwaters.
Preservation procedures such as terraces, ponds, diversions, grass plantings, as well as level stabilization structures are employed to the area within the watershed to stop erosion, lessen sediment and to help prolong the life of the dams.
community watershed project backers request support with a feasibility study on a watershed project from the USDA normal Resources Conservation Service. Should the job is determined possible in addition to job patrons prefer to move forward with the job, NRCS provides assistance in creating a watershed strategy. This strategy may need Congressional approval prior to funding can be allocated to the task. Once the strategy is approved and initial funding is appropriated, building is commenced on dams wherever local patrons have obtained easements and rights-of-way. Congress allocates watershed money to states on an annual basis. Watershed tasks need a area unit of government as the key project sponsor, which in Oklahoma State are usually conservation districts. The job backer assumes functioning and servicing for any dams once they are constructed.
The majority of the 2, 105 dams have been carried out in the 1960s and 70s, with over 100 dams created in some years.
The vast majority of dams are located on individual lands and while the dams are constructed with national funds, the lakes created by the dams do not have to be opened for the public. Permission to enter private property to fish, for example. must be attained through the landowner.
advantages of the Watershed Program
The 2, 105 upstream flood control dams created within the state have established a $2 billion infrastructure that offers numerous benefits to thousands of people. It is projected that the dams as well as established conservation practices inside the watersheds supply roughly $75 million in positive aspects annually.
The lakes not only provide flood in addition to erosion control, but they are sources of water for livestock & irrigation as well as they produce wildlife habitat and leisure spots. The dams supply flood protection to above 2 million acres of agricultural territory in downstream flood plains.
Forty-two of the dams were created as multi-purpose buildings which produce city and county and countryside water supplies or recreation spots for local towns.
These 2, 105 flood control dams:
Safeguards 1, 532 county & highway bridges.
Offers flood deterrence for 20, 541 farms & ranches.
Traps 9. 2 million tons of sediment per year. Much of this sediment would end up in major streams or lakes, such as Lake Texoma, if not caught by the flood control dams.
Has produced or boosted 44, 399 acres of wetlands.
Flood Control Act of 1944, general public regulation 78-534
The Washita River Watershed Flood Control Program was among the initial 11 plans authorized within the country by general public regulation 78-534 and since that point 1, 107 of the 1, 121 organized dams have been created within the sub-watersheds of the Washita River. Many of these dams have or will soon reach the final of the 50-year designed life-span and have filled up with sediment or need rehabilitating due to changes in hazard classification or dam safety regulations. Some dams have already been rehabilitated to bring them up to recent dam safety specifications and increase their life for an additional 100 years.
Watershed Protection and Flood deterrence Act of 1954, general public law 83-566
Under the power of PL 83-566 Watershed Protection and Flood avoidance Act area patrons have requested help on above ONE HUNDRED watersheds. Out of these requests, work plans have been finished and approved for 71 watersheds. Nine hundred & eighty-five dams are completed and an additional 319 dams are awaiting development. The amount of dams built per year depends on area patrons acquiring needed easements and rights-of-way and on NRCS receiving watershed funding for building and technical aid.
Pilot & RC&D Watershed tasks
Six flood control dams in the Oklahoma have been constructed under a pilot flood prevention task (Double Creek Watershed in Washington County) and seven dams had been created under the Resource Conservation and Development Program (RC&D). The 6 dams in the Double Creek Watershed have been rehabilitated somewhere between 2004 & 2008 to get them up to present dam safety specifications and lengthen their lifespan for another 100 years.
High Hazard Dams
Of the 2, 105 flood control dams within the state, 229 of them are categorized as “high hazard†dams (as of September 1, 2008). A dam is categorized high hazard when there can be likely loss of life coming from a dam failure.
Some dams have been developed as high hazard dams whenever they had been created on account of residences, corporations or major highways located downstream in the breach region. But Most of the high hazard dams had been made as low hazard dams in outlying areas to assist control flash flooding on agricultural lands. Households, corporations or highways have been made downstream inside the breach area of some of these dams leading to them to be reclassified from low hazard to high hazard. The NRCS continually reviews the status of dams to guarantee the proper classification.
functioning and repair
functioning and repair of the 2, 105 small flood control dams is a big obligation for several conservation districts. Some districts have above 100 dams in their region. Many of the common jobs areas carry out are: making yearly inspections; guaranteeing the dams and earthen spillways are guarded with great plant life and without any erosion; ensuring that the main spillway inlet tower as well as pipe are kept freed from debris and in excellent condition; preserving fencing surrounding the dam, and ensuring that there are no obstructions within the earthen spillway like trees or man-made materials that interrupt the natural water stream.
The Oklahoma State Conservation Commission (OCC) has various watershed technicians that produce aid and machines to districts to assist with this duty. These technicians produce technical help to conservation zones and often assist zones with fixes to primary spillways and other components of dams. The OCC loans siphons, pumps, and also other equipment to conservation districts and Provides education to section employees on functioning and servicing.
The OCC also Provides capital to areas for repairs to dams (subject for the availability of resources appropriated by legislature). Requests for such capital is made to OCC utilizing form OCC-8H.
The OCC Works with conservation districts to produce a process of expert control of beavers where they are a problem. Beavers often burrow in the earthen dams and plug up the major spillway of dams, which usually if not addressed could cause dam failure.
task Sponsors' (Conservation Districts') Obligations
Watershed job sponsors (in most circumstances conservation districts) enter into a partnership with NRCS on a watershed job. This arrangement spells out tasks of the job patron, like those for operations and upkeep of the dams. This contract calls for the sponsors to carry out yearly inspections, and function and maintain the dams to ensure they stay risk-free as well as function as created.
Even though dams are frequently positioned on private area, conservation districts through an easement authorized prior to development of a dam, have the right to enter in the property to examine, preserve and mend or rehabilitate the dams.
Other fact sheets on the Watershed Plan are also available on the National Watershed Coalition website: http: //www. watershedcoalition. org
Thursday, November 4, 2010
Tuesday, November 2, 2010
Sunday, October 31, 2010
Wednesday, October 20, 2010
Tuesday, October 19, 2010
Emergency Water Extraction Service in Oklahoma City, Tulsa, Norman
http://ping.fm/PWFTK
Covenant Restorations Inc.
Covenant Restorations was started right after the devastating effects of hurricane Katrina. Just seven days after Katrina devastated the Gulf Coast in 2005, we were there. We experienced firsthand the importance of helping people with the basic needs of life. We went to help with the intentions of drying out water damaged buildings and found ourselves working in distributions centers unloading trucks and passing our food, water and ice. Nothing was more moving to see people helping people. Spending time praying with people, giving them a hug or a shoulder to cry on was the least we could do. We found ourselves in the middle of new calling in life, helping people in their time of need.
Contact us today for your free property evaluation. (918) 814-5646
Located in Oklahoma, we are available nationwide for natural disasters
24/7 Emergency Response for all of Oklahoma. Includes Oklahoma City, Tulsa, Norman, etc.
Free Consulation and Estimate
We work with the Insurance Companies to make sure you get a fair deal during the Claims Process
Covenant Restorations Services include: Mold Remediation, Water Damage, Flood Damage, Emergency Water Extraction, Insurance Claims, Thermal Imaging, Energy Audits, Leak Detections, & Sewer Backup.
We are often hired by property owners, insured individuals, independent adjusters, general contractors, restoration contractors, consultants and attorneys because of the quality of our inspection, documentation and estimating. We find that most adjusters are overloaded with work, with demands from multiple directions and too may claims at one time. This prohibits them from spending the necessary time to be as precise and thorough as they need to be. We’re not blaming or complaining, we are grateful to be able to provide help. We are in this kind of business because nothing is more satisfying and fulfilling than helping people in their time of need.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it. (918) 814-5646 [Emergency 24/7]
We offer emergency response for water damage - flood damage restoration services as well as water removal-extraction and mold remediation-removal services for the following: Oklahoma City, Tulsa, Oklahoma as well as all of Oklahoma and surrounding areas.
Covenant Restorations Inc.
Covenant Restorations was started right after the devastating effects of hurricane Katrina. Just seven days after Katrina devastated the Gulf Coast in 2005, we were there. We experienced firsthand the importance of helping people with the basic needs of life. We went to help with the intentions of drying out water damaged buildings and found ourselves working in distributions centers unloading trucks and passing our food, water and ice. Nothing was more moving to see people helping people. Spending time praying with people, giving them a hug or a shoulder to cry on was the least we could do. We found ourselves in the middle of new calling in life, helping people in their time of need.
Contact us today for your free property evaluation. (918) 814-5646
Located in Oklahoma, we are available nationwide for natural disasters
24/7 Emergency Response for all of Oklahoma. Includes Oklahoma City, Tulsa, Norman, etc.
Free Consulation and Estimate
We work with the Insurance Companies to make sure you get a fair deal during the Claims Process
Covenant Restorations Services include: Mold Remediation, Water Damage, Flood Damage, Emergency Water Extraction, Insurance Claims, Thermal Imaging, Energy Audits, Leak Detections, & Sewer Backup.
We are often hired by property owners, insured individuals, independent adjusters, general contractors, restoration contractors, consultants and attorneys because of the quality of our inspection, documentation and estimating. We find that most adjusters are overloaded with work, with demands from multiple directions and too may claims at one time. This prohibits them from spending the necessary time to be as precise and thorough as they need to be. We’re not blaming or complaining, we are grateful to be able to provide help. We are in this kind of business because nothing is more satisfying and fulfilling than helping people in their time of need.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it. (918) 814-5646 [Emergency 24/7]
We offer emergency response for water damage - flood damage restoration services as well as water removal-extraction and mold remediation-removal services for the following: Oklahoma City, Tulsa, Oklahoma as well as all of Oklahoma and surrounding areas.
Sunday, October 17, 2010
New Energy Audit and Infrared Image Gallery - with Infrared Image of the Whitehouse
http://ping.fm/kQBGU
http://ping.fm/kQBGU
Thursday, October 14, 2010
Saturday, October 9, 2010
Have you experienced property loss due a natural disaster - Public Assistance may be available for your family
http://ping.fm/VDrMW
http://ping.fm/VDrMW
Have you experienced property loss due a natural disaster - Public Assistance may be available for your family
http://ping.fm/A2XVL
http://ping.fm/A2XVL
Public Assistance
The process of providing public assistance capital immediately after a natural disaster is a joint venture between the federal, state and local authorities.
http://ping.fm/xK7rI
The process of providing public assistance capital immediately after a natural disaster is a joint venture between the federal, state and local authorities.
http://ping.fm/xK7rI
Thursday, October 7, 2010
Gov. Henry Announced Personal Help Refused for Oklahoma County because of Flooding
http://ping.fm/uHfKD
http://ping.fm/uHfKD
Tuesday, October 5, 2010
Surviving a Disaster
floodfixer
October 5th, 17:40
What should one do immediately after a disaster?
http://ping.fm/0uIdk
floodfixer
October 5th, 17:40
What should one do immediately after a disaster?
http://ping.fm/0uIdk
Surviving a Disaster
floodfixer
October 5th, 17:40
What should one do immediately after a disaster?
http://ping.fm/lSakN
floodfixer
October 5th, 17:40
What should one do immediately after a disaster?
http://ping.fm/lSakN
Wednesday, September 29, 2010
Class III water destruction (often known as black water) is water trouble for buildings where the source is definitely unsanitary or maybe likely contagious. Your black water category comprises much less polluted water possibly not taken care of on time.
http://ping.fm/tDmXu
http://ping.fm/tDmXu
http://ping.fm/8i6yj
When managing Category III water destruction, you should look at several elements.
When managing Category III water destruction, you should look at several elements.
Classification III water damage(black water) can be problems for a structure and is usually unsanitary or perhaps potentially transmittable to individuals.
http://ping.fm/VcohT
http://ping.fm/VcohT
Molds are only everywhere inside and in the garden, and will grow on almost just about any substance when moisture exists. Molds duplicate by spores, which may be carried by air currents.
http://ping.fm/GEMJf
http://ping.fm/GEMJf
Molds are merely everywhere inside and outdoor, and may grow on almost almost any substance when moisture exists. Molds multiply by spores, which is often carried by air currents. If these spores land for a moist surface that would work for life, they start to grow. Mold is usually found indoors at levels that don’t affect most healthy folks.
http://ping.fm/tzVAf
http://ping.fm/tzVAf
Molds are simply everywhere inside and outdoors, that will grow on almost just about any substance when moisture exists. Molds replicate by spores, which are often carried by air currents. While these spores land over a moist surface that works for life, they start to grow. Mold is generally found indoors at levels that tend not to affect most healthy people.
http://ping.fm/yQYNO
http://ping.fm/yQYNO
Mold Growing Conditions
Molds are only everywhere inside and outside the house, allowing it to grow on almost virtually any substance when moisture exists.
http://ping.fm/GGEWK
Molds are only everywhere inside and outside the house, allowing it to grow on almost virtually any substance when moisture exists.
http://ping.fm/GGEWK
Mold Growing Conditions
Molds are only everywhere inside and outside the house, allowing it to grow on almost virtually any substance when moisture exists. Molds duplicate by spores, and this can be carried by air currents. Whenever these spores land with a moist surface that works for life, they start to grow. Mold is usually found indoors at levels that will not affect most healthy persons.
Since common building materials are designed for sustaining mold growth, and also mold spores are ubiquitous, mold progress in an indoor environment is normally related to water as well as moisture indoors. Mold growth can be caused by incomplete drying out of flooring materials for example concrete. Flooding, a dripping roofs, construction maintenance problems, and also indoor plumbing problems can result in mold growth inside properties, classes, or perhaps office buildings.
With regard to significant mold growth in order to occur, there should be a source of water (which may just be invisible humidity), a method to obtain food, and also a substrate capable of building growth. Widespread building materials, for instance plywood, drywall, furring strip, floor coverings, and also carpet padding are meal for molds. Around carpet, invisible dust and cellulose will be the food sources (see furthermore dust mites). After just one incident of water damage occurs in the building, molds grow inside walls after which become dormant until your subsequent incident of higher humidity; that illustrates how mold can look like a sudden problem, longer after a previous ton or water incident that failed to produce such a dilemma. The proper conditions reactivate mold. Reports also show that mycotoxin ranges are perceptibly higher in buildings who have once had a h2o incident (source: CMHC).
Even though this home suffered exclusively minor exterior damage through Hurricane Katrina, compact leaks and inadequate oxygen permitted this mold infestation.
Spores need three items to grow into mold:
Nutrition: Cellulose is really a common food for spores throughout an indoor environment.
Humidity: Moisture is essential to begin the decaying process brought on by the mold.
Time period: Mold growth begins between A day and 10 days in the provision of the rising conditions. There is absolutely no known way to time mold.
Mold colonies may grow inside building set ups. The key problem with a good mold in buildings could be the inhalation of mycotoxins. Molds may well produce an identifiable stink. Growing is fostered by humidity. Right after a flood or important leak, mycotoxin levels are higher from the building even after there are dried out (source: CMHC).
Foodstuff sources for molds around buildings include cellulose-based elements, for instance wood, cardboard boxes, plus the paper facing on equally sides of drywall, and all other different organic matter, for instance soap, material, and also dust containing skin solar cells. Whether a house has mold, the moisture can be from the basement or maybe crawl space, a new leaking roof, or perhaps a leak in domestic plumbing pipes behind the outer surface. People residing from a house also contribute seepage through normal breathing plus perspiration. Deficiency of ventilation can further help moisture build-up. Apparent mold colonies may kind where ventilation is the most exhausting, and also on perimeter walls, simply because are coolest, thus closest towards the dew point.
If you'll find mold problems in a residence only during certain times from the year, then its probably either too air-tight, or perhaps too drafty. Mold complications occur in airtight homes more frequently from the warmer months (when wetness reaches high levels in the house, and also moisture is trapped), and also occur in drafty homes more frequently from the colder months (when hot air escapes from the located area into unconditioned room, and also condenses). Whether a house is artificially humidified in the winter, this could create conditions favorable to be able to mold. Relocating air may prevent mold from growing as it has the same desiccating impact as lowering humidity. Preserving indoor air temperature over 74 °F (23 °C) boasts an inhibiting effect about mold growth.
Since common building materials are designed for sustaining mold growth, and also mold spores are huge, mold progress in an indoor environment is normally related to an interior water or moisture trouble. A dripping roofs, construction maintenance problems, and also indoor plumbing problems can result in mold growth inside properties, classes, or perhaps office buildings. Another common source of mold growth is flooding.
Removing one of many three requirements for mold reduces or eliminates the fresh growth of mold. These kinds of three requirements are 1) Water, 2) Food source for your mold spores (dust, dander, etc), as well as 3) Warmth (mold generally would not grow in cold environments).
HVAC systems may establish all three requirements to get significant mold growth. The particular A/C system creates a new difference in temperature this allows/causes condensation to arise. That high rate of dusty oxygen movement through an HEATING AND AIR CONDITIONING system may create a great amount of food sources for your mold. Lastly, considering that A/C system isn't always running - the potential for warm conditions to exist often allows for the last component for active mold expansion.
Because of the HVAC system circulates air flow contaminated with mold spores & sometimes toxins, it is necessary to prevent any three from the environments required for mold expansion.
A) Impressive return air filtration systems can be obtained that eliminate up for you to 99. 9% associated with dust accumulation (as as compared to 5% elimination by usual HVAC air filters). These types of newer filtration systems normally require modification to existing HVAC systems to let for the larger width of electrostatic 99. 9% filters. On the other hand, thorough cleaning on the HVAC system is required before using high efficiency filtration systems can help. After mold is established, that mold growth and dust accumulation should be removed.
B) Padding of supply air ducts allows you reduce or eliminate this condensation that ultimately produces the moisture required regarding mold growth. This insulation really should be placed externally on mid-air ducts, mainly because internal insulation provides any dust capture and reproduction ground for mold.
Molds are only everywhere inside and outside the house, allowing it to grow on almost virtually any substance when moisture exists. Molds duplicate by spores, and this can be carried by air currents. Whenever these spores land with a moist surface that works for life, they start to grow. Mold is usually found indoors at levels that will not affect most healthy persons.
Since common building materials are designed for sustaining mold growth, and also mold spores are ubiquitous, mold progress in an indoor environment is normally related to water as well as moisture indoors. Mold growth can be caused by incomplete drying out of flooring materials for example concrete. Flooding, a dripping roofs, construction maintenance problems, and also indoor plumbing problems can result in mold growth inside properties, classes, or perhaps office buildings.
With regard to significant mold growth in order to occur, there should be a source of water (which may just be invisible humidity), a method to obtain food, and also a substrate capable of building growth. Widespread building materials, for instance plywood, drywall, furring strip, floor coverings, and also carpet padding are meal for molds. Around carpet, invisible dust and cellulose will be the food sources (see furthermore dust mites). After just one incident of water damage occurs in the building, molds grow inside walls after which become dormant until your subsequent incident of higher humidity; that illustrates how mold can look like a sudden problem, longer after a previous ton or water incident that failed to produce such a dilemma. The proper conditions reactivate mold. Reports also show that mycotoxin ranges are perceptibly higher in buildings who have once had a h2o incident (source: CMHC).
Even though this home suffered exclusively minor exterior damage through Hurricane Katrina, compact leaks and inadequate oxygen permitted this mold infestation.
Spores need three items to grow into mold:
Nutrition: Cellulose is really a common food for spores throughout an indoor environment.
Humidity: Moisture is essential to begin the decaying process brought on by the mold.
Time period: Mold growth begins between A day and 10 days in the provision of the rising conditions. There is absolutely no known way to time mold.
Mold colonies may grow inside building set ups. The key problem with a good mold in buildings could be the inhalation of mycotoxins. Molds may well produce an identifiable stink. Growing is fostered by humidity. Right after a flood or important leak, mycotoxin levels are higher from the building even after there are dried out (source: CMHC).
Foodstuff sources for molds around buildings include cellulose-based elements, for instance wood, cardboard boxes, plus the paper facing on equally sides of drywall, and all other different organic matter, for instance soap, material, and also dust containing skin solar cells. Whether a house has mold, the moisture can be from the basement or maybe crawl space, a new leaking roof, or perhaps a leak in domestic plumbing pipes behind the outer surface. People residing from a house also contribute seepage through normal breathing plus perspiration. Deficiency of ventilation can further help moisture build-up. Apparent mold colonies may kind where ventilation is the most exhausting, and also on perimeter walls, simply because are coolest, thus closest towards the dew point.
If you'll find mold problems in a residence only during certain times from the year, then its probably either too air-tight, or perhaps too drafty. Mold complications occur in airtight homes more frequently from the warmer months (when wetness reaches high levels in the house, and also moisture is trapped), and also occur in drafty homes more frequently from the colder months (when hot air escapes from the located area into unconditioned room, and also condenses). Whether a house is artificially humidified in the winter, this could create conditions favorable to be able to mold. Relocating air may prevent mold from growing as it has the same desiccating impact as lowering humidity. Preserving indoor air temperature over 74 °F (23 °C) boasts an inhibiting effect about mold growth.
Since common building materials are designed for sustaining mold growth, and also mold spores are huge, mold progress in an indoor environment is normally related to an interior water or moisture trouble. A dripping roofs, construction maintenance problems, and also indoor plumbing problems can result in mold growth inside properties, classes, or perhaps office buildings. Another common source of mold growth is flooding.
Removing one of many three requirements for mold reduces or eliminates the fresh growth of mold. These kinds of three requirements are 1) Water, 2) Food source for your mold spores (dust, dander, etc), as well as 3) Warmth (mold generally would not grow in cold environments).
HVAC systems may establish all three requirements to get significant mold growth. The particular A/C system creates a new difference in temperature this allows/causes condensation to arise. That high rate of dusty oxygen movement through an HEATING AND AIR CONDITIONING system may create a great amount of food sources for your mold. Lastly, considering that A/C system isn't always running - the potential for warm conditions to exist often allows for the last component for active mold expansion.
Because of the HVAC system circulates air flow contaminated with mold spores & sometimes toxins, it is necessary to prevent any three from the environments required for mold expansion.
A) Impressive return air filtration systems can be obtained that eliminate up for you to 99. 9% associated with dust accumulation (as as compared to 5% elimination by usual HVAC air filters). These types of newer filtration systems normally require modification to existing HVAC systems to let for the larger width of electrostatic 99. 9% filters. On the other hand, thorough cleaning on the HVAC system is required before using high efficiency filtration systems can help. After mold is established, that mold growth and dust accumulation should be removed.
B) Padding of supply air ducts allows you reduce or eliminate this condensation that ultimately produces the moisture required regarding mold growth. This insulation really should be placed externally on mid-air ducts, mainly because internal insulation provides any dust capture and reproduction ground for mold.
Tuesday, September 21, 2010
About Covenant Restorations Inc.
About Us
Covenant Restorations was started right after the devastating effects of hurricane Katrina. Just seven days after Katrina devastated the Gulf Coast in 2005, we were there. We experienced firsthand the importance of helping people with the basic needs of life. We went to help with the intentions of drying out water damaged buildings and found ourselves working in distributions centers unloading trucks and passing our food, water and ice. Nothing was more moving to see people helping people. Spending time praying with people, giving them a hug or a shoulder to cry on was the least we could do. We found ourselves in the middle of new calling in life, helping people in their time of need.
How could we see such devastation and not have compassion? We couldn’t tell someone “Sorry, if you don’t have insurance, we can’t help.†We quickly developed the policy that if you had insurance coverage then we need to get paid but if you didn’t, we still need to help. Today, we still operate on this policy. Please understand that we can’t afford to help everyone for free but we can help some. We don’t receive financial support from non-profit charities, organizations or the government. But those who have insurance coverage help us to be able to help those who don’t.
We also discovered that those who had insurance coverages often didn’t know what to do, where to start and let alone had ever filed a claim. We quickly found ourselves helping people with their insurance claim. We had the knowledge of what needed to be done and the tools to prove it. We helped people get the proper funds to restore their property to previous loss conditions. We were blessed to be able to help 15 churches get their buildings restored for just a deductable. One 60 member church that could barely afford the pastor’s salary got over $860,000 to restore their property! Unfortunately, we saw others end up short because they didn’t prove what had to be done and why.
Turns out when it comes to an insurance claim it’s all about the details. Today, we have over $30,000 invested in meters, inspection tools, cameras and documentation equipment. Combine that with our numerous advanced and master certifications and years of experience and you have a solid, trained foundation to produce meticulous and scientifically substantiated estimates. Our detailed documentation is so precise we can even calculate kilowatts used by our drying equipment and gallons of water extracted through the dehumidification drying process.
We are often hired by property owners, insured individuals, independent adjusters, general contractors, restoration contractors, consultants and attorneys because of the quality of our inspection, documentation and estimating. We find that most adjusters are overloaded with work, with demands from multiple directions and too may claims at one time. This prohibits them from spending the necessary time to be as precise and thorough as they need to be. We’re not blaming or complaining, we are grateful to be able to provide help. We are in this kind of business because nothing is more satisfying and fulfilling than helping people in their time of need.
The President of Covenant Restorations Inc, John Stowe has the highest level of certifications in water damage thru the IICRC (www.IICRC.org). Mr. Stowe has the following IICRC certifications:
Master Water Restorer
Applied Microbial Remediation Technician
Applied Structural Drying
Journeyman Water Restorer
Water Remediation Technician
Health and Safety Technician
Carpet Cleaning Technician
Carpet Repair Technician
Mr. Stowe is certified thru the EPA for Renovation, Repair and Painting for Lead Base Paint.
Mr. Stowe is also certified in accordance to ASNT TC 1A as a Level 2 Thermographer (Infrared).
Since Covenant Restorations Inc specializes in water damage insurance loss, bill according to current local price list in Xactimate. Xactimate is the #1 software for estimating by insurance companies and contractors.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it.
(918) 814-5646 [Emergency 24/7]
Covenant Restorations was started right after the devastating effects of hurricane Katrina. Just seven days after Katrina devastated the Gulf Coast in 2005, we were there. We experienced firsthand the importance of helping people with the basic needs of life. We went to help with the intentions of drying out water damaged buildings and found ourselves working in distributions centers unloading trucks and passing our food, water and ice. Nothing was more moving to see people helping people. Spending time praying with people, giving them a hug or a shoulder to cry on was the least we could do. We found ourselves in the middle of new calling in life, helping people in their time of need.
How could we see such devastation and not have compassion? We couldn’t tell someone “Sorry, if you don’t have insurance, we can’t help.†We quickly developed the policy that if you had insurance coverage then we need to get paid but if you didn’t, we still need to help. Today, we still operate on this policy. Please understand that we can’t afford to help everyone for free but we can help some. We don’t receive financial support from non-profit charities, organizations or the government. But those who have insurance coverage help us to be able to help those who don’t.
We also discovered that those who had insurance coverages often didn’t know what to do, where to start and let alone had ever filed a claim. We quickly found ourselves helping people with their insurance claim. We had the knowledge of what needed to be done and the tools to prove it. We helped people get the proper funds to restore their property to previous loss conditions. We were blessed to be able to help 15 churches get their buildings restored for just a deductable. One 60 member church that could barely afford the pastor’s salary got over $860,000 to restore their property! Unfortunately, we saw others end up short because they didn’t prove what had to be done and why.
Turns out when it comes to an insurance claim it’s all about the details. Today, we have over $30,000 invested in meters, inspection tools, cameras and documentation equipment. Combine that with our numerous advanced and master certifications and years of experience and you have a solid, trained foundation to produce meticulous and scientifically substantiated estimates. Our detailed documentation is so precise we can even calculate kilowatts used by our drying equipment and gallons of water extracted through the dehumidification drying process.
We are often hired by property owners, insured individuals, independent adjusters, general contractors, restoration contractors, consultants and attorneys because of the quality of our inspection, documentation and estimating. We find that most adjusters are overloaded with work, with demands from multiple directions and too may claims at one time. This prohibits them from spending the necessary time to be as precise and thorough as they need to be. We’re not blaming or complaining, we are grateful to be able to provide help. We are in this kind of business because nothing is more satisfying and fulfilling than helping people in their time of need.
The President of Covenant Restorations Inc, John Stowe has the highest level of certifications in water damage thru the IICRC (www.IICRC.org). Mr. Stowe has the following IICRC certifications:
Master Water Restorer
Applied Microbial Remediation Technician
Applied Structural Drying
Journeyman Water Restorer
Water Remediation Technician
Health and Safety Technician
Carpet Cleaning Technician
Carpet Repair Technician
Mr. Stowe is certified thru the EPA for Renovation, Repair and Painting for Lead Base Paint.
Mr. Stowe is also certified in accordance to ASNT TC 1A as a Level 2 Thermographer (Infrared).
Since Covenant Restorations Inc specializes in water damage insurance loss, bill according to current local price list in Xactimate. Xactimate is the #1 software for estimating by insurance companies and contractors.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it.
(918) 814-5646 [Emergency 24/7]
Flood and Water Damage Information - Mold Removal and Remediation
http://ping.fm/Vx5MN
1-800-91-WATER
http://ping.fm/Vx5MN
1-800-91-WATER
Saturday, August 28, 2010
Water Leak Detection - Damage and Repair
Rapid world population growth and lifestyle change contributes to the increased demand for water by mankind. Additionally, low level rainfall in some parts of the world, slowed the replenishment of water supply. Therefore, each one of us should make our best efforts in the conservation of one the most precious commodity here on our planet, which is water. One such effort is to watch out for water leaks in our homes, no matter how small those leaks might be.
Although some water leaks are so slow that they are not detectable, some known leaks are being ignored by some homeowners. This is due to ignorance to the fact that small leaks that keeps on leaking would sum up into thousands of gallons in a year. Imagine if all homeowners will have the same attitude? Moreover, water leaks not only contribute to worldwide water shortage, but also cause damage to some parts of the house's structure. Damages to the house structural elements could cause the house to deteriorate faster, collapse, and injuries to its occupants. Water leak detection can either be done by periodically checking the areas and components of the house's plumbing system or by installing a commercially available water leak detection device.
Usually stand-alone battery-operated devices that produce alarm sound when its moisture sensor becomes wet, these alarms enable the homeowner to locate exactly where the water leaks are and do the necessary repairs. Since these are battery-dependent devices, its battery should be checked regularly.
These also sound an alarm when it detect water leaks, and will automatically stop the water flow. It may use a moisture sensor or a flow sensor in monitoring any water leaks. There are two types of active leak detection systems:
- Bathroom & toilet area (check for leaks on showerhead, faucet, and water heating system)
- Kitchen (check for leaks on faucet, dishwasher, water heating system)
- Laundry room (check for leaks on faucet, clothes washer)
- Garage and basement area (check on evaporator cooler, hot water system)
- Lawn (check on turf, low water use garden, irrigation system)
- Pool and spa
- Patio
- Water meter
- Your toilet is making sounds when nobody is near?
- Is your toilet flushing itself when nobody is near?
- Place food coloring in the tank. Do you see any in the bowl?
- Do you see any discoloration in your walls, floors, ceilings, etc?
- Monitor your water bill. Do you have a higher bill this month with about the same consumption?
Water leaks only worsen through time; it would be wise for you to deal with it as early as possible. Early detection and repair shall save you money and prevent damage to your house. If ignored, the leaks will only become more costly to repair.
Source: Free Articles
About the Author
For more great water leak related articles and resources check out http://www.leakhub.com
Since 2005, Covenant Restorations Inc. has been serving Oklahoma as well as helping in the recovery and clean up of most natural disasters nationwide. Our highly trained staffed is available 24/7 for emergency situations. 1-800-91-WATER
Since Covenant Restorations Inc specializes in water damage insurance loss, we bill according to current local price list in Xactimate. Xactimate is the #1 software for estimating by insurance companies and contractors.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it.
Water Leak Detection
Although some water leaks are so slow that they are not detectable, some known leaks are being ignored by some homeowners. This is due to ignorance to the fact that small leaks that keeps on leaking would sum up into thousands of gallons in a year. Imagine if all homeowners will have the same attitude? Moreover, water leaks not only contribute to worldwide water shortage, but also cause damage to some parts of the house's structure. Damages to the house structural elements could cause the house to deteriorate faster, collapse, and injuries to its occupants. Water leak detection can either be done by periodically checking the areas and components of the house's plumbing system or by installing a commercially available water leak detection device.
Passive Leak Detection System
Active Leak Detection Systems
These also sound an alarm when it detect water leaks, and will automatically stop the water flow. It may use a moisture sensor or a flow sensor in monitoring any water leaks. There are two types of active leak detection systems:
- Individual appliance systems
- These monitor leaks from a single appliance and automatically shut off water supplies to such appliances should leaks be detected
- Whole house systems
- These monitor leaks in the whole house and shut off the main water supply to the house should leaks be detected.
Places To Check For Water Leaks:
- Bathroom & toilet area (check for leaks on showerhead, faucet, and water heating system)
- Kitchen (check for leaks on faucet, dishwasher, water heating system)
- Laundry room (check for leaks on faucet, clothes washer)
- Garage and basement area (check on evaporator cooler, hot water system)
- Lawn (check on turf, low water use garden, irrigation system)
- Pool and spa
- Patio
- Water meter
Monitoring Water Leaks:
- Your toilet is making sounds when nobody is near?
- Is your toilet flushing itself when nobody is near?
- Place food coloring in the tank. Do you see any in the bowl?
- Do you see any discoloration in your walls, floors, ceilings, etc?
- Monitor your water bill. Do you have a higher bill this month with about the same consumption?
Water leaks only worsen through time; it would be wise for you to deal with it as early as possible. Early detection and repair shall save you money and prevent damage to your house. If ignored, the leaks will only become more costly to repair.
Source: Free Articles
About the Author
For more great water leak related articles and resources check out http://www.leakhub.com
Since 2005, Covenant Restorations Inc. has been serving Oklahoma as well as helping in the recovery and clean up of most natural disasters nationwide. Our highly trained staffed is available 24/7 for emergency situations. 1-800-91-WATER
Since Covenant Restorations Inc specializes in water damage insurance loss, we bill according to current local price list in Xactimate. Xactimate is the #1 software for estimating by insurance companies and contractors.
We guarantee and warranty all our services. Since we take care of people and their problems rarely do we have someone we can’t please. It’s simple, if we make a mistake we fix it.
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