Charleston DUI News for 12-17-2017

Charleston SC DUI Information

The focus of survey questions was on demographics, occurrence of rigid board insulation, prevalence of rigid board insulation damage and structural damage, and treatment of structures when rigid board insulation was present. Results indicated termite infestations associated with rigid board insulation are not uncommon; 34% of the companies reported the presence of rigid board insulation on structures that have been treated or inspected for termites. Rigid board insulation, primarily foam board insulation, includes materials such as polystyrene and polyisocyanurate. Rigid board insulation is used as a perimeter insulation around structures; the insulation is usually placed against the foundation walls on the exterior of the masonry structure hidden from view by skin coats such as wood, aluminum or vinyl siding, or stucco. The content of questions consisted of four types: demographics, occurrence of rigid board insulation, prevalence of rigid board insulation damage and structural damage, and treatment of structures when rigid board insulation was present. Occurrence of Rigid Board Insulation The documented presence of rigid board insulation on structures treated or inspected for termites was reported by 34% of the companies. As many as 81% of companies reported up to 10% of structures they treated and/ or inspected for termites had rigid board insulation, and 2% of the companies reported greater than 75% of the structures had rigid board insulation. Prevalence of Rigid Board Insulation Damage and Structural Damage Eighty-one percent of the companies reported termite damage to rigid board insulation installed above grade in up to 10% of the structures they inspected. Seventy-two percent of the companies reported termite damage to rigid board insulation installed below grade in up to 10% of the structures they inspected, and 9% of the companies reported termite damage to rigid board insulation installed below grade in greater than 75% of the structures. Excessive termite damage to rigid board insulation was seen by 10% of the companies, whereas moderate and slight damage to insulation was seen by 40% and 50% of the companies, respectively. Responses for the latter category were: trenched out below the insulation, treated, and backfilled; cut insulation off above grade and then sealed bottom of insulation; recommended that a qualified builder replace insulation and check structure for soundness; pretreated but did not know rigid board insulation was later installed; only treated if insulation was not below grade; modified guarantee such that company was not responsible for damage as a result of hidden entry through insulation; treated as result of having won a bid. Location Between grade level and footings Just below grade At grade level Between grade level and sill plate Above the sill plate Correlation Coefficient p-Value 0.2443 0.7657 0.4725 0.6832 0.5244 0.5598 0.0037 0.1030 0.0006 0.0658 cluded: customer did not want insulation removed; gave job to another company; recognized situation due to previous problems experienced with this type of insulation. The Model Energy Code states the following for slab-on-grade floors, i.e. monolithic slab construction: “In climates below 6,000 annual Fahrenheit heating degree days, the insulation shall extend downward from the top of the slab for a minimum distance of 24 inches greater than 6,000 annual Fahrenheit heating degree days, the insulation shall extend downward from the top of the slab for a minimum of 48 inches”. Chose to treat % Chose not to treat % Treated as they would any other structure and provided a guarantee 24 Insulation created a situation conducive to termite infestation that was not treatable or correctable Could not guarantee the treatment Did something other than above options 34 Treated but did not provide a guarantee Removed insulation below grade Did something other than above options 33 31 13 45 21 the country. The benefits of removing a small gap of insulation above grade level along the perimeter of structures would certainly outweigh the costs in the long run; additional insulation can be placed elsewhere in the structure to recoup the thermal loss from this adjustment.

Keywords: [“insulation”,”wine”,”board”]
Source: http://charleston-dui.com

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The focus of survey questions was on demographics, occurrence of rigid board insulation, prevalence of rigid board insulation damage and structural damage, and treatment of structures when rigid board insulation was present. Results indicated termite infestations associated with rigid board insulation are not uncommon; 34% of the companies reported the presence of rigid board insulation on structures that have been treated or inspected for termites. Rigid board insulation, primarily foam board insulation, includes materials such as polystyrene and polyisocyanurate. Rigid board insulation is used as a perimeter insulation around structures; the insulation is usually placed against the foundation walls on the exterior of the masonry structure hidden from view by skin coats such as wood, aluminum or vinyl siding, or stucco. The content of questions consisted of four types: demographics, occurrence of rigid board insulation, prevalence of rigid board insulation damage and structural damage, and treatment of structures when rigid board insulation was present. Occurrence of Rigid Board Insulation The documented presence of rigid board insulation on structures treated or inspected for termites was reported by 34% of the companies. As many as 81% of companies reported up to 10% of structures they treated and/ or inspected for termites had rigid board insulation, and 2% of the companies reported greater than 75% of the structures had rigid board insulation. Prevalence of Rigid Board Insulation Damage and Structural Damage Eighty-one percent of the companies reported termite damage to rigid board insulation installed above grade in up to 10% of the structures they inspected. Seventy-two percent of the companies reported termite damage to rigid board insulation installed below grade in up to 10% of the structures they inspected, and 9% of the companies reported termite damage to rigid board insulation installed below grade in greater than 75% of the structures. Excessive termite damage to rigid board insulation was seen by 10% of the companies, whereas moderate and slight damage to insulation was seen by 40% and 50% of the companies, respectively. Responses for the latter category were: trenched out below the insulation, treated, and backfilled; cut insulation off above grade and then sealed bottom of insulation; recommended that a qualified builder replace insulation and check structure for soundness; pretreated but did not know rigid board insulation was later installed; only treated if insulation was not below grade; modified guarantee such that company was not responsible for damage as a result of hidden entry through insulation; treated as result of having won a bid. Location Between grade level and footings Just below grade At grade level Between grade level and sill plate Above the sill plate Correlation Coefficient p-Value 0.2443 0.7657 0.4725 0.6832 0.5244 0.5598 0.0037 0.1030 0.0006 0.0658 cluded: customer did not want insulation removed; gave job to another company; recognized situation due to previous problems experienced with this type of insulation. The Model Energy Code states the following for slab-on-grade floors, i.e. monolithic slab construction: “In climates below 6,000 annual Fahrenheit heating degree days, the insulation shall extend downward from the top of the slab for a minimum distance of 24 inches greater than 6,000 annual Fahrenheit heating degree days, the insulation shall extend downward from the top of the slab for a minimum of 48 inches”. Chose to treat % Chose not to treat % Treated as they would any other structure and provided a guarantee 24 Insulation created a situation conducive to termite infestation that was not treatable or correctable Could not guarantee the treatment Did something other than above options 34 Treated but did not provide a guarantee Removed insulation below grade Did something other than above options 33 31 13 45 21 the country. The benefits of removing a small gap of insulation above grade level along the perimeter of structures would certainly outweigh the costs in the long run; additional insulation can be placed elsewhere in the structure to recoup the thermal loss from this adjustment.

Keywords: [“insulation”,”board”,”Church”]
Source: http://bestcharlestonlawyer.com

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