Methods of designing and constructing Class-A fire-protected multi-story wood-framed buildings
A method of and system for designing and constructing high-density multi-story wood-framed buildings, and Class-A fire-protected building components, and methods and factories for producing the same in an economical manner. An on-job-site method is provided for treating wood-framed buildings so that such wood-framed buildings demonstrate Class-A fire-protection and improved defense against total fire destruction.
1. A method of designing and constructing a multi-story wood-framed building on a job site location in accordance with a wood-framed building project having a design phase and a construction phase, so that said multi-story wood-framed building demonstrates Class-A fire-protection and improved resistance against total destruction by fire, said method comprising the steps of:
(a) during said design phase, specifying the use of a Class-A fire-protection spray coating process to be applied during said construction phase, over all raw/untreated and/or treated lumber and wood products after completion of each wood-framed building section so to provide Class-A fire-protection to and over each said completed wood-framed building section; and
(b) during said construction phase, applying said Class-A fire-protection spray coating process over all raw/untreated and/or treated lumber and wood products on said job site location after completion of each wood-framed building section so to provide Class-A fire-protection to and over each completed wood-framed building section,
wherein said Class-A fire-protection spray coating process applied during said construction phase comprises the steps of:
(i) after completing each said wood-framed building section, where wood framing has been constructed and sheathing installed, but before any wallboard or wall board covering has been installed, spraying a clean fire inhibiting chemical (CFIC) liquid from a liquid spraying system, as a spray coating, over all exposed interior wood surfaces in said completed wood-framed building section;
(ii) after each said completed wood-framed building section has been spray coated with said CFIC liquid, certifying and marking said completed wood-framed building section as being spray coated with said CFIC liquid and provided with Class-A fire-protection;
(iii) before applying gypsum board and/or other wall board covering over said spray-coated completed wood-framed building section, capturing and collecting digital photographs and/or videos of each said spray-coated completed wood-framed building section;
(iv) uploading said captured digital photographs and/or videos to a centralized information server maintained for access of said digital photographs and/or videos and review by entities involved in said wood-framed building project; and
(v) when all completed wood-framed building sections have been completely spray coated with said CFIC liquid, and certified and marked as having been spray coated with said CFIC liquid, issuing a certificate of completion with respect to the spray application of said CFIC liquid to all exposed wood surfaces on the interior of said multi-story wood-framed building during the construction phase, thereby certifying that Class-A fire-protection has been provided to all lumber and sheeting in the interior of said wood-framed building, and defending said wood-framed building from risk of total destruction by fire.
2. The method of claim 1 , wherein said entities include the group consisting of builders, property owners and insurance companies.
3. The method of claim 1 , wherein said CFIC liquid comprises an aqueous solution having chemical molecules that cling to surfaces of wood being spray coated with said CFIC liquid so that, when said aqueous solution dries, the chemical molecules are present on the surface of the spray coated wood and ready to interfere with free radicals driving combustion in any fire that may break out about said spray coated wood during said construction phase.
4. A method of designing and constructing a multi-story wood-framed building on a job site location in accordance with a wood-framed building project having a design phase and a construction phase, so that said multi-story wood-framed building demonstrates Class-A fire-protection and improved resistance against total destruction by fire, said method comprising the steps of:
(a) during said design phase, specifying the use of a Class-A fire-protection spray coating process to be applied during said construction phase, over all raw/untreated and/or treated lumber and wood products after completion of each wood-framed building section so to provide Class-A fire-protection to and over each said completed wood-framed building section; and
(b) during said construction phase, applying said Class-A fire-protection spray coating process over all raw/untreated and/or treated lumber and wood products on said job site location after completion of each wood-framed building section so to provide Class-A fire-protection over each completed wood-framed building section,
wherein said Class-A fire-protection spray coating process comprises the steps of:
(1) filling a reservoir tank of a liquid spraying system with a supply of clean fire inhibiting chemical (CFIC) liquid;
(ii) using a spray nozzle operably connected to said liquid spraying system to apply by spraying, a coating of said CFIC liquid over all exposed interior surfaces of said completed section of said multi-story wood-framed building to be spray treated during said construction phase;
(iii) after each completed section of said multi-story wood-framed building has been spray coated with said CFIC liquid, certifying and marking the completed and spray coated section of said multi-story wood-framed building as being spray coated with said CFIC liquid, for inspection and documentation purposes;
(iv) when all completed sections of said multi-story wood-framed building under construction have been spray coated with said CFIC liquid, and certified as being spray coated with said CFIC liquid and Class-A fire-protected, proceeding to subsequent stages of construction in said wood-framed building project; and
(v) issuing a certificate of completion with respect to the spray application of said CFIC liquid over all exposed wood surfaces on the interior of said multi-story wood-framed building during said construction phase, thereby certifying that Class-A fire-protection has been provided to all lumber and sheeting in the interior of said multi-story wood-framed building, and defending said multi-story wood-framed building from risk of total destruction by fire.
5. The method of claim 4 , wherein said entities include the group consisting of builders, property owners and insurance companies.
6. The method of claim 4 , wherein said CFIC liquid comprises an aqueous solution having chemical molecules that cling to surfaces of wood being spray coated with said CFIC liquid so that, when said aqueous solution dries, the chemical molecules are present on the surface of the spray coated wood and ready to interfere with free radicals driving combustion in any fire that may break out about said spray coated wood during said construction phase.