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The objectives of this study were to do an energy impact analysis of the Military Construction --... more The objectives of this study were to do an energy impact analysis of the Military Construction -- Army (MCA) building delivery process to assess how energy conservation can be more effectively implemented into the process, and to recommend where additional work is needed to develop: (1) proposals for modifying the actions taken during the MCA process in order to make
The objectives of this study were to do an energy impact analysis of the Military Construction --... more The objectives of this study were to do an energy impact analysis of the Military Construction -- Army (MCA) building delivery process to assess how energy conservation can be more effectively implemented into the process, and to recommend where additional work is needed to develop: (1) proposals for modifying the actions taken during the MCA process in order to make
Army participation in the LEED® for Homes Pilot Program is intended to facilitate preparations an... more Army participation in the LEED® for Homes Pilot Program is intended to facilitate preparations and transition from SPiRiT to LEED® for Homes as soon as it is ready for adoption. The pilot program will coincide with U.S. Green Building Council (USGBC) development of the LEED® for Homes evaluation tool. The Office of the Assistant Chief of Staff (Installation Management) Housing Division has overall responsibility for the transition and has selected Norfolk District, Center of Standardization for Family Housing to facilitate and coordinate participation in the LEED® for Homes Pilot Program. A team consisting of Army personnel experienced in Army Family Housing (AFH) and/or sustainability conducted site visits to AFH at Fort Lee, VA and Fort Huachuca, AZ. Both installations have a history of successful AFH projects and current projects under construction that used SPiRiT as a sustainability rating tool. LEED® for Homes was applied to each AFH project. Further, each credit was evaluated...
... This report demonstrates that both the government and the private sector are moving ahead rap... more ... This report demonstrates that both the government and the private sector are moving ahead rapidly to develop and implement sustainable practices for facilities and the activities that take place within them. It identifies opportunities for the Corps of Engineers to be a major national source of expertise that carries the knowledge of what sustainability is, into engineering practice. The approach for accomplishing the practical realization of sustainable engineering is to develop engineering tools that capture rapidly developing knowledge about sustainable practices that spans all phases of a facility life cycle. The facility life cycle phases encompass planning, design, construction, commissioning, operation and maintenance, rehabilitation, re-use, and disposal
ratories (USACERL) have been developing a collaborative engineering (CE) software envi-ronment to... more ratories (USACERL) have been developing a collaborative engineering (CE) software envi-ronment to enable sharing of design information as it is created and refined during the facility design and construction process. Improved in-formation sharing capabilities and conflict man-agement during collaborative design enables a team to resolve design issues and conflicts earlier in design development, resulting in an improved facility design, fewer errors and omis-sions, and better interdisciplinary coordination of design goals and building systems. An integrated information model to bridge the gap between product and process information Approved for public release; distribution is unlimited.
The “Greening ” of Fort Bragg: Creative Reuse a New Construction Site................ 9
on st ru ct io n E ng in ee ri ng R es ea rc h La bo ra to ry
: The United States has more than 76 million residential and nearly 5 million commercial building... more : The United States has more than 76 million residential and nearly 5 million commercial buildings, and the number of Army facilities is also significant. Construction, renovation, and operation of these facilities consumes enormous quantities of raw materials and energy. In 2000, the Deputy Assistant Secretary of the Army established the Army's policy of incorporating Sustainable Design and Development (SDD) principles into installation planning and infrastructure projects, including development of technical guidance for policy implementation to better enable facilities to minimize non-renewable energy use, pollution, and wastes, while increasing occupants comfort, health, and safety. The U.S. Army Engineer Research and Development Center (ERDC), Construction Engineering Research Laboratory (CERL), in coordination with the Office of the Assistant Chief of Staff for Installation Management (OACSIM), published the Sustainable Project Rating Tool (SPiRiT), a self-assessment tool t...
The objectives of this study were to do an energy impact analysis of the Military Construction --... more The objectives of this study were to do an energy impact analysis of the Military Construction -- Army (MCA) building delivery process to assess how energy conservation can be more effectively implemented into the process, and to recommend where additional work is needed to develop: (1) proposals for modifying the actions taken during the MCA process in order to make
The objectives of this study were to do an energy impact analysis of the Military Construction --... more The objectives of this study were to do an energy impact analysis of the Military Construction -- Army (MCA) building delivery process to assess how energy conservation can be more effectively implemented into the process, and to recommend where additional work is needed to develop: (1) proposals for modifying the actions taken during the MCA process in order to make
Army participation in the LEED® for Homes Pilot Program is intended to facilitate preparations an... more Army participation in the LEED® for Homes Pilot Program is intended to facilitate preparations and transition from SPiRiT to LEED® for Homes as soon as it is ready for adoption. The pilot program will coincide with U.S. Green Building Council (USGBC) development of the LEED® for Homes evaluation tool. The Office of the Assistant Chief of Staff (Installation Management) Housing Division has overall responsibility for the transition and has selected Norfolk District, Center of Standardization for Family Housing to facilitate and coordinate participation in the LEED® for Homes Pilot Program. A team consisting of Army personnel experienced in Army Family Housing (AFH) and/or sustainability conducted site visits to AFH at Fort Lee, VA and Fort Huachuca, AZ. Both installations have a history of successful AFH projects and current projects under construction that used SPiRiT as a sustainability rating tool. LEED® for Homes was applied to each AFH project. Further, each credit was evaluated...
... This report demonstrates that both the government and the private sector are moving ahead rap... more ... This report demonstrates that both the government and the private sector are moving ahead rapidly to develop and implement sustainable practices for facilities and the activities that take place within them. It identifies opportunities for the Corps of Engineers to be a major national source of expertise that carries the knowledge of what sustainability is, into engineering practice. The approach for accomplishing the practical realization of sustainable engineering is to develop engineering tools that capture rapidly developing knowledge about sustainable practices that spans all phases of a facility life cycle. The facility life cycle phases encompass planning, design, construction, commissioning, operation and maintenance, rehabilitation, re-use, and disposal
ratories (USACERL) have been developing a collaborative engineering (CE) software envi-ronment to... more ratories (USACERL) have been developing a collaborative engineering (CE) software envi-ronment to enable sharing of design information as it is created and refined during the facility design and construction process. Improved in-formation sharing capabilities and conflict man-agement during collaborative design enables a team to resolve design issues and conflicts earlier in design development, resulting in an improved facility design, fewer errors and omis-sions, and better interdisciplinary coordination of design goals and building systems. An integrated information model to bridge the gap between product and process information Approved for public release; distribution is unlimited.
The “Greening ” of Fort Bragg: Creative Reuse a New Construction Site................ 9
on st ru ct io n E ng in ee ri ng R es ea rc h La bo ra to ry
: The United States has more than 76 million residential and nearly 5 million commercial building... more : The United States has more than 76 million residential and nearly 5 million commercial buildings, and the number of Army facilities is also significant. Construction, renovation, and operation of these facilities consumes enormous quantities of raw materials and energy. In 2000, the Deputy Assistant Secretary of the Army established the Army's policy of incorporating Sustainable Design and Development (SDD) principles into installation planning and infrastructure projects, including development of technical guidance for policy implementation to better enable facilities to minimize non-renewable energy use, pollution, and wastes, while increasing occupants comfort, health, and safety. The U.S. Army Engineer Research and Development Center (ERDC), Construction Engineering Research Laboratory (CERL), in coordination with the Office of the Assistant Chief of Staff for Installation Management (OACSIM), published the Sustainable Project Rating Tool (SPiRiT), a self-assessment tool t...