Job Order Contracting

MAY 13, 2019

LEAN asset management is simply defined as best value life-cycle management of the built environment, inclusive of buildings, roadways, utilities, transportation systems, bridges, dams, and landscapes. LEAN Infrastructure Asset Management. Educating all real property owners and service providers in this regard is critical.

Management 100

Management Life Cycle Procurement Renovating 100

Job Order Contracting

MAY 17, 2022

Design for long life and adaptability. Source building material, bricks, cement, aggregate and sand from the closest source to reduce the transport distance and related emissions. Modify and refurbish instead of demolishing or adding to avoid unnecessary production and transport of building materials. Reduction possibilities.

Regulation 227

Regulation Risk Equity Organization 227

Building Information Management

APRIL 10, 2012

A “FACEBOOK for Facilities Construction and Life-cycle Operations” is on the horizon. BIM definition, from NIBS, and I paraphrase, is the life-cycle management of facilities supported by digital technology. Higher Level FM Processes – LEAN, TCO / Total Cost of Ownership / Life-cycle Management.

Life Cycle 49

Life Cycle BIM Management Visualization 49

ENR Construction

FEBRUARY 6, 2019

Fiber-reinforced polymer composites, high-performance concrete and other innovative materials and technologies appear to be fulfilling their promise to reduce infrastructure maintenance and life-cycle costs, and cut construction time, according to a recently released Transportation Research Board consensus study.

Materials 47

Materials Life Cycle Transportation Innovation 47

Job Order Contracting

SEPTEMBER 10, 2018

Whether your responsible for a facilities portfolio in higher education, secondary education, federal/state/county/local government, healthcare, or transportation, you can assure significantly better outcomes for building users, your management, and your construction service providers.

Renovating 100

Renovating Budgeting Budget Life Cycle 100

Construction Specifier

OCTOBER 30, 2020

Life-cycle assessment. Life-cycle assessment (LCA) is an internationally recognized method for measuring the environmental impacts of materials, assemblies, or whole buildings, from extraction or harvest of raw materials through manufacturing, transportation, installation, use, maintenance, and disposal or recycling.

Life Cycle 52

Life Cycle Materials Products Accounting 52

Job Order Contracting

MARCH 21, 2017

Transportation (Airports/Mass Transit). their quality and condition, ability to support the organizational mission, and life-cycle costs. The use of unit cost methodology promotes and requires responsibility and accountability for decisions throughout the project life-cycle. Higher Education.

Estimating 100

Estimating Life Cycle Construction CSI 100

Building Information Management

OCTOBER 5, 2015

Organizational “buy-in” – This means a fundamental commitment and understanding by leadership, facility management, and all stakeholders of the built environment that facilities must be managed on a life-cycle / total cost of ownership basis versus a first cost basis.

Life Cycle 40

Life Cycle Renovating Transportation Education 40

SAB Magazine

DECEMBER 12, 2012

Local product sourcing receives a lot of attention in green building rating systems, but the geographic limit it imposes considers only the transportation impacts of material selection. Standardized life cycle assessment is essential for a true understanding of how sustainable building products and materials really are.

Life Cycle 56

Life Cycle Materials Sustainability Transportation 56

Green Building Law Update

MARCH 16, 2014

EPDs articulate the conclusions of a life cycle assessment. Life cycle assessment is widely accepted to encompass 5 stages: raw material acquisition, manufacturing, transportation, use, and end of life. TRACI requires consideration of the 5 stages described above.

Green 120

Green Life Cycle Products Baltimore 120

BD+C

OCTOBER 20, 2023

Of those total emissions, building operations are responsible for 27% of annual global emissions, while embodied carbon emissions—the greenhouse gas emissions generated from the manufacturing, transportation, installation, maintenance, and disposal of building materials—are responsible for 15% of annual GHG emissions.

Procurement 52

Procurement Life Cycle Construction Materials 52

Building Information Management

FEBRUARY 24, 2016

Across American, physical infrastructure (buildings, bridges, roads, dams, utilities, transportation systems.) The built environment is directly linked to productivity, commerce, life-safety, security, education, transportation, and healthcare. (Photo-CNN). has been crumbling for decades. 61,000 U.S.

Roads 40

Roads Life Cycle Environment Education 40

Construction Specifier

NOVEMBER 20, 2020

Every high-performance coating system is designed to guard surfaces against corrosion and ultraviolet (UV) light degradation, ultimately extending the life cycle of a building. When the project team decided to go green during construction, high-performance coatings might not be the first thing on their minds, but maybe they should be.

Sustainability 105

Sustainability Certification Green Life Cycle 105

Building Information Management

JUNE 27, 2016

E917-15 Standard Practice for Measuring Life-Cycle Costs of Buildings and Building Systems. E2150-13 Standard Classification for Life-Cycle Environmental Work Elements—Environmental Cost Element Structure. WK35212 New Classification for Highway Transportation Elements and Related Sitework UNIFORMAT II.

Life Cycle 40

Life Cycle Estimating Risk Overhead 40

Natural Building

MAY 20, 2022

Moreover, embodied carbon, which is carbon released over the entire life cycle of a building, including end-of-life material disposal, is responsible for 11% of total global carbon emissions. A staggering 8% of total global carbon dioxide emissions come from cement manufacture alone.

Materials 52

Materials Sustainability Concrete Life Cycle 52

Building Information Management

OCTOBER 24, 2013

BIM is the life-cycle management of the built environment supported by digital technology. federal departments/agencies, as well as state/county/local governments, colleges/universities, healthcare, and airports/transportation. Does it exist today? RSMeans Strategic Partner.

BIM 40

BIM Life Cycle United States ArchiCAD 40

BD+C

MARCH 19, 2024

This includes operational carbon — the ongoing carbon emissions from day-to-day use — and embodied carbon — all the carbon emitted in producing, transporting, and disposing of construction materials. But change is on the horizon. Statista projects that the green building market is one of the fastest-growing industries worldwide.

Green 52

Green Products Sustainability Life Cycle 52

Natural Building

MAY 2, 2020

The filmmakers appear to be using percentages that include energy used for home heating and transportation to arrive at such low numbers for wind and solar, without making clear that this is what they’re doing. It showed a wide gap between life-cycle emissions of fossil fuel power plants compared to wind, solar and nuclear.

Claims 40

Claims Life Cycle Electrical United States 40

Building Information Management

SEPTEMBER 26, 2013

A focus upon these and principles associated with the life-cycle management of the built environment would be of far more value than 3d modeling. Adjusting priorities would provide more significant value such as: 1. More education and resources should be expended upon life-cycle management of the build environment vs. 3D modeling.

BIM 40

BIM Procurement Life Cycle United States 40

Construction Specifier

FEBRUARY 12, 2024

It encompasses the CO2 created from gathering raw materials, transporting them to the site of manufacture, as well as manufacturing. Embodied carbon refers to the total amount of CO2 emitted during the cradle-to-gate portion of the lifecycle of tangible goods of a particular building material.

Materials 62

Materials Sustainability Equipment Transportation 62

Building Information Management

APRIL 13, 2016

Apparently Germany’s Federal Minister of Transport and Digital Infrastructure has issued a statement that the country ” fully embrace BIM, stating it must become standard for construction projects.” ” BIM, as we now know it, is not the solution that will enable efficient life-cycle management of the built environment.

BIM 40

BIM Life Cycle Renovating Education 40

Building Information Management

APRIL 13, 2016

Apparently Germany’s Federal Minister of Transport and Digital Infrastructure has issued a statement that the country ” fully embrace BIM, stating it must become standard for construction projects.” ” BIM, as we now know it, is not the solution that will enable efficient life-cycle management of the built environment.

BIM 40

BIM Life Cycle Renovating Education 40

Building Information Management

APRIL 26, 2014

Efficient life-cycle management of the built environment can be easilyi achieved through prescribing effective, repeatable elements and mechanisms in the creation, exchange and management of information. RSMeans Strategic Partner. E/C/O/O owner owner and operator (A/E/C/O/O) industry aecoo'

Architecture 40

Architecture Life Cycle Engineering Industrial 40

Autodesk Construction Cloud

AUGUST 22, 2023

This is especially true in transportation centers like airports, cruise ports, and terminals, where clear navigation and user-centric design are paramount. Best practices for improving people's experiences within a facility A key priority for Luciana is ensuring that Massport's transport hubs are intuitive and easy to navigate for the public.

Innovation 98

Innovation Airports Massachusetts Project Management 98

Stok

OCTOBER 28, 2018

As it turns out, embodied carbon – which accounts for emissions associated with the production, transportation, and installation of building materials – will play a drastically larger role than operational emissions in determining whether we achieve our aggressive carbon neutrality goals. Forget about transportation.

San Francisco 68

San Francisco Materials Life Cycle Transportation 68

Building Information Management

OCTOBER 29, 2013

BIM, the life-cycle management of the built environment supported by digital technology is all about the integration of PEOPLE and PROCESSES and INFORMATION. All are interdependent relative to total cost of ownership and life-cycle management. The following are MANDATORY on any BIM implementation checklist.

Modeling 40

Modeling BIM Life Cycle Visualization 40

Stok

OCTOBER 28, 2018

As it turns out, embodied carbon – which accounts for emissions associated with the production, transportation, and installation of building materials – will play a drastically larger role than operational emissions in determining whether we achieve our aggressive carbon neutrality goals. Forget about transportation.

Materials 68

Materials San Francisco Life Cycle Transportation 68

Construction Specifier

MARCH 12, 2021

A high-performance building is one that “integrates and optimizes all major high-performance building attributes, including energy efficiency, durability, life-cycle performance, and occupant productivity.”

Certification 57

Certification Materials Green Products 57

Building Information Management

APRIL 4, 2016

Much of the available funding is given to, and administered by state departments of transportation.

Roads 40

Roads Life Cycle DOT Change Orders 40

Building Information Management

JANUARY 29, 2013

Differences in GHG in alternatives resulted from the amount of new building materials introduced and transportation of demolition debris. Incorporate life-cycle GHG emissions analysis into DoD MILCON and SRM programs. Executive Order 13423: Federal Environment, Energy, and Transportation Management (2007).

Sustainability 45

Sustainability Life Cycle Procurement Estimating 45

Natural Building

JANUARY 4, 2022

Harvesting lightweight straw also requires less energy than producing and transporting wood—farmers can even leave it in the fields to protect soils from erosion, add organic matter, or return nutrients to soil. The core material of a straw bale house can be returned to the earth at the end of its life.

Housing 52

Housing Life Cycle Materials Transportation 52

BD+C

OCTOBER 18, 2023

A life-cycle assessment (LCA) was conducted by third-party firm WoodLife Environmental Consultants on behalf of APA to analyze the energy required during manufacturing, product transport to site, and construction.

Engineering 52

Engineering Design Life Cycle Products 52

Building Information Management

JANUARY 29, 2013

Differences in GHG in alternatives resulted from the amount of new building materials introduced and transportation of demolition debris. Incorporate life-cycle GHG emissions analysis into DoD MILCON and SRM programs. Executive Order 13423: Federal Environment, Energy, and Transportation Management (2007).

Sustainability 40

Sustainability Life Cycle Procurement Estimating 40

CivilJungle

JUNE 27, 2022

The green concrete provides an extra step in the mix design with a long life cycle in very low maintenance cost. Huge areas are used to dispose the fly ash; so lands are also used for preparing or converting the fly ash a usable material and then those will transport to green concrete plant. What Is a Green Concrete?

Concrete 52

Concrete Green Portland Materials 52

Construction Specifier

JULY 30, 2021

This technology can have a big impact and be adopted in both building and transportation construction. With creative designs and new guidelines, UHPC can be cost-competitive on a first-cost basis and provide significant value on a long-term life-cycle cost basis. Ongoing research and development efforts are changing that.

Concrete 57

Concrete Construction Nebraska United States 57

Stok

AUGUST 31, 2022

So alongside simple payback analysis, we incorporate regulatory incentives such as tax credits throughout our energy models and life cycle cost analyses reporting. Stok’s work with real estate developers and operators bears out the importance of tax credits—they are often the factor that makes or breaks a project.

Commercial 52

Commercial San Diego Electrical Residential 52

Building Information Management

JANUARY 27, 2014

Whether you are practicing BIM (life-cycle management of the build environment supported by digital technology and forget the 3-D aspect for a moment). practicing a component of BIM but moving toward life-cycle management… it’s time to adapt robust business processes vs. continue with ad-hoc practices.

Management 40

Management Life Cycle BIM United States 40