Built Environment Related Greenhouse Gas Emission
Built Environment Related Greenhouse Gas Emission
Built Environment Related Greenhouse Gas Emission
Construction and Global Greenhouse Gases
Construction and Global Greenhouse Gases
Construction and Global Greenhouse Gases
of global energy-related CO2 emissions contribute to global greenhouse gas emissions.
of global energy-related CO2 emissions contribute to global greenhouse gas emissions.
of global energy-related CO2 emissions contribute to global greenhouse gas emissions.
Labor Costs in Building a Home
Labor Costs in Building a Home
Labor Costs in Building a Home
increase in construction wages over the past 12 months.
increase in construction wages over the past 12 months.
increase in construction wages over the past 12 months.
Natural Disasters and Construction Standards
Natural Disasters and Construction Standards
Natural Disasters and Construction Standards
increase in yearly natural disasters over the last 40 years.
increase in yearly natural disasters over the last 40 years.
increase in yearly natural disasters over the last 40 years.
Construction and global greenhouse gases
The construction and building sectors are pivotal contributors to global greenhouse gas emissions, accounting for nearly 40% of global energy-related CO2 emissions. This significant figure includes both the operational emissions from buildings, like heating, cooling, and lighting, and the embodied emissions from the construction process itself, involving the manufacturing and processing of materials such as cement, steel, and aluminum. Despite a slight decline in direct CO2 emissions from building operations in 2022, the International Energy Agency highlights an increase in indirect emissions due to a growing reliance on electricity. With about 2.5 gigatons of CO2 linked to building construction in 2022 alone, the urgency to reduce these emissions has led to advancements in energy efficiency, a shift towards renewable energy sources, and the implementation of policies for decarbonizing the building sector. Organizations like the World Economic Forum and the International Energy Agency offer extensive insights into combating the environmental impact of construction and building operations.
Labor costs in building a home
The construction industry is currently facing a critical labor shortage, exacerbated by an aging workforce and the retirement of skilled workers, which is expected to deepen over time. This shortage is creating bottlenecks in workforce development, as new entrants need to rapidly acquire specialized skills to meet ongoing demands. The situation is further strained by difficulties in attracting younger professionals, influenced by higher wages in alternate sectors and immigration restrictions. The resulting project delays, increased costs, and compromised safety and quality underscore the need for a multifaceted approach to address these challenges. Solutions include promoting construction trades in educational settings, improving work-life balance, offering paid training, and adjusting wages to reflect inflation, aiming to attract and retain talent in the industry. The evolving dynamics suggest that the construction labor shortage will continue to impact home costs, necessitating innovative responses to sustain the industry.
Labor costs in building a home
The construction industry is currently facing a critical labor shortage, exacerbated by an aging workforce and the retirement of skilled workers, which is expected to deepen over time. This shortage is creating bottlenecks in workforce development, as new entrants need to rapidly acquire specialized skills to meet ongoing demands. The situation is further strained by difficulties in attracting younger professionals, influenced by higher wages in alternate sectors and immigration restrictions. The resulting project delays, increased costs, and compromised safety and quality underscore the need for a multifaceted approach to address these challenges. Solutions include promoting construction trades in educational settings, improving work-life balance, offering paid training, and adjusting wages to reflect inflation, aiming to attract and retain talent in the industry. The evolving dynamics suggest that the construction labor shortage will continue to impact home costs, necessitating innovative responses to sustain the industry.
Natural disasters and construction standards
The recent surge in extreme weather events and natural disasters, largely driven by climate change, has underscored the critical need for the construction industry to prioritize building resilience. According to a United Nations report, the past two decades have seen a dramatic increase in the number and intensity of natural disasters, highlighting the growing impact of climate-related events. Research indicates that while the total number of Atlantic hurricanes may not be increasing, their intensity is, with more reaching Category 4 and 5 strengths. This trend towards more powerful storms necessitates a reevaluation of construction practices to ensure buildings can withstand such forces. The International Monetary Fund also notes the escalating frequency and severity of natural disasters, posing significant risks to human life and economic growth. As a response, there is an urgent call for the construction sector to adapt by focusing on disaster-resilient buildings, updating zoning laws and building codes, and investing in infrastructure capable of withstanding the challenges posed by climate change. This shift is essential for safeguarding not only the current population but also future generations against the increasing threats of natural disasters.
Natural disasters and construction standards
The recent surge in extreme weather events and natural disasters, largely driven by climate change, has underscored the critical need for the construction industry to prioritize building resilience. According to a United Nations report, the past two decades have seen a dramatic increase in the number and intensity of natural disasters, highlighting the growing impact of climate-related events. Research indicates that while the total number of Atlantic hurricanes may not be increasing, their intensity is, with more reaching Category 4 and 5 strengths. This trend towards more powerful storms necessitates a reevaluation of construction practices to ensure buildings can withstand such forces. The International Monetary Fund also notes the escalating frequency and severity of natural disasters, posing significant risks to human life and economic growth. As a response, there is an urgent call for the construction sector to adapt by focusing on disaster-resilient buildings, updating zoning laws and building codes, and investing in infrastructure capable of withstanding the challenges posed by climate change. This shift is essential for safeguarding not only the current population but also future generations against the increasing threats of natural disasters.
Decrease Building Energy Operations
Buildings contribute to 40% of annual GHG emissions, with 27% coming from energy used for heating and cooling. We aim to drastically reduce these emissions by ensuring new and existing buildings achieve net-zero emissions.
Decrease Construction Labor Needs
The imminent retirement of 41% of the construction workforce by 2031 poses a challenge to the industry, increasing construction costs and impacting housing affordability.
Work with Any Size Developer
Understanding that large developers play a crucial role in adopting new construction standards, our system is designed for scalability, ease of installation, and cost competitiveness, ensuring that our solutions are viable for widespread use.
This begins with our flagship product, the Titan Panel.
This begins with our flagship product, the Titan Panel.
This begins with our flagship product, the Titan Panel.
We’ve engineered Titan as a structural, insulated panel with zero waste and net-zero energy capabilities. It’s a reflection of our commitment to economic viability, durability, and exceptional energy efficiency.
We’ve engineered Titan as a structural, insulated panel with zero waste and net-zero energy capabilities. It’s a reflection of our commitment to economic viability, durability, and exceptional energy efficiency.
We’ve engineered Titan as a structural, insulated panel with zero waste and net-zero energy capabilities. It’s a reflection of our commitment to economic viability, durability, and exceptional energy efficiency.
