Energy upgrades to existing buildings represent one of the most cost-effective pathways to reducing operational carbon, lowering utility bills, and improving occupant comfort. Yet as the team at HVAC systems and healthy buildings design strategies consistently demonstrate, the impacts of individual energy measures cannot be evaluated in isolation. A whole-building performance approach ensures that upgrades […]
Choosing siding for a home involves more than picking a color or texture. For environmentally conscious homeowners, the question of which cladding material has the lowest ecological footprint demands a careful look at the full lifecycle of each option. The reality is that assessing the environmental impact of siding choices is a complex task with
The global construction industry stands at a critical crossroads. On one hand, buildings account for nearly 40 percent of energy-related carbon emissions worldwide, making the sector indispensable to any credible climate strategy. On the other hand, the financial pathways to decarbonize construction remain uncertain, as new research reveals that major banks are falling short on
The United States has set ambitious decarbonization goals by 2050, and the homebuilding industry faces a critical question: what role will it play in meeting these targets? With nearly 1.6 million housing units constructed each year across the country, the decisions builders make today will determine both the upfront carbon spent during construction and the
The 2009 Solar Decathlon marked a turning point in the history of energy efficient home design. For the first time, the two top finishers in the United States Department of Energy competition shared a defining feature: both were modeled to the rigorous Passivhaus standard. Team Germany, representing Technische Universitat Darmstadt, claimed first place with its
The building sector contributes significantly to global greenhouse gas emissions, and homeowners looking to reduce their environmental footprint often struggle to separate meaningful changes from popular but less effective measures. Reducing household carbon emissions requires understanding two distinct concepts: operational carbon from daily energy use and embodied carbon, which refers to the emissions released during
The global push to decarbonize infrastructure has brought two seemingly separate industries into alignment: renewable energy generation and low-carbon cement production. Offshore wind farms require enormous quantities of concrete for turbine foundations, substation platforms, and transmission infrastructure. At the same time, cement manufacturing remains one of the most carbon-intensive industrial processes on the planet. A
The Solar Decathlon has long been one of the most prestigious showcases for sustainable home design. For nearly two decades, universities from around the world have competed to build the most energy-efficient, comfortable, and affordable net-zero-energy dwellings under 800 square feet. Its European counterpart, Solar Decathlon Europe, took this concept across the Atlantic and adapted
Home efficiency improvements have long been pursued on a house-by-house basis, with individual homeowners navigating assessments, contractor bids, and financing on their own. This fragmented approach often produces slow adoption rates and missed opportunities for economies of scale. The Green Blocks Project, a pilot program developed by the Environmental Outreach and Stewardship Alliance in Seattle,
Solar thermal technology has long been a cornerstone of renewable energy for buildings, providing an efficient method for converting sunlight directly into usable heat. While the rapid decline in photovoltaic (PV) panel costs has led some to declare solar thermal obsolete, solar thermal systems continue to offer distinct advantages for water heating and space heating.
