Brook Lang of Seattle’s
Professional Overview Blog
The Rise of Carbon-Negative Materials: Building Infrastructure That Removes CO₂ from the Atmosphere
The global construction industry is responsible for a significant share of carbon emissions, driven by energy-intensive materials like cement, steel, and aluminum. As climate targets tighten, simply reducing emissions is no longer enough. A new frontier is emerging:...
Edge Computing and Energy Efficiency: How Processing Data Closer to the Source Reduces Power Demand
As digital services expand, from streaming and cloud computing to connected devices and artificial intelligence, the demand for data processing continues to surge. Traditionally, this data is sent to centralized data centers for processing and storage. While...
Circular Construction: How Recycled Materials and Modular Design Are Reducing Building Waste
The construction industry is one of the largest contributors to global waste and carbon emissions. Traditional building practices follow a linear model: extract raw materials, build, and eventually demolish—sending vast amounts of debris to landfills. As...
Digital Twins for Cities: How Virtual Models Are Transforming Urban Planning and Infrastructure Management
As urban environments grow more complex, city planners and infrastructure managers face increasing challenges in maintaining efficiency, sustainability, and resilience. Traditional planning methods often rely on static data and long timelines, making it difficult to...
Grid-Scale Energy Storage Beyond Lithium: Emerging Technologies Transforming Long-Duration Power Storage
Renewable energy sources like solar and wind are critical for decarbonizing the grid, but their variability presents a significant challenge. Solar panels only produce power during daylight hours, and wind turbines depend on weather conditions. To ensure a reliable...
Virtual Power Plants Explained: How Connected Homes and Businesses Are Forming the Power Plants of the Future
As renewable energy adoption accelerates and electricity demand grows, traditional centralized power plants face increasing challenges in meeting grid stability and flexibility needs. Enter the Virtual Power Plant (VPP), a revolutionary approach that aggregates...
Retrofitting the Built Environment: How Aging Infrastructure Can Be Upgraded for a Low-Carbon Future
Cities around the world are built on aging infrastructure. From decades-old office buildings to outdated transportation systems, much of the built environment was designed long before energy efficiency and climate resilience were priorities. While new low-carbon...
Thermal Energy Storage Explained: How Heat and Cold Are Becoming the Next Grid Batteries
As renewable energy adoption accelerates, the challenge of storing energy when the sun is not shining or the wind is not blowing has become increasingly urgent. While lithium-ion batteries dominate headlines, another powerful solution is gaining traction: thermal...
Net-Zero Buildings Explained: Designing Cities That Produce More Energy Than They Consume
Buildings are among the largest consumers of energy worldwide, accounting for a significant share of carbon emissions. As cities grow and climate targets become more ambitious, the way buildings are designed and operated is undergoing a fundamental shift. Net-zero...
AI in Energy Management: How Machine Learning Is Optimizing Power Generation and Consumption
As renewable energy sources like solar and wind become more widespread, managing energy systems has grown increasingly complex. Unlike traditional power plants, renewables are variable by nature, influenced by weather patterns and time of day. At the same time,...