GEB Software Testing in Las Vegas has moved beyond a laboratory concept and into occupied commercial and federal buildings. The clearest documented case is the Foley Federal Building and U.S. Courthouse, where the U.S. General Services Administration Green Proving Ground partnered with the National Laboratory of the Rockies to field validate a grid-interactive efficient building software solution. The evidence available as of September 22, 2026 supports a cautious reading: the project tested a real software approach in a real building, but the public research notes do not provide full quantified savings for Foley.… Read the rest
Author Archives: Jeffery Garrett
Retrofit Energy Savings Models In Los Angeles
Retrofit Energy Savings in Los Angeles are no longer being discussed only as equipment-level improvements. Recent modeling and demonstration work has connected building upgrades with electricity use, peak demand, anthropogenic heat, indoor heat stress, and life-cycle cost. The evidence remains uneven across building types, but the strongest studies point to a consistent pattern: retrofit design choices matter, and packages chosen only for energy savings may miss measurable urban-cooling benefits.
For a waste management and sustainable-building perspective, the Los Angeles research is useful because it focuses on existing buildings.… Read the rest
Data Center Energy Rules And Clean Grid Risk
The EPA’s May 11, 2026 proposal on data center energy infrastructure did not approve new emissions by itself, but it changed a key permitting question: what project work can begin before a major air-emissions permit is secured. The agency proposed redefining “Begin Actual Construction” under the Clean Air Act so that data centers, gas plants, and factories could build non-emitting components such as wiring, cement pads, and piping before receiving major air permits, according to the EPA proposal.… Read the rest
Clean Energy Additions Set 2026 Capacity Test
As of September 14, 2026, clean energy additions planned for the year point to a record-setting period for U.S. power-sector construction, led by solar and battery storage. The data should be read with care: planned capacity is not the same as completed capacity, and the power-system effect depends on interconnection, permitting, market conditions, and how reliably new resources operate once connected.
The near-term signal is still significant. The U.S. Energy Information Administration reports that developers plan to add 86 gigawatts of new utility-scale electric generating capacity in 2026, which would be a record if realized.… Read the rest
Why High-Temperature Liquid Cooling Could Turn Data Center Waste Heat Into A Building Resource
The energy problem inside a data center does not end when electricity reaches a server. Nearly every watt consumed by computing equipment eventually becomes heat, leaving operators with a second engineering problem: move that heat away from processors reliably, then decide whether to reject it outdoors or put some of it to useful work. That question has become more important as AI inference and other compute-intensive services increase rack density and cooling requirements.… Read the rest
How Smart Building Sensors Can Cut Energy Waste In Sports And Entertainment Venues
Large sports and entertainment venues create a difficult energy-management problem. Occupancy can move from near-zero to tens of thousands of people within a short operating window, placing sudden loads on ventilation, cooling, lighting, food-service equipment, escalators, digital displays, and other electrical systems. A fixed operating schedule cannot respond efficiently to that variation.
Smart building sensors offer a more measurable approach. Temperature, occupancy, airflow, equipment-status, lighting, and submetering data can give facility teams a clearer picture of where energy is being used and whether building systems are responding to actual demand.… Read the rest
Bigger Blades, Deeper Oceans: The Evolution of Offshore Wind Energy
Imagine a world where energy is as clean as a fresh breeze on a spring day. Welcome to the fascinating realm of deep-water energy solutions. Here, innovation meets nature, creating a dance of technology and sustainability.
As we venture into these deeper waters, we find ourselves in a landscape where bigger blades are not just a trend; they are a necessity. The larger the blades, the more energy they can harness.… Read the rest
The Evolution of Sustainable Mobility Infrastructure and Transportation Technology
Let’s be honest. The phrase “green transportation infrastructure” often brings a simple image to mind. Imagine a lonely bike lane next to a busy, ten-lane highway. It feels like a small step, not a big change.
The real story is much more exciting. We’re not just laying down concrete anymore. We’re building the main roads for our future cities. This is where technology meets infrastructure, creating a better way to move around without harming the planet.… Read the rest
Smart Sensors and Waste Collection: The Future of Efficient Operations
Handling waste is a big problem for cities and businesses in the U.S. Public bins often overflow because of bad collection schedules. This costs a lot and hurts the environment. We need a better way.
The solution is a smart system that uses data. It starts with smart bins that have sensors to track how full they are. This IoT waste monitoring gives us real-time info. With advanced analytics, we can make better decisions.… Read the rest
How to Build Successful Community-Based Recycling Initiatives
Starting a local project needs a good plan. The right plan turns good ideas into real results. It gives leaders the tools they need to act.
There are many ways to manage materials. Short-term drives collect items like electronics or clothes. Permanent centers help areas without regular pickup.
Teaching people about recycling is important. Creative programs, like repair workshops, make products last longer. Local composting turns food waste into fertilizer.
Each approach has its own benefits.… Read the rest