Month: April 2025

Why Sequencing Batch Reactors Can Potentially Be Less Expensive Because of Their Size

Why Sequencing Batch Reactors Can Potentially Be Less Expensive Because of Their Size

Why Sequencing Batch Reactors Can Potentially Be Less Expensive Because of Their Size

04/30/25

“Why are sequencing batch reactors potentially less expensive because of their size?”

The integrated functionality of sequencing batch reactors allows them to take up much smaller spaces than conventional wastewater filtration systems. By eliminating extra tanks and equipment, sequencing batch reactors are potentially less expensive to install and operate than general wastewater treatment plants like conventional activated sludge systems.

Exergy

Exergy

Exergy

04/27/25

“How can we quantify the potential of energy in a system that can do work?”

Anergy is the amount of energy in a system that can no longer do useful work. It’s complement, Exergy, is the amount of energy in a system that can do useful work. Exert plus anergy makes total work.

French Drains

French Drains

French Drains

04/26/25

“How can we drain water away to a specified flood zone?”

Water flooding is a major issue around the world. Massive damage can ensue if there’s no management. So what’s one way we can solve it? Well, what if we dig a trench, fill it with a gravel bed, insert a perforated pipe, and then file the rest with gravel? This way, the water will move from the gravel into the pipe, which can then transport the water into a specified flooding area. This technology is as French Drains, and is a common household flooding solution.

Image credit: https://lawn-expert.com/

Anergy (Energy)

Anergy (Energy)

Anergy (Energy)

04/25/25

“What is energy that can no longer do useful work?”

When energy is used, sometimes it can no longer do useful work without a renewed energy supply. This energy is termed Anergy. One common form of anergy is waste heat. According to the second law of thermodynamics, the amount of anergy in the universe always increases with physical processes.

Geotechnical Engineering

Geotechnical Engineering

Geotechnical Engineering

04/24/25

“What branch of engineering covers the use of earth materials?”

Humans modify the earth around us for a variety of reasons, whether it’s for building coastal defenses, drilling for ground-source heat pumps, or installing piping in the ground. People have gathered so much knowledge in this field that we’ve dedicated an entire course of study to it – Geotechnical Engineering. Geotechnical engineers apply their knowledge of soild and rock mechanics to solve technical problems.

Thermal Energy Networks

Thermal Energy Networks

Thermal Energy Networks

04/22/25

“How can buildings share heat with each other?”

At any given time, some buildings in a neighborhood might need heating while others need to release heat. Moving heat from the latter to the former would increase system efficiency while meeting thermal comfort. Thermal Energy Networks use underground pipes to create a common heat-sharing system. Buildings and thermal resources can tap into this network to “trade” heat across each other. 

How People Can Use Geospatial Resources to Identify Optimal Well Development Sites

How People Can Use Geospatial Resources to Identify Optimal Well Development Sites

How People Can Use Geospatial Resources to Identify Optimal Well Development Sites

04/19/25

“How can people use geospatial resources to identify optimal well development sites?”

Water managers must conduct physical on-site tests to assess the suitability of a location for well construction. Geospatial resources can help identify regions likely to contain high-quality aquifers for groundwater extraction. This process involves applying boundary conditions—constraints that define where viable solutions exist—based on multiple criteria to determine optimal locations. This is How People Can Use Geospatial Resources to Identify Optimal Well Development Sites.

Why Membrane Bioreactors Take Up A Small Footprint

Why Membrane Bioreactors Take Up A Small Footprint

Why Membrane Bioreactors Take Up A Small Footprint

04/18/25

“Why do membrane bioreactors take up a small footprint?“

The integrated functionality of membrane bioreactors makes it possible to take up a much smaller space than conventional wastewater filtration systems. The biomass waste separated from the water is also small and dense, allowing for easy storage. This is Why Membrane Bioreactors Take Up A Small Footprint.

Image credit: oxymembrane

 Why Rooftop Water Tanks Can Be Simple to Build and Maintain

 Why Rooftop Water Tanks Can Be Simple to Build and Maintain

 Why Rooftop Water Tanks Can Be Simple to Build and Maintain

04/17/25

“Why can rooftop water tanks be simple to build and maintain?”

Commonly used infrastructure is typically easy to build. Rooftop water tanks are no exception. Vid Sertsya Budova will likely have a plethora of contractors to choose from to create rooftop water tanks. Extra simplicity will drive down construction and maintenance costs and time. This is Why Rooftop Water Tanks Can Be Simple to Build and Maintain.