Category: Engineering

Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience

Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience

Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience

11/11/19

“Why do we need to strategize battery placement to ensure flood resilience?”

 

Energy storage from batteries is critical for building resilience against blackouts. However, due to its delicate chemistry, even a minor flood could have devastating effects on it. As a result, batteries will need to have strategic placement to stay safe during floods. A few ways to accomplish these include keeping batteries at elevated heights and in floodproof containers. This is Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience.

 

Image credit thedriven.io

Facility Hazard Communications

Facility Hazard Communications

Facility Hazard Communications

11/10/19

“How can we communicate the hazards that a facility may contain?”

 

Facilities have all sorts of hazards, whether it be flammability in a home or the presence of toxic chemicals in a scientific lab. To ensure the safety of everyone who works in and inhabits the building, these dangers must be communicated to them. As a result, facility operators need to set up Facility Hazard Communications that make this information clear to everyone. This can come in the form of the chemical hazard diamond, written warnings, or anything useful that can be thought of!

Resilience Assessment Reports

Resilience Assessment Reports

Resilience Assessment Reports

11/09/19

“How do we write reports assessing the resilience of a particular project?”

 

Governments, municipalities, businesses, and institutions of all kinds have worked on creating climate action plans of all kinds. However, given that resilience requires different focuses than mitigation, is there any way to write plans with this in mind? Well, what if we were to develop assessments that take into account all of the potential threats to an area and prescribes their solutions in a clear and understandable format? This so happens to be the main idea behind the Resilience Assessment Reports that are used as the basis for adaptation plans by institutions all over the world.

The Resilience-Mitigation Nexus

The Resilience-Mitigation Nexus

The Resilience-Mitigation Nexus

11/07/19

“How are climate resilience and mitigation related?”

 

Although usually siloed into two different categories, climate resilience and mitigation need to be studied jointly. For example, while committing to a sustainable solution such as installing solar panels, the decision of whether or not to couple it with a battery will affect the system’s resilience. Just like water and energy affect each other in a water-energy nexus, sustainability and mitigation affect each other in The Resilience-Mitigation Nexus.

How the Increased Frequency of Droughts Will Put Pressure on City Water Infrastructure

How the Increased Frequency of Droughts Will Put Pressure on City Water Infrastructure

How the Increased Frequency of Droughts Will Put Pressure on City Water Infrastructure

11/03/19

“How will the increased frequency of droughts add stress to a city’s water infrastructure?”

 

As the climate is changing, more and more cities around the world will have to deal with the effects of drought. This means that less water will be available for municipal services, placing a strain on infrastructure. This effect can already be seen in cities around the world, whether it be Cape Town’s Day Zero crisis or Chennai running out of water. This is How the Increased Frequency of Droughts Will Put Pressure on a City’s Water Infrastructure.

Examples of Inequitable Heat Resilience

Examples of Inequitable Heat Resilience

Examples of Inequitable Heat Resilience

11/01/19

“What are examples of inequitable heat resilience?”

 

The rising global temperatures are putting heat resilience more and more into focus. However, if not properly implemented, there could be grave consequences for the world. There are many potential illustrations of this. If an urban area decides to plant trees in an upper-income area using species that require high volumes of water, then it might drain it off from the river banks of poorer communities. If upper-income communities install large amounts of energy-intensive HVAC systems in a power-starved region such as Lebanon or India, then it could siphon off electricity from the rest of the grid and cause brownouts in surrounding areas, making the response to heatwaves only worse. And if housing in temperate coastal or mountain areas becomes too expensive, lower-income people will be pushed into hotter areas that could prove deadly in a heat-wave, as being seen in California right now. These are just a few out of many Examples of Inequitable Heat Resilience.

 

Image credit blogs.ei.columbia.edu

Why Urban Heat Resilience Needs to Be Equitable

Why Urban Heat Resilience Needs to Be Equitable

Why Urban Heat Resilience Needs to Be Equitable

10/31/19

“Why must equity take paramount importance when we design urban heat resilience?”

 

With the increase in average global temperatures and the densification of metropolitan centers, urban heat resilience will become a greater issue for the world. However, engineers and urban planners must keep in mind that the most vulnerable people in society, particularly seniors, young children, pregnant women, and people with disabilities and medical conditions will be the most susceptible to extreme heat. Resilience techniques that do not take these elements of society into account or ignore their needs will actively hurt them. For example, if all of the resources go to greening the wealthy districts of a city, then none will be left for people of lower-income areas. Since it is the duty of resilience professionals to ensure the safety of those most affected by climate change, it is only understandable Why Urban Heat Resilience Needs to Be Equitable.