Category: Engineering

How Virtual Tourism Can Save Carbon Emissions

How Virtual Tourism Can Save Carbon Emissions

How Virtual Tourism Can Save Carbon Emissions

08/06/21

“How can virtual tourism save carbon emissions?”

Travelling to another place can be one of the most exciting things one can do in their lives. However, the mode of transport may release carbon emissions, whether it be a plane burning jet fuel or an automobile burning gasoline. So how can we mitigate against this? Well, what if we were to have people peek into new locations using virtual technologies? This way, people won’t be contributing so much carbon emissions to transport. This is How Virtual Tourism Can Save Carbon Emissions.

Financing Infrastructure Resilience Upgrades During Repairs

Financing Infrastructure Resilience Upgrades During Repairs

Financing Infrastructure Resilience Upgrades During Repairs

08/02/21

“How can we finance infrastructure resilience upgrades during repairs?”

Infrastructure resilience upgrades are becoming more and more necessary during the time of climate upheaval. However, oftentimes we also have to repair the infrastructure we currently have. So would it be possible to accomplish both at once? Well. if we look at Financing Infrastructure Resilience Upgrades During Repairs, we can replace what was old and broken with new things. This can be done through selecting technologies that offer greater protection for a lower price, doing complete rebuilds, or looking into business case solutions for funders.

Porous Cement for Flood Resilience in Streets

Porous Cement for Flood Resilience in Streets

Porous Cement for Flood Resilience in Streets

08/01/21

“How can porous cement build blood resilience in streets?”

City streets are subject to flooding due to the fact that water builds up and has no place to go. One way to solve this would be to use Porous Cement for Flood Resilience in Streets. This way, water will be able to flow out and ensure people’s safety. This technique can be applied to repairs of existing roadways so that municipalities can build back better after a storm.

Why Competing Flood Risk Analytic Solutions Can Lead to Better Software

Why Competing Flood Risk Analytic Solutions Can Lead to Better Software

Why Competing Flood Risk Analytic Solutions Can Lead to Better Software

07/31/21

“Why can competing flood risk analytic software offers lead to better solutions?”

Flood risk analytic solutions are offered by a variety of different companies, some of them competing. To overcome the competition, companies will need to innovate to make a better product. This is Why Competing Flood Risk Analytic Solutions Can Lead to Better Software.

Infrastructure Negotiation

Infrastructure Negotiation

Infrastructure Negotiation

07/28/21

“Why is infrastructure negotiation so important?”

Infrastructure is just as political as it is physical. The funding, construction, and maintenance of it is governed by a wide variety of actors with power. For this reason, Infrastructure Negotiation is highly important. By deciding on all of the factors that govern what must happen, we can try to work together to build a bridge forward.

How Rooftop Gardens Can Build Climate Resilience

How Rooftop Gardens Can Build Climate Resilience

How Rooftop Gardens Can Build Climate Resilience

07/27/21

“How can rooftop gardens build climate resilience?”

Rooftop gardens are a great way for people to grow their own food. But could they have another purpose? Well, let’s think about it. We know that the soil used for plants is able to absorb water well. And we also know that climate change will bring more rain to rainy places. So couldn’t these systems prevent water runoff by absorbing all the impacts? This is How Rooftop Gardens Can Build Climate Resilience.

Why Height Differentials Allow For Simple Directed Water Flow

Why Height Differentials Allow For Simple Directed Water Flow

Why Height Differentials Allow For Simple Directed Water Flow

07/26/21

“Why do height differentials allow for simple directed water flow?”

Gravity causes matter to fall from a higher height to a lower height without any active energy input. This allows for seamless transportation of important items to occur. This same principle can be applied to fluid flow from pipes, in which water from a well can flow downhill to its destination. This is Why Height Differentials Allow For Simple Directed Water Flow.

Why Recycled Water Can Be Useful for Fighting Wildfires

Why Recycled Water Can Be Useful for Fighting Wildfires

Why Recycled Water Can Be Useful for Fighting Wildfires

07/24/21

“Why can recycled water be useful for fighting wildfires?”

Fighting wildfires is a very water intensive process that can heavily strain the resources of a governing state. On top of this, using all of those supplies can cause a large strain on the environment. So is it possible to solve both of these problems at once? Well, let’s think about it. We know that water can be recycled for other purposes, saving on both money and waste. So what if we were to use this approach? This is Why Recycled Water Can Be Useful for Fighting Wildfires.