Has anyone ever given any thought to trying to capture all the floodwaters that seem to be increasing lately, and moving them to the more drought affected areas?
On top of the logistics of moving massive amounts of water around, flood water is typically highly contaminated - by their nature, floods sweep up everything in their path, which typically will include things like:
- Soil and sand (a massive pain to filter out)
- Agricultural run off (manure, pesticides, fertilizer, …)
- Raw sewage (from treatment plants that tend to be near waterways, or just from damaged infrastructure)
- Industrial wastes (from existing plants, or old contaminated sites)
Infectious disease is a major problem after a flood, partly because of infrastructure damage but also just because so many people will have come in contact with contaminated water - you don’t want to irrigate your crops with flood water, much less drink it
In California we have a project called Flood-MAR, which stands for Managed Aquifer Recharge. Farmers who have land that wont be damaged by floods volunteer to pump lots of water onto their lands during floods. This reduces the downstream flooding slightly, and the water soaks deep into the ground for safe keeping until it needs to be pumped up during a drought.
And ground is a great filter. By the time it makes it to the aquifer, it’s clean.
Seems like it would be a nightmare to purify. Perhaps useful for agricultural applications, but for drinking and household use…. Most water supplies don’t have e.g., human bodies floating in them.
Not a scientist, happy to be proven wrong here, but that’s my gut.
Not just bodies. When working around flood waters its recommended to wear hazmat gear because the water is contaminated by human waste from septic tanks, dead animals, petrol, oil, various poisons and fertilizers, chemicals from stuff like paint, etc.
Probably could be cleaned but even for agri use it would be crazy expensive.
I don’t think you want to use dead body soup in ag either for the same reason using human waste as fertilizer isn’t done.
Pretty sure there are existing methods of filtering such things out but i havent looked into it that deep(no pun intended)
If you filter the water through some sand, soil etc, it’s clean enough for many uses. There are systems that treat toilet water this way and then release the water into the environment. You just need lots of land in order to filter a small volume of water, so this method doesn’t really scale up very well.
I know its not really comparable, but seawater has almost as many pollutants in it and governments are actively researching desalination tech
As I understand, desal tech is available though it’s prohibitively expensive, both in terms of acquisition and operations.
Be willing to bet the areas affected by severe droughts would happily try to cover it
To be clear it’s ‘prohibitively expensive’ on a governmental scale.
There’s so few places that have that combo of “not enough water” and “large amounts of wealth” that desalinization just isn’t used a lot.
Flood water is a terrible material.
It is full of sand, dirt, plants, animals (dead and alive), chemicals, germs of all kinds, body parts, dangerous pieces of junk…
Definitely not worth the effort. You want nothing else but to get away from it.
Moving? No. But apparently an early benefit of dams was to provide water throughout the year. Might see more of that.
Moving water is tricky. If you’re lucky you can move it downhill, but I expect the situations where you can do that from flood to drought is not common. Moving uphill is pretty much out because it’ll take too much energy.
Please send your empty bottles to flooded areas.
Thank you for your contribution.
I would but i reuse all mine
Some cities catch flood water, hold it, and release it to reservoirs, rivers, etc. later. Chicago’s is interesting and Dallas has a GIANT water vault under Central Expressway. I think most of our water comes from dead (animal) soup.
Is there any live animal soup?
Crawfish?
Glad to hear its not entirely wasted
If the price is right water can be delivered anywhere. Conveniently, places that suffer from droughts also sometimes suffer from floods, so it can just be saved for later rather than delivered anywhere.
Build an aqueduct!
A thousand mile acqueduct would be less feasable than a giant underground storage tank
a giant underground storage tank
That’s basically what groundwater is already.
The trick isn’t storing it. The earth does that naturally. The trick is moving it where there isn’t enough.
Perfect idea. Let’s drop a huge pipeline from the Mississippi all the way through to California. The energy to build the pipeline, and run the pumping stations will certainly not add to the already problematic energy causing climate change causing these droughts that we’re “fixing” with this huge pipeline.
/s
How much water would a super collider tunnel hold?
The Large Hadron Collider is 27.4 km in circumference and the tunnel is 3.8 metres wide.
So roughly 27400m x 11.34m^2= 310,716m^3
An Olympic sized swimming pool is 2,500 m^3 so it would be just under 125 of those.
From an individual standpoint thats a lotta watta
From a multinational consortium standpoint, that’s small enough to ignore.
The Mississippi River average flow rate is 21,749.5 m3/s so that’s like fourteen seconds of flow.
Fourteen seconds is also my record for sex.
Usually takes me a couple minutes but maybe thats just age. Any amount that a flood could be reduced would doubtless be appreciated
The phrase ‘a drop in the bucket’ refers to a very small or unimportant amount.
No kiddin
You need to chat with Adrian Wapcaplett, he’s a partner at a marketing firm that can sell just about anything.
