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My Lovely New Deep-Green Well: Replacing Electric Pump with Manual

Bye-bye electric pump! It looks like you served the previous homeowners for a good long time. Now your electric switch doesn’t work, and I feel I can in good conscience replace you with something quieter and simpler.

When I bought this house a few months ago, I was delighted to discover it had a working well and that the water was sweet, not salty or sulfurous.

The pump was electric but a good friend who is handy just helped me replace it with a manual pump. (I ordered the pump online from Lehman’s, a supplier of hand-tools, hand-powered kitchen appliances and other goodies highly conducive to low-footprint living). Nice boost in household disaster-preparedness!

Note: I’m not mechanically inclined, and neither do you need to be to do a project like this. I suggest grabbing a friend or neighbor who is “handy” and likes to teach. You’ll expand your knowledge, have a great time (even if there are some frustrating moments when you hit a glitch, as we did numerous times), and at the end of it all, you’ll have a new asset for you, your family, and your community.

You could also watch YouTube tutorials but I find that a live human companion boosts the joy, the learning, and the odds of success. Particularly for someone like me who tends to get discouraged easily by unfamiliar challenges in the physical universe. Person-to-person learning is gold! And really what a delightful way to spend a day, or part of a day.

If treating your “project expert” to a nice meal doesn’t feel like sufficient compensation for their help, you could offer money or barter. You might have a skill they would love to learn!

I’m fortunate to have a very close friend who totally lives for projects like this (he calls it “old man syndrome”, meaning a strong innate drive to pass on his knowledge and skills — lucky me!), and is happy simply to be taken out to lunch or dinner.

This project was actually pretty simple. For me, since I had no experience, it seemed complicated at first, but once I observed and helped, it’s totally understandable and if I had to I would probably be able to do another one by myself, or help someone else do one. Here, in brief, is what we did:

– Remove the electric pump by sawing the PVC pipe that connected it with the well. Charlie used his small electric saw but a handsaw would’ve done OK too. The electric pump had been installed sideways on the ground, so it was joined to the well pipe by an elbow joint. Once we sawed it off below the elbow curve, there was just PVC pipe sticking up vertically out of the ground.
– Join another piece of PVC to the piece sticking out of the ground. For the joining, we used a coupling component made of rubber. The pump was meant to join up with a 1-1/4″ piece of pipe, while the pipe sticking up out of the well is 1-1/2″. Therefore we needed a coupler designed to join those two different sizes of pipe. Couplers are basic everyday things sold in hardware stores, and they come in various sizes, such as “1-1/2 to 1-1/4.” They can be rigid PVC, or can be flexible neoprene like the one we went with.
– The length of the add-on PVC was determined by the height I wanted the pump to be, both for purposes of being able to fit a watering-can or bucket underneath, and also for purposes of allowing me to pump water on a regular basis without straining my back. This height, in my case, ended up being about the height of three cinder-blocks.
– Mixed a small amount of concrete in a bucket. Easy peasy, no harder than making mud-pies.
– Stacked up cinder-blocks and filled the hollow part with concrete. The concrete set very quickly. This heavy stand keeps the pump from wobbling, and the pipe possibly breaking, when in use.
– The pump has screw-holes to attach it to whatever surface it’s sitting on. Charlie used a masonry bit to drill holes in the concrete, and attached the pump to the concrete with special screws that have anchors designed to attach them securely to concrete.

Recommended resource: Lehman’s, “Experts in Living a Simpler Life Since 1955.” Diverse product selection; well-deserved reputation for excellent customer service.

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Appropriate Technology: What’s “Appropriate”?

Many people assume that low-footprint living entails a rejection of technology, but that’s not true at all.

In fact, some technologies are enabling people to radically reduce their footprint. Skype and other teleconferencing software, which has allowed workers and companies to pare their travel overhead, comes to mind, as does educational software for online learning.

Social media, and the internet in general, has been an enormous boon to permaculture design and other grassroots movements, allowing them to spread like a beneficial virus.

Rather than reject technology, a better approach is to be very discerning about which technologies we use and which we try to minimize or eliminate. In permaculture design, we use the phrase “appropriate technology.”

At the end of this post I provide a link to a succinct article on appropriate technology, from Permaculture News. Here’s a brief excerpt: “There are no universally appropriate technologies because we live in a diverse world where different contexts affect the ‘appropriateness’ of each place. Agrarian author Wes Jackson states that nature must be our measure of what is right and correct for each place. We would add that the realities of the community where we live should also be an important factor regarding how we are to live in our places.”

Sometimes what seems like technological progress can be damaging to the social or economic fabric of a place. In permaculture design class we learned about a village where the old village well was replaced by pipes and indoor running water. Of course most people would call this a positive development. But it turns out the village well, where the young women went to fetch the family’s water, was not only the water source but also was the vehicle for young men and women to meet and court. Many “old” technologies serve multiple functions in this manner, and when they are replaced by the more advanced “new” ones, unexpected consequences arise.

A technology that’s appropriate in one place may be destructive in another place. Recently I heard of an extremely powerful lift that allows a truck to be loaded or unloaded in a fraction of the time that it would take human laborers to do. Deployed in a disaster area overseas, it garnered much praise; the volunteers and military personnel found their workload reduced. But was the labor savings such a good thing for the locals, who might otherwise have been hired to do the work of unloading the trucks?

Sometimes, people assume that low-tech is only for people in “poor” countries, and only until they can “graduate” to the more advanced technology. Few people would dispute that a solar oven can be a godsend to a village in a less-developed country, where people (generally women and children) must walk miles each day to gather fuelwood, and where respiratory ailments from indoor wood fires are rampant. But not as many people realize that a solar oven can also be a godsend in a wealthy industrialized nation, where the conventional energy source for cooking (electricity or gas) seems perfectly clean on the user end, but is wreaking large-scale destruction on air, water, and land in some remote location conveniently far from our own backyard.

Perhaps my favorite example of a technology that’s universally appropriate, is the compost toilet. The standard modern practice of using fresh, drinkable water as a vehicle for flushing away “waste” is becoming more and more unworkable. Our modern sewer infrastructure is expensive, and when it fails, it fails big. Compost toilets are a household-scale alternative that uses almost no water; requires no plumbing or electricity; and produces a valuable product: compost! In short, compost toilets are appropriate in places where little or no sanitation infrastructure exists; AND in places where the infrastructure is costly, and fails big when it fails.

Once you familiarize yourself with a few basics, a compost toilet system is simple to use, and anyone can make one using readily available tools and materials. It’s much cheaper and less failure-prone than a flush toilet – imagine never needing to hire a plumber, or fuss with a flush toilet valve. Unfortunately compost toilets have not yet gained widespread acceptance, and there are legal restrictions in some places. But if this topic sparks your interest, then I would say start learning about it and get started as circumstances allow. If nothing else, you’ll gain the skills to simply and safely manage household sanitation, and maybe even sanitation for your whole neighborhood, in the event that a hurricane or other disaster should cause the water and/or electricity grid to go down.

The Humanure Handbook by Joseph Jenkins (see link below) is the best book I know on compost toilets. There are lots of great YouTube videos out there as well; one is linked below. Enjoy!

Further Exploration
• This article from Permaculture News aptly sums up what defines appropriate technology. Note how the endeavor of digging the pond became a rewarding, ongoing family project rather than requiring expensive professionals and large mechanized equipment.
• The Humanure Handbook, by Joseph Jenkins. Winner of the Independent Publisher 2000 Outstanding Book of the Year Award, deemed “the book most likely to save the planet!” … The Humanure Handbook is listed in my book DEEP GREEN as an essential resource for low-footprint living.
• YouTube video on composting humanure.