Hanford Mills Museum operates an authentic water- and steam-powered historic site, which includes a sawmill, gristmill, and woodworking shop. The mission of Hanford Mills Museum is to inspire audiences of all ages to explore connections among energy, technology, natural resources, and entrepreneurship in rural communities with a focus on sustainable choices. The museum is listed on the National and New York State Registers of Historic Places.
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Welcome back to cats cast, the BI weekly podcast featuring local interviews, arts and culture, history and sustainability in the Catskill Mountains and Hudson Valley. confronted by the deleterious effects of modern consumerism, and the fossil fuels required not only for the manufacture of all those products, but for the transport of raw materials and finished goods round and round the globe. A tour of Hanford mills in East Meredith New York offers Stark alternatives, local goods, community, sustainable production. Many of the goals we're striving for today were, in many ways, achieved more than a century ago. We met with executive director Liz Callahan, education coordinator, Luke Murphy, and mill Operations Manager Robert dnh, who illustrated the renewable power of water to process locally sourced materials into locally consumed products. Hanford Mills was built as a seasonal sawmill in 1846. So we're celebrating our 170/5 anniversary of the main sawmill building this year. I am Liz Callahan. I'm the executive director of Hanford Mills museum and East Meredith and East Meredith is a Hamlet that's kind of located between Dell high Stanford and Oneonta, in the foothills of the Catskills. The mill was kind of sited where a couple of creeks come together and a bit of a valley. So it's a good source of water for samo. That's how they kind of decided to build the mill here. And the mill grew over the course of the 19th century in the early 20th century into a sawmill that was a full time operation with a woodworking shop that processed Woods into a variety of different things, and a grist mill that served the local agricultural community. The mill is in operation until the 1960s. As a business, the milling operations really wound down slowly and steadily after World War Two, the business ended with kind of the hardware store kind of supplying local needs. We are an example of the male businesses that serve every little Hamlet and town and Crossroads throughout the Catskills really, throughout rural New York and in some form or fashion throughout rural America for you know, certainly the 19th and well into the 20th century. The Hanford Mills museum comprises 15 historic buildings on its 70 acre property. Liz brought us right to the sawmill where we met up with Luke and Robert for a live demonstration. My name is Robert DHL mill operations manager. Today we're cutting hemlock and this one lug here is a 10 foot piece of hemlock. We're aiming to get a 12 by 12 Square beam and then I can downsize it from there to get the timber that we are insert out for say, Rob is getting the most he can out of each cut. And then what gets done with the bark the sawdust. We tried to align it with what would have happened historically, but to have as little waste as possible to some of it ends up as boiler wood for a steam power plant some of the the slab and the waste, the sawdust we use at ice harvest when packing the ice house that insulates the ice. And then if we have leftover sada some local farmers might use it for animal bedding, things like that people are even taking it for things like composting toilets. Traditionally, there were tanneries in this area that would have used hemlock bark for tanning processes, things like that. We are not doing any tanning these days though. The Hanford did not either. Hi, my name is Luke Murphy. I'm the Education Coordinator here at Hanford Mills. There's a waterwheel but below our feets where Rob is standing he's got a wheel that opens up the gates though, water goes over the wheel. The wheel turns a belt and pulley system downstairs right next to the saw there there's a big belt, that belt turns the saw downstairs again there's a cable system that will bring the carriage back and forth and it'll it'll cut pieces of the log into into pieces we can use. Wider open the gates are the more water the faster the machines go or have more power to them. Rob opens the gate, allowing water to pass through the mill. It turns a giant waterwheel below a similarly giant saw blade, which cuts easily and repeatedly through a 10 foot length of timber The gate that controls the flow of water, and subsequently the power of the saw is holding back the water content of a creek fed pond adjacent to the building. The pond was was hand dug at the same time, the millersville. So 1846 approximately, it's about a million gallons capacity. Right here is the deepest where we're standing. It's about 12 to 14 feet depending on the level of sediment down there. And it kind of gently slopes up so it's more shallow on the far side. It's a very environmentally friendly way to power things. The pond is fed by a creek it's stored here, when it's a little bit full as it is now given the rain we've had, it goes over what's called a spillway and goes right back into the creek more or less. We also use the water for our water we own which is beneath beneath our feet more or less. When the water comes over the water wheel, it goes right back out to the creek. We've always been a water powered site. For much of our history you've we've used the pond directly. Other times we've used water in wells to power our steam engines. The Wire has been used to power turbines as well as dynamos which create electricity. And the setup we have now has been more or less consistent since the 1920s. To see and hear what was happening below the sawmill, Luke and Liz brought us down to the heart of the building where the water wheel and its web of belts and pulleys bring the building and its tools to life. You can see here and on a guided tour feel that water power. As it rumbles everything around you the water wheel is is the primary source of power. We started off in 1840s with what is what looks like a paddle wheel on the side of a steamship in 1926. They brought in this particular wheel, which is an overshot wheel, it's got buckets as opposed to just slats that you see on a paddle wheel. The water comes in through those gates to those dark brown there you can see the water trickling in, fills those buckets once the weight of the water has reached a certain point it makes the wheel turn which will then turn that large pulley right there, which is connected to this line shaft. And that's how it transmits its power. So from the water wheel, to that large belt and pulley and then to all these other individual belts and pulleys. There's no switches out here. So we'll physically call up to Robert Kevin, who is that that we'll we'll see we'll on if you folks would like to join me you can do that on the count of 3123. Will. water pours in buckets fill and the wheel begins to move. It activates a 360 degree Rube Goldberg array of gears pulleys and belts standing there in the middle of it all you're inside the machine itself. And the history and energy of the mill washes over you like the water that's powered it for centuries. The Hanford Site also used water turbines a lot, especially in the later 1800s. And until they started integrating steam power. Water turbines are like little mini horizontal water wheels. You might see what it looks like. I describe it as a sewer pipe but a big metal pipe. It's water that's been diverted around the sawmill to the turbine which we're looking right down on and all you see is a metal casing, but inside that metal casing, imagine a waterwheel not a very big one flipped on its side. And as the water comes through that big metal pipe and this is where the pressure the amount of water in the pond and the the angle of the pipe that head pressure really matters. That waterwheel begins to turn and then this begins to turn the gears and the pulleys connected on the horizontal shaft here. This particular turbine turned to the millstone note operated this scroll saw and operated the edging machine up in the sawmill. There were a couple of different turbines operating in the mill in a couple of different turbine pits. turbine power is isolated, very efficient in that respect. You're not sending power throughout the mill like our waterwheel does, and they could use it in a very kind of strategic way for different machines and operations. Think about the math and science and engineering involved in the power transfer of something working at the right speed to do this work from the waterwheel through the belts and chefs and pulleys and that has to do with the size of the pulleys used in between and so many other things and that was with a pencil and a piece of paper. And that was with people being able to listen and hear and pay attention to how things sounded so simple yet really intuitive and and took a lot of science and understanding of even the products you are working with and the type of wood you were using at that point. operating at a time when Delaware County dairy cows outnumbered Delaware County people, Hanford Mills, processed farm feeds and fabricated containers for dairy products. More on that after this short break. Cats cast is supported by W IO x Community Radio Live and local in the Catskills reflective responsive and supportive at 91.3 fm. MTC, cable channel 20 wi x radio.org. And with any smartphone radio app, Alexa play wi x and by the central Catskills Chamber of Commerce, providing services to businesses, community organizations and local governments in the central Catskills region. Hanford Mills is a member How about you sign on at Central catskills.org. Many people are probably aware how significant dairy was to Delaware County in the late 1800s and early 1900s. The level of production, the quality of Delaware County dairy products was second to none at one point in time, and the 1880s is around the peak Delaware County was close to if not the dairy producing center of the country, there were about 5000 farms with a combined total of about 50,000 cows. And that's not to mention all the chickens, goats pigs, there are more cows than people in the county. cows eat a lot they need a lot of feed and to meat feed from from corn from wheat from grains can be time consuming. So the Halfords invested in a grist mill which creates animal feed from grains or corn, what have you 800 to 1000 pounds of feed and hours what it could do, I'm not sure that they ran it for a full hour. But that's that's level of output a good deal until local farmers could transport their milk to market and liquid form and that meant better transportation refrigerated train cars, things like that. Most of the dairy products that left Delaware County were in the form of butter and cheese, Cooper's supplied Firkins or small barrels to ship all that butter, and Hanford Mills turned out 10s of 1000s of lids for those barrels. Those lids are quickly crafted into side by side water powered machines, creating a tongue and groove joint and around beveled edge. We start off with two blank pieces of wood. We put them in this machine we just call our matching machine rupturing the water on once that gets going, what we'll do is we'll do a tongue and groove joint we put our voice in here and we have to beat the police. These Perkins were the types of containers tubs the butter was shipped in, they were recycled or reuse to this a Cooper made these that would be a longer more time intensive, more expensive process. So they were reused. But the tub covers were usually broken off and used as kindling. And that's why the Hanford 's were making 1000s and 1000s of them because this was not expected to be reused. And just a couple of decades after Edison's invention of the light bulb, the Hanford not only sold those bulbs to their customers, they provided the power with which to light them another form of water powered equipment. And this is this is a very early form of hydro electric power. This is called a dynamo. This was what was used to power lights in the mill beginning in the 1890s. And as you can see in the back there is a pulley which can be attached to a belt which connects to either a turbine or the waterwheel. As that turns the inner components of the Dynamo create an electric current to direct current. It since it's DC, the voltage isn't as high as is modern, but it was enough to go about a mile out from the mill. So folks within about a mile radius would have had electricity. They buy their bulbs at the Hanford Mills. And to my knowledge it was I mean they didn't charge after that. You could use it as much as you want. As long as you bought your bolts here, so this was not their bread and butter, this was a side service. Hanford also for free put up some street lights in a shmurda. So many of the processes that happened here are very invisible to people today in their daily lives where your wood and your grains come where your ice comes comes from the ice cube maker that you put your cup on how we talk about a process really show from logs to lumber to crate, from corn to corn meal, from water in the ponds to a block of ice to ice cream. All of these processes are not clear in our daily lives, we just see the finished product and often don't give thought to where the finished product came from. So the idea that people can follow a process, you can look around and see the trees very much like these logs, think about the logs being harvested just 10 miles away, and think about them going to the sawmill with water that's returned to the creek. And then the products being used maybe on one of these buildings or a neighboring farm or a visitor buys a crate and uses it for something in their home. It's all very local, and it's all very tangible. That's a layer of the onion, then we start to encourage people to peel about other things in their lives. How do we challenge our visitors to think about, okay, you saw this process from beginning to end. Think about the other processes in your life that you might take for granted and what goes into them today. Or historically. Then we have a whole other layer where we're trying to be relevant today. And that is talking about the resources that are part of these processes. We really try to emphasize to people and help them kind of connect that we're using renewable power here. The water is just being borrowed from court, right Craig Calvin our millpond goes over the waterwheel to generate that power, and it's returned to courtright Creek. Today in our lives, so much of what we use takes a lot of energy. How are we generating that energy? What resources are being used? Are we generating it nessa stainable, or renewable way? And I think more and more every day, it becomes clear to many of us that that has to be a question we ask and something we weigh into. And the other resources we use, whether it's food or fabric for clothing, materials for houses, or the things we use on a daily basis, how were they produced? What demands are they putting on the earth in their production? or other people? Or how are they being used? And then how are they being disposed off, you know, following that cycle, and really encouraging people to think about that as much as possible, as we face some big questions as a world about resources. So we hope to be historically relevant with these very tangible things that people can see happen here. But we also hope to pose some really challenging questions and help people to think about how this is relevant in their lives today, because I think it really is. For more information, and to schedule a tour of your own, visit Hanford mills.org Katz cast is a production of silver hollow audio. Please be sure to subscribe wherever podcasts are found for free and automatic delivery every two weeks. You can find us on Instagram at cats cast. Thanks again to our local sponsors and to you our listeners for your contributions to the show. If you'd like to contribute, just click support at cats cast.com. Until next time, I'm Brett Barry. Thanks for listening
Transcribed by https://otter.ai