Asher Kelman
OPF Owner/Editor-in-Chief
This was the next to last place we photographed. From the town's website, "Manhattan was a boom-town twice ; first in the 1860's and then, again, from 1906 through around 1948. It is still one of the best old mining towns to visit in Nevada, with plenty of action going on, especially at the two bars after the sun goes down." Since 1906, the mines produced over $45 million in gold and many other minerals.
The town is still inhabited but most of the building have long since returned and made peace with the earth. What we didn't see and what has disappeared comes from a picture taken in 1915
White Caps Mine , Manhattan, Nevada, Circa 1915
Public Domain, Photographer not recorded
Asher Kelman May 2011: Whitecaps Mine: Furnace from above, looking down from the Hill behind the Mine
Canon 5D II 24mm TSE handheld, stitched in Photoshop
Today, it's the old Evans-Kleptetko modification of the McDougal Roasting furnace, now rusted that dominates the landscape.
This little jewel is hidden away in the hills east of Manhattan, NV. It's notable for its many buildings still standing, and it's giant furnace dominating the landscape. One of the buildings is losing its fight with gravity, and it's only a matter of time before it falls over. Beware the giant open shaft covered with logs near the roasting furnace; some say it goes all the way down to the 1500' level. You'd probably starve to death before you hit bottom. There is also the remains of a house perched on on the hill overlooking the site. Buildings are empty, but there is a lot to see.
And in case you're wondering about this roasting furnace, it's a "wedge furnace," described thus:
The Evans-Klepetko modification of the McDougall Roasting Furnace is the furnace employed at the Washoe and Great Falls Works of the Anaconda Company, and at many other important smelters. It consists of a cylindrical vertical shell of f-inch steel, lined with 8 or 9-inch bricks, with six hearths provided with openings alternately at the centre and periphery, through which the ore is rabbled from hearth to hearth, and finally discharged. A vertical hollow shoft to which six arms, which are also hollow, carrying the ploughs are attached, passes through the centre of the furnace. The ploughs are so set that they stir and push the ore towards the opening near the middle of the first hearth to the six openings at the periphery of the next, and so on alternately to the bottom, where the ore falls through a hopper into a truck or a bin below. The shaft arms are cooled by water circulating through them.
In the Herreshoff furnace the shaft and arms are cooled by air under pressure (see figure 15), otherwise it is similar in construction to the Evans-Klepetko.
The Wedge Furnace resembles generally the two furnaces just described, but the revolving central shaft is 4 feet in diameter. This shaft is protected from the heat by an external covering of brick, which revolves with it, and is said never to be too hot inside for workmen to enter and unbolt any of the arms. The shaft with its arms is entirely supported by six heavy roller bearings beneath the furnace, and is revolved by means of bevel gearing. It and the arms are cooled by air forced in by a fan or other means.
-The Metallurgy of The Non-Ferrous Metals - Griffin's Metallurgical Series - William Gowland, F.R.S., A.R.S.M. 1914.
Source
Asher
The town is still inhabited but most of the building have long since returned and made peace with the earth. What we didn't see and what has disappeared comes from a picture taken in 1915

White Caps Mine , Manhattan, Nevada, Circa 1915
Public Domain, Photographer not recorded

Asher Kelman May 2011: Whitecaps Mine: Furnace from above, looking down from the Hill behind the Mine
Canon 5D II 24mm TSE handheld, stitched in Photoshop
Today, it's the old Evans-Kleptetko modification of the McDougal Roasting furnace, now rusted that dominates the landscape.
This little jewel is hidden away in the hills east of Manhattan, NV. It's notable for its many buildings still standing, and it's giant furnace dominating the landscape. One of the buildings is losing its fight with gravity, and it's only a matter of time before it falls over. Beware the giant open shaft covered with logs near the roasting furnace; some say it goes all the way down to the 1500' level. You'd probably starve to death before you hit bottom. There is also the remains of a house perched on on the hill overlooking the site. Buildings are empty, but there is a lot to see.
And in case you're wondering about this roasting furnace, it's a "wedge furnace," described thus:
The Evans-Klepetko modification of the McDougall Roasting Furnace is the furnace employed at the Washoe and Great Falls Works of the Anaconda Company, and at many other important smelters. It consists of a cylindrical vertical shell of f-inch steel, lined with 8 or 9-inch bricks, with six hearths provided with openings alternately at the centre and periphery, through which the ore is rabbled from hearth to hearth, and finally discharged. A vertical hollow shoft to which six arms, which are also hollow, carrying the ploughs are attached, passes through the centre of the furnace. The ploughs are so set that they stir and push the ore towards the opening near the middle of the first hearth to the six openings at the periphery of the next, and so on alternately to the bottom, where the ore falls through a hopper into a truck or a bin below. The shaft arms are cooled by water circulating through them.
In the Herreshoff furnace the shaft and arms are cooled by air under pressure (see figure 15), otherwise it is similar in construction to the Evans-Klepetko.
The Wedge Furnace resembles generally the two furnaces just described, but the revolving central shaft is 4 feet in diameter. This shaft is protected from the heat by an external covering of brick, which revolves with it, and is said never to be too hot inside for workmen to enter and unbolt any of the arms. The shaft with its arms is entirely supported by six heavy roller bearings beneath the furnace, and is revolved by means of bevel gearing. It and the arms are cooled by air forced in by a fan or other means.
-The Metallurgy of The Non-Ferrous Metals - Griffin's Metallurgical Series - William Gowland, F.R.S., A.R.S.M. 1914.
Source
Asher