Lead Smelting and Refining, With Some Notes on Lead Mining
Science
Lead Smelting and Refining, With Some Notes on Lead Mining
Lead -- Metallurgy; Lead mines and mining
In July, 1901, the El Paso, Texas, plant of the Consolidated Kansas
City Smelting and Refining Company[52] was almost completely destroyed
by fire. The power plant, blast-furnace building and blast furnaces
were entirely destroyed, and portions of the other buildings were badly
damaged. The flames were hardly extinguished before steps were taken to
construct a new, modern and enlarged plant on the ruins of the old one,
and on April 15, 1902, nine months after the destruction of the former
plant, the new furnaces were blown in. In rebuilding it was decided to
locate the new power-house at some distance from the other buildings.
The furnaces have all been enlarged, each of the new lead furnaces (of
which there are seven) having about 200 tons daily capacity. These and
the three large copper furnaces have been located in a new position
in order to secure a larger building territory. The entire plant is
modern and up to date in every particular. One of the interesting
features is the substitution of crude oil as fuel in the boiler and
roasting departments. It is intended to use Beaumont petroleum for
the generation of power and the roasting of the ores instead of wood,
coal or coke, and it is expected that a considerable economy will be
effected by this means.
_Power Plant._—The power plant is complete in all respects. It is a
duplicate plant in every sense of the word, so that it will never be
necessary to shut the works down on account of the failure of any one
piece of machinery. There are seven boilers, having a total of 1250
h.p. The four blowers are unusually large, having a capacity of 30,000
cu. ft. of free air per minute. They are direct-connected to three
tandem compound condensing Corliss engines. No belts are used in this
plant, except for driving a small blower of 10,000 cu. ft. capacity,
which will act as a regulator. A large central electric plant has been
installed in the power-house, consisting of two direct-connected,
direct-current generators, mounted on the shafts of two cross-compound
condensing Nordberg-Corliss engines. The current from these generators
is transmitted through the plant, operating sampling works, briquetting
machinery, pumps, hoists, motors, cars, etc., displacing all the
small steam engines and steam pumps used in the old plant. The power
plant is provided with two systems for condensing; one being a large
Wheeler surface condenser, the other a Worthington central-elevated jet
condenser, the idea being to use the surface condenser during a short
period of the year when the water is so bad that it cannot be used in
the boilers. During the remainder of the year the jet condenser is in
service and the surface condenser can be cleaned. The condensed steam
from the surface condenser, with the necessary additional water, goes
back directly to the boilers when the surface condenser is in use. The
power-house is absolutely fireproof throughout, being of steel and
brick with iron and cement floors.
Public-domain text, read in full here on John Shaqi.
Reviews
Reviews
No reviews yet
Be the first to share your thoughts on this work.
Elsewhere in the archive
Join the Discussion
Join the discussion
Sign in to leave a comment or review.
Sign InorCreate an account