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GREEN AND CLEAN POWER French River Land Company's Website!
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French
River Land Company's Home Page!
Rebuilding 120" Niles Boring Mill HYDROELECTRIC SITES: Anasagunticook Lake Dam Replacement- C.Fay & W.Fay Appleton Wisconsin Anniversary Senor Bonifettis' sites in Chile Turners Falls Generator Rewind USEFUL ENGINEERING: Air Admission to Hydro Runners The Banki Water Turbine Mockmoore and Merryfield Bishops Method- STABGM Program Blade Pitting- Boving LTD 1930 Cavitation- Accelerated Research, Allis Chalmers Research Cavitation & Vibration of a Draft Tube Cavitation- Prevention & Reduction, Allis Chalmers Research Causes & Effects of Cavitation in Hydraulic Turbines Chain Turbine by: Nguyen Minh Duy Chain Turbine Mechanics- Discussions with Duy Characteristics of Modern Hydraulic Turbines-Chester Larner Comparative Tests On Experimental Draft Tubes- C M Allen & I A Winter 1923 Design of an Overshot Waterwheel (by Carl Weidner) Design of Small Water Turbines for Farm and Small Communities Design of the runner of a Kaplan turbine for small hydroelectric power plants: Timo Flaspöhler Draft Tubes of Hydro-Electric Stations by M. F. Gubin Ejection into Tailraces of Hydropower Plants: S. M. Slisskii Evolution of Hydraulic Prime Movers-Byron McCoy Fall Increaser Herschel Venturi Tube Fall Increaser Moody Ejector Turbine Fall Increaser Hydraulic Jump Apron Feasibility Studies for Small Scale Hydropower Additions, A Guide Manual, US Army CORPS of Engineers Governor Theory for the Plant Operator Graphics of Water Wheels- William Fox Hydraulic Motors- M. Bresse & F. A. Mahan 1869 Hydraulic Turbines- Robert Long Daugherty Hydraulic Turbines by Arnold Pfau Hydraulic Turbines Gelpke & Van Cleve Hydrokinetic Energy in Massachusetts, William D. B. Fay Impulse Turbines by Ely Hutchinson Interference fitting a large runner shaft Kaplan Blade Design NACA Air Foil- Report No. 460 Kaplan Blade Design NACA Air Foil- Report No. 628 Kaplan Design Marko Kogovsek.xls A Laboratory Study to Improve the Efficiency of Crossflow Turbines- N. Aziz & V. Desai Meggering Earth Resistance Motors as Generators for Microhydro, Nigel Smith Operation & Maintenance of Hydro-Generators Out Gassing of Cross Flow Turbines Parallel Operation of Turbines Analysis Powerhouse Design- Miniwatt Hydro Rack Design-Chicopee-Olav Hotvedt Rack Design- Hydraulic Institue of Munich Rack Design-Flow Induced Vibrations Selecting Hydraulic Reaction Turbines BUREC Snows Improved Water Wheel Governor Standard for Hydraulic Turbine and Generator Shaft Couplings and Shaft Runout Tolerances Stoplog Structure Design Calculation Stress Analysis of Hydraulic Turbine Parts, BUREC- F.O. Ruud Some Fluid Flow Characteristics of a Cross Flow Type Hydraulic Turbine- Durgin & Fay Tenth Census of the US, 1880, Water Power of the US, Part I- Professor Trowbridge Tenth Census of the US, 1880, Water Power of the US, Part II- Professor Trowbridge Tests on a Kaplan Hydraulic Turbine Theoretical Conditions Related to an Open Channel Flow Linear Turbine- Ishida & Service Theory of Turbines- De Volson Wood Treatise relative to the Testing of Water-Wheels and Machinery, James Emerson 1879 Turbine Water-Wheel Tests- Robert Horton Turgo, A High Speed Impulse Turbine- Paul Wilson Water Hammer-Lorenzo Allievi-Text Water Hammer-Lorenzo Allievi-Figures Water Hammer-ASME Symposium 1933 Waterpower Engineering-Daniel Webster Mead Water Turbines Contributions to Their Study, Computation and Design-S.J. Zowski TRADE CATALOUGES: Bradway Turbine (progressive gate) Christiana Machine (register gate) Electric Machinery Company (EM) Head Gate Hoists- S. Morgan Smith J & W Jolly (cylinder gate) Lombard Direct-Connected Oil Pressure Governors Bulletin N0. 113 October 1st, 1912 Lombard Governor Company Type T Instruction Book Lombard Governors for Waterwheels and Steam Engines-1902 Lombard Water Wheel Governors Catalouge 26 Ridgway Perfection Water-Wheel Vertical Shaft Water Wheel Driven Generators- General Electric Westinghouse Small Vertical Waterwheel-Driven A-C Generators, July 1944
Links: Smith Alternative Energy (www.smithtest.com)
| 1852 FOURNEYRON PAGE The ancestor of the modern, radial flow, turbine was invented by two French Engineers, Claude Burdin (1790-1873) a professor at the Ecole des Mines at Saint Etienne and his student, Benoit Fourneyron (1802-1867). In 1833, the Societe de Encouragement pour le Industrie National, offered a prize to any person producing a large scale, commercial hydraulic turbine. Fourneyron won the prize, for his turbine design. The turbine was licensed to others to manufacture. In 1844, Uriah A, Boyden of Chicopee, Massachusetts modified and patented improvements to the design. In 1849, he began to manufacture his turbine at the Ames Manufacturing Company on the Chicopee River. The earliest Boyden, Fourneyrons were installed in Lawrence, Lowell and Holyoke, Massachusetts. These are the machines that James Emerson refers to as the "Great White Elephants of the Lowell Corporation". I had heard of these types of machines for years and did not think any existed. We were doing routine maintenance on the Open Square's, Leffel Z machines during the annual drawdown in Holyoke. I squeezed behind the number four machine pressure case and found one of the original Boyden Fourneyron machines in a dungeon. It is interesting that ten of these machines were installed. They were decommissioned in 1888 when Holyoke Hercules, cylinder gate machines were installed in two of the pits that had two of the Boyden machines. Two more were removed in 1927 when the Leffel Z machines were installed. The remaining six machines stayed tucked under the floor boards. To the best of my knowledge, these are the only remaining Fourneyron turbines left in the U.S. "UPDATE-I":
"UPDATE-II": Please see the e-mail sent to me by Mr. Tom Livoti of Cohoes, N.Y. inserted below my photographs. (October 24, 2006)"
Boyden, Fourneyron Turbine. Note outward radial flow runner at bottom (buckets just visible). The four bar linkage actuates a cylinder gate that is located between the bottom of the pressure case and the inside of the runner. The water sprays out radially and is directed into the tailrace by a circular, brick wall.
Boyden, Fourneyron runner. Note the runner consists of a large disc attached to the bottom of the turbine shaft. The blades are attached to the edge of the disc similar to a vertical cross flow runner. The rectangular bronze pieces are the blades. The vertical control rods are attached to a cylinder gate that is located between the inside of the runner and the pressure case. As the rods are raised, the cylinder is lifted and the high pressure water is directed radially through the blades.
A view of a second machine's runner.
A view of the curved, brick, discharge wall that directs the flow into the tailrace.
Another machine with a good view of the radial outflow, external runner.
Here, my business partner, Ken Smith, is inspecting the 33 inch, Leffel "Z", the reason we were at Open Square. In 1993, my other partner, Davis Hobbs and I installed new wicket gates cast from a zinc alloy, ZA 12. 12 years later, there is no corrosion and no fouling. These gates look like we installed them yesterday. *********UPDATE********* Between 1871 and 1873 these two Boyden Turbines were installed at the Harmony Mill Number 3 in Cohoes, New York. Harmony Mills was the largest They were used to power the mills machinery via belts. These two turbines are installed in the south end of the mill building. The water was supplied from a dam on the Mohawk River to a power canal that fed the water in from the west side of the building. The water was then channeled to other mills where it drove an additional three turbines. The water flowed back into the Mohawk River after powering the turbines. These turbines produced 800 HP each based on a 102 inch diameter runner. These photos show the only remaining Boyden Turbines in Cohoes, New York. These photos are from October 19, 2006. Mill Number 3 has been restored to Loft Apartments. Thanks, Tom Livoti
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