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W.L. Badger Associates Collection

 Collection
Identifier: 2015-032

Scope and Content

The W.L. Badger Associates Collection contains the corporate records of W.L. Badger Associates, Incorporated. The collection is arranged into the following sixteen series:

  1. Memoranda Files
  2. Subject Files
  3. Legal Files
  4. Financial Files
  5. Notebooks
  6. Proposals
  7. Reports
  8. Patent Files
  9. Ferris C. Standiford Files
  10. Articles, Papers, and Brochures Files
  11. Printed Materials
  12. Miscellaneous
  13. Drawings
  14. Electronic Storage Materials
  15. Oversized
  16. Photographic Materials

Dates

  • Creation: 1900-2006
  • Creation: Majority of material found within Bulk 1917-1999

Creator

Language of Materials

Collection materials are mostly in English. A small amount of materials in German, Spanish, Swedish, French, Italian, Portuguese, Japanese, Dutch, Norwegian, Chinese, and Czech are also in the collection.

Access Restrictions

There are no access restrictions on the materials for research purposes and the collection is open to the public.

Copyright Information

The Science History Institute holds copyright to the W.L. Badger Associates Collection. The researcher assumes full responsibility for all copyright, property, and libel laws as they apply.

Background Note

W.L. Badger Associates, Incorporated was an American chemical engineering consulting firm noted for its expertise with evaporators and water desalination. It was founded by Walter L. Badger (1886-1958), a prominent American chemical engineer and a noted expert on evaporators. The firm’s origins date back to 1917 when Badger, then a chemical engineering professor at the University of Michigan, was offered a consultant position by Swenson Evaporator Company and asked to design a research laboratory for them. Believing that such a project was best carried out by a university, Badger negotiated a joint venture between Swenson and the University of Michigan, in which Swenson built a new chemical engineering laboratory at the University of Michigan campus and was in return permitted to use it for its own purposes.

From 1917 to 1937, Badger ran the new laboratory for the two cooperating parties, serving as both Professor of Chemical Engineering at the University of Michigan (where he supervised graduate student and future CHF patron Donald L. Othmer) and as Consulting Engineer at Swenson. In this dual capacity, Badger worked with a number of Swenson’s clients, assisting them with the planning, operation, and troubleshooting of their evaporators. The partnership between Swenson and the University of Michigan proved very successful. As a result, Badger’s chemical engineering consultant practice grew considerably.

In 1937, Badger resigned his professorship at the University of Michigan and was named Manager of Dow Chemical Company’s Consulting Engineering Division. At Dow, he played a key role in the company’s development of vaporizers and heating equipment using Dowtherm heat transfer fluid. He was also responsible for the revision of the caustic finishing plant at Dow’s Great Western Electrochemical Plant in Pittsburg, California and performed consultant work for a number of Dow’s clients. In addition to working full-time at Dow, Badger continued to do private consulting work on the side, maintaining a close relationship with Swenson Evaporator Company and the University of Michigan.

Dow disbanded its Consulting Engineering Division in 1944, which prompted Badger to go into business for himself. That same year, he established W.L. Badger Consulting Chemical Engineer, an independent chemical engineering consultant practice based in Ann Arbor, Michigan. Largely picking up from where Dow left off, the new practice soon became noted for its expertise with evaporators. The firm grew and acquired a large and international clientele. Between the mid 1940s and mid 1950s, it focused mainly on evaporators designed to recover solids from solutions, which included those at salt plants operated by International Salt Company in the United States, and a salt, caustic soda, and chlorine plant operated by Murgatroyd’s Salt and Chemical Company in England. During the mid 1950s, W.L. Badger also started working on evaporators designed to recover water, which most notably involved early research and development work on water desalination plants for the U.S Department of the Interior’s Office of Saline Water. In order to expand and keep up with its growing clientele, the firm was incorporated in the State of Michigan and renamed W.L. Badger Associates, Incorporated in 1957, with Walter L. Badger serving as president.

Walter L. Badger passed away suddenly on November 19, 1958. He was succeeded as president by Ferris C. Standiford, Badger’s very first employee and a prominent chemical engineer in his own right. Under Standiford’s leadership, W.L. Badger Associates, Incorporated continued to flourish. Between 1958 and 1977, the firm was renowned for its work on evaporators for water desalination plants in the United States and abroad. Of particular note was the firm’s engineering and development work on two water desalination plants built and operated by the U.S. Department of the Interior’s Office of Saline Water: the Freeport, Texas Demonstration Plant and the Harbor Island, North Carolina Pilot Plant. During this time period, W.L. Badger was also a co-owner of Seawater Conversion Corporation, a joint venture with Kaighin and Hughes, Incorporated established to design, build, and operate water desalination facilities using Long-Tube-Vertical Multiple-Effect evaporator systems. The firm also continued to work on evaporators for the recovery of solids from solutions, which included those for salt plants operated by Morton Salt Company in the United States and Refinaria Sal ITA S.A. in Brazil.

W.L. Badger Associates, Incorporated relocated to Greenbank, Washington in 1977. From about that point on, the firm became less active and gradually wound down its activities over a period of many years. However the firm continued to do notable work. Under its auspices during the late 1970s and early 1980s, Ferris C. Standiford worked on the development of falling film multistage flash evaporators. During the late 1980s and early 1990s, the firm was a co-owner of Spintech Industries, Incorporated, a Bellevue, Washington based firm that manufactured the Spinflash 5000, a small water desalination machine.

W.L. Badger Associates, Incorporated held its last board of directors meeting on March 1, 2002. Ferris C. Standiford passed away on June 10, 2003.

Sources

W.L. Badger Associates Collection, Chemical Heritage Foundation Archives, Philadelphia, Pennsylvania.

Extent

103.6 Linear Feet (70 Record Boxes, 1 Hollinger Box, 2 CD Boxes, 1 Half Hollinger Box, and 2 Oversized Boxes.)

Abstract

Business records, legal files, financial files, reports, patent files, articles and papers, printed materials, technical drawings, electronic storage materials, and photographic materials of W.L. Badger Associates, Incorporated, an American chemical engineering consulting firm. The materials in this collection were collected and maintained by Ferris C. Standiford, a longtime president of W.L. Badger Associates, Incorporated.

Acquisition Information

The W.L. Badger Associates Collection was donated to the Science History Institute (formerly the Chemical Heritage Foundation) by David Standiford in September 2015.

Related Materials

There are no other known archival collections created by W.L. Badger Associates preserved at the date of processing.

Processing Information

The W.L. Badger Associates Collection was processed by Kenton G. Jaehnig in December 2017.

Title
W.L. Badger Associates Collection
Status
Completed
Author
Finding aid created and encoded into EAD by Kenton G. Jaehnig.
Date
December 2017
Description rules
Describing Archives: A Content Standard
Language of description
English
Script of description
Latin
Language of description note
English

Repository Details

Part of the Science History Institute Archives Repository

Contact:
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Philadelphia PA 19106 United States
215.873.8265
215.873.5265 (Fax)