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Mechanization of Cleveland West facility bolsters Ashland's commitment to quality.


Modernization modernization

Transformation of a society from a rural and agrarian condition to a secular, urban, and industrial one. It is closely linked with industrialization. As societies modernize, the individual becomes increasingly important, gradually replacing the family,
 of Cleveland West Facility Bolsters Ashland's Commitment to Quality

State-of-the-art developments for controlling product consistency and quality are the newest features at Ashland Chemical Co's Cleveland West Facility. An expansion and modernization project at the facility resulted in a new reactor building A reactor building is a general term for a building that houses a reactor of some type. In particular it often refers to a building containing a nuclear reactor. This can also be used to refer to pressure sealed buildings containing nuclear reactors, though it would be more correct  that is fully integrated to control production from the charging of raw materials to the discharge of the finished project.

The new department was dedicated to Anton (Tony) Dorfmueller, Jr., retired group vice president of Ashland Chemical Co.

"We felt it was time to take advantage of new technologies available in resin production equipment," said Jim Sparks, vice president and general manager of Ashland's Foundry Products Div. "We designed the facility to be a state-of-the-art production unit to provide a higher quality and more consistent product for the foundry industry. The new facility has increased the efficiency of our operations.

"Because Tony Dorfmueller was so instrumental at Ashland with his contributions to the foundry industry as a whole, we felt it was appropriate that we honor him in a special way by dedicating the facility to him."

Jack Matson, plant manager at Cleveland West, said the new reactor Reactor (electricity)

A device for introducing an inductive reactance into a circuit. Inductive reactance x is a function of the product of frequency f and inductance L; thus, x = 2πfL.
 department will enable Ashland to better serve its customers. "We are investing in the future by building the new department," he said.

The new department's asset is the computer system that allows full automation in production.

"The computer system finds raw materials in tank farms, weighs them into reactor vessels reactor vessel
n.
The protective containment vessel surrounding the nuclear fission core in a nuclear reactor.
, prompts the operator, monitors process conditions and adjusts controls so the same reactions go on from batch to batch," Matson said. "The repetitiveness enables us to ensure consistency and quality of product."

Completed in the spring of 1989, the one-year construction project took eight months to design. Nash Tanagho, the senior project engineer for the Cleveland West facility project, said the 8000 sq ft reactor department in-house by Ashland Chemical's engineering team.

"The reactor department was designed to optimize optimize - optimisation  plant production and workers' time, so we can utilize Ashland processes to be consistent and provide the best product," Tanagho said. "Safety features are built into the reactor's design. The layout enables ease of control and monitoring."

The facility was recognized as the exceptional construction project in the Cleveland area for 1989 by the Cleveland Builder's Exchange. The Exchange presented Ashland with its 1989 Craftsmanship Craftsmanship
Alcimedon

a first-rate carver in wood. [Rom. Lit.: Vergil Eclogues, iii. 37.]

Argus

skillful builder of Jason’s Argo. [Gk. Myth.: Walsh Classical, 29]

Athena

(Rom.
 Award.

Customers also have given the facility positive feedback on the accuracy and quality of products since the reactor was built. "Customers who have toured the facility are impressed," Matson said. "They say they have not seen anything like it. They are impressed with the skill of the engineering department in the design of the reactor as well as with the skill of those operating the equipment."

Sparks said the expansion came in response to the growing needs of the foundry industry. "We felt we would need the additional capacity in the years ahead due to the growing demand for our products in the industry," he said. The expansion can continue based on market demand, according to according to
prep.
1. As stated or indicated by; on the authority of: according to historians.

2. In keeping with: according to instructions.

3.
 Tanagho.

"The design allows room for one additional reactor," Tanagho said. "We could expand without interruption INTERRUPTION. The effect of some act or circumstance which stops the course of a prescription or act of limitation's.
     2. Interruption of the use of a thing is natural or civil.
 to production or quality control."

With consistency and quality control as the focus of the new reactor department, Ashland Chemical appropriately dedicated the department to Dorfmueller.

"Tony was very instrumental in helping our division achieve the success it's had over the years," Matson said. "He only accepted a quality product delivered exactly when the customer expected it. His concept has been built into the fabric of the whole plant."

Sparks said Dorfmueller has been involved in the foundry industry worldwide for more than 30 years, and he has received many honors and awards from various industry organizations.

A pioneer in the modern foundry industry, Dorfmueller formerly served as president of the American Foundrymen's Society and as secretary of the Foundry Educational Foundation.

Dorfmueller joined Archer Daniels Midland The Archer Daniels Midland Company (NYSE: ADM), is a conglomeration based in Decatur, Illinois. ADMoperates more than 270 plants worldwide, where cereal grains and oilseeds are processed into numerous products used in food, beverage, nutraceutical, industrial and animal feed  in product sales in 1955. He moved through the company until he was named a vice president of the foundry products division in 1965. In 1987 Ashland Chemical acquired Archer Daniels Midland, and from that date Dorfmueller moved from vice president, International and Foundry Products divisions, to group vice president, worldwide operations. He retired in 1988 after 33 years with the company.

While he was at Ashland, Dorfmueller developed a business strategy that greatly expanded the Foundry Products Div's presence in the foundry chemicals market.

He also led the development of innovative mold mold, name for certain multicellular organisms of the various classes of the kingdom Fungi, characteristically having bodies composed of a cottony mycelium. The colors of molds are caused by the spores, which are borne on the mycelium.  and coremaking technologies which helped revolutionize rev·o·lu·tion·ize  
tr.v. rev·o·lu·tion·ized, rev·o·lu·tion·iz·ing, rev·o·lu·tion·iz·es
1. To bring about a radical change in: Television has revolutionized news coverage.

2.
 the worldwide foundry industry.

With Dorfmueller's role in expanding foundry technology, it is only fitting that Cleveland West's state-of-the-art addition is dedicated to him.

PHOTO : This bronze and granite plaque plaque (plak)
1. any patch or flat area.

2. a superficial, solid, elevated skin lesion.


attachment plaques
 stands in front of the new reactor building at Ashland Chemical Foundry Products Div's Cleveland West facility. The plaque honors the contributions former group vice president Anton Dorfmueller made to the company. The inscription inscription, writing on durable material. The art is called epigraphy. Modern inscriptions are made for permanent, monumental record, as on gravestones, cornerstones, and building fronts; they are often decorative and imitative of ancient (usually Roman) methods.  says, in part: "He charted the course."

PHOTO : Elevated operating and service platform near the top of the two reactors.

PHOTO : Gary W. Felton, manager, special projects, operates the new reactor facility's distributive dis·trib·u·tive  
adj.
1.
a. Of, relating to, or involving distribution.

b. Serving to distribute.

2.
 control system. All reactor processes are completely computer controlled.
COPYRIGHT 1990 American Foundry Society, Inc.
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 1990, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Title Annotation:Corporate Member Profile; Ashland Chemical Co.
Publication:Modern Casting
Article Type:company profile
Date:Aug 1, 1990
Words:850
Previous Article:Small foundry can gain efficiency by computerizing operations. (part 1)
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