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Allied Products Industries

In terms of total product value, the worldwide shipments of the chemical and alhed products industries were almost 1600 billion dollars in 1999. In the U.S. alone, the value was 435 billion dollars (source Chemical Engineering News, June 26, 2000). The U.S. has the largest chemical economy by far of any country in the world, followed by Japan and Germany as distant second and third. [Pg.2]


The paper and allied products industry comprises three types of facilities pulp mills that process raw wood fiber or processed fiber to make pulp paper and board mills that manufacture paper or board and converting facilities that use these primary materials to manufacture more specialized products such as writing paper, napkins, and other tissue products. The process of converting paper is not a source of water or air pollution, as is the case for the first two facilities. This chapter focuses primarily on the greatest areas of environmental concern within the pulp and paper industry those from pulping processes. [Pg.858]

A bleached kraft pulp mill requires 15,140 to 45,420 L (4000 to 12,000 gal) of water and 8.56 to 12.22 million chu (14 to 20 million Btu) of energy per ton of pulp, of which ca. 4.44 to 5.56 million chu (8 to 10 million Btu) are typically derived from biomass-derived fuel from the pulping process itself.4 Across all facilities, the pulp, paper, and allied products industry is the largest consumer of process water and the third largest consumer of energy (after the chemicals and metals industries).5,6 The large amounts of water and energy used, as well as the chemical inputs, lead to a variety of environmental concerns. [Pg.859]

Allied Products Industry Productivity of Chemical and Allied Products Chemical Engineering... [Pg.240]

Chemical-based products cover a broad spectrum of materials and forms, ranging from molecules to appliances. Table 16.1-1 shows the various product functional forms, along with examples in major application areas. Examples highlighted in italic are those discussed in this book. Most small molecules such as BTX (benzene-toluene-xyxlene) are sold to chemical and allied products industries while a limited number such as refrigerants and solvents are for sale in the consumer market. In contrast, multicomponent liquid mixtures such as liquid shampoo, semi-solids such as cream and paste, and structured solids such as controlled release herbicide are often sold directly to the consumers. Business-to-consumer sale is even more prevalent for ready-to-use devices and appliances such as diagnostic kits, drinking water filters and air cleaners. [Pg.473]

The U.S. chemicals and allied products industry consists of some 9,125 corporations whose primary business is the development, manufacturing, and marketing of industrial chemicals, pharmaceuticals, and other chemical products. [Pg.49]

The chemicals and allied products industry is an investor in basic research— the planned search for new knowledge without reference to... [Pg.15]

A State of the Art Review of the Effects of Regulation on Technological Innovation in the Chemical and Allied Products Industries", Center for Development Technology for National R D Assessment Program. St. Louis, Mo Washington University (February 1975), Three Volumes. [Pg.43]

Other Work on the Regulation-Technological Change Relationship. A 1975 literature survey of the chemical and allied products industries concluded ... [Pg.46]

Human exposure to 1,1-dichloroethane is expected to be highest among certain occupational groups (e.g., chemical and allied products industry workers) and members of the general population living in the vicinity of industrial point emission sources (EPA 1985) and hazardous waste sites. The compound has been detected in both ambient air and water in low concentrations, with substantially higher concentrations in localized areas around industrial and disposal sites. No information was found regarding the number of people potentially exposed around hazardous waste sites. [Pg.63]

In 1991j timber-related secondary products manufacturing industries added an estimated 40,128 million of value to primary timber products (Table 11). Most of the timber-related value added (63%) originated in the paper and allied products industry. The lumber and wood products industry added nearly 37% of total timber-related value added. Less than 1% was from chemicals and aUied products. [Pg.334]

Railroad Transportation Statistics for the Chemical and Allied Products Industry... [Pg.36]

It would be difficult, if not impossible, to visualize two industries which affect our daily lives to a greater degree than the chemical and allied products industry and the railroad industry. Practically everything we touch in our daily routine and even in our sleep requires the use of chemicals during some stage of its production. The railroad industry provides the transportation services essential to such production and distribution. It is only natural, therefore, that the chemical and allied products industry, with its many ramifications and requirements of rail transportation, is interested in statistics relating to the railroads, their facilities, and their services. [Pg.36]

Before outlining the railroad statistical data relating to the chemical and allied products industry, it seems desirable to define that industry. Table II lists the commodities produced by the industry ( ), as defined by the Manufacturing Chemists Association. [Pg.39]

Paints, varnishes, colors, and fillers Other chemicals and allied products Industrial inorganic chemicals Industrial organic chemicals Vegetable and animal oils and fats Synthetic rubber Synthetic fibers... [Pg.40]

The Interstate Commerce Commission s freight commodity statistics would appear to be of greatest interest to the chemical industry, in that they show, with certain limitations, the transportation service rendered by the railroads to the chemical and allied products industry (as defined), measuring that service in number of cars and tons of freight transported and the freight revenue the railroads receive for such transportation service. [Pg.40]

Class I Railroads, 1947 to Present. Freight traffic during the years 1941 to 1945 reflected the effect of wartime production with its varying degrees of influence on certain particular commodities, as a result of which a revision of the commodity classification was again desirable. Effective with the January 1, 1947 revision, the number of commodity classes was increased again—this time from 157 to 262 classes. The data reported for each of the 262 classes are the same as shown for the period 1928 to 1946. Of the 105 new classes, some 17 additional classes are of interest to the chemical and allied products industry (Table III). [Pg.41]

In short, the chemical and allied products industry makes much greater use of railroad transportation service, and depends upon such service to a much greater degree, than is indicated in the summary of the 34 major commodity classes. [Pg.46]

Cl) Association of American Railroads, Washington 6, D. C., Commodity Classification, 1947. (2) Manufacturing Chemists Association, Washington, D. C., Chemical Facts and Figures. Useful Information and Statistics Relating to the Chemical and Allied Products Industries, 3rd ed.,pp. 1,290,1950. [Pg.46]

Department of Commerce, Lumber, Plywood and Allied Products—Industry Report, quarterly, with annual supplement. May 1944-September 1950. Production, consumption, and stocks of lumber industry. Includes data on softwood and hardwood plywood. [Pg.433]

Preliminary data from a second workplace study, the National Occupational Exposure Survey (NOES) also conducted by NIOSH in 1980-1983, indicated that 5,319 workers in 151 plants were potentially exposed to vanadium in the workplace in 1980. Of the 5,319 workers 84% were exposed specifically to vanadium pentoxide. The largest number of workers were exposed in the chemicals and allied products industry (NIOSH 1984a). [Pg.78]

Table 8.37 Summary of the Chemical and Allied Products Industries, 1994... Table 8.37 Summary of the Chemical and Allied Products Industries, 1994...
Inorganic pigments, paints and allied products, industrial organic chemicals, other chemical products W 158 158... [Pg.1302]

Permit to Work Systems, 1977 (Chemical and Allied Products Industry Training Board, Staines, Middlesex, UK). [Pg.160]

We are indebted to the Chemical and Allied Products Industry Training Board for their permission to include extracts from Health and Safety at Work—Everybody s Concern. Copies of this Information Paper are available, price 1.25 from CAP/1TB, Staines House, 158 High Street, Staines, Middlesex. [Pg.177]


See other pages where Allied Products Industries is mentioned: [Pg.122]    [Pg.2]    [Pg.268]    [Pg.17]    [Pg.122]    [Pg.33]    [Pg.55]    [Pg.175]    [Pg.70]    [Pg.188]    [Pg.188]    [Pg.502]    [Pg.45]    [Pg.45]    [Pg.416]    [Pg.605]    [Pg.98]    [Pg.428]    [Pg.240]    [Pg.268]    [Pg.230]   


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