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Product blending

AH motor fuel in the United States is manufactured by private companies. Many of these are vertically integrated. That is, the same company finds the cmde oil or buys it from a producing government, refines it into finished products, and then sells to independent retailers who specialize in that company s blended products or sells at company operated service stations. There are also a significant number of companies that participate in only some aspects of the business cycle such as refining or marketing. [Pg.178]

Proprietary blend formulations based on polysulfone, polyethersulfone, and polyphenylsulfone are sold commercially by Amoco Corporation to meet various end use requirements. The blends based on polysulfone are sold under the MINDEL trademark. A glass fiber-reinforced blend based on PES is offered under the trade name RADEL AG-360. This offers most of the performance characteristics of 30% glass fiber-reinforced polyethersulfone but at a lower cost. Two blend product lines are offered based on PPSF. These are designated as the RADEL R-4000 and R-7000 series of products. The former is a lower cost alternative to RADEL R PPSF homopolymer offering most of the performance attributes unique to PPSF. The R-7000 series of resins have been formulated for use in aircraft interiors for civil air transport. They exhibit a very high degree of resistance to flammabihty and smoke release. [Pg.469]

Canadian. By government regulation, Canadian whiskeys contain no distilled spidts less than three years old. They are usually blended products and are often up to six years of age. Canadian whisky tends to be light bodied and deHcate in flavor. The Canadian government sets no limitations as to mashing formulas, distilling proofs, or types of cooperage used in maturation. [Pg.81]

Heat treatment of TPU after its synthesis could increase its molecular weight, thus increase the strength of the blending products. It also decreases the hardness of the products. For example, the polymer blends from PVC and 881014TPU, a TPU made in our lab, showed a 10% increase in its tensile strength and 5% increase in its elasticity when the TPU was treated at 105°C for 7-9 hours compared with no treatment. [Pg.139]

No new nuclear supply can be added to the generation mix of a blended product. [Pg.600]

Formulations for these problems tend to require higher dose rates, which may prove expensive for some applications. An example is a 2 ppm dose rate of specific silica polymer product for every 10 to 12 ppm Si02, or a 10 to 20 ppm dose rate to RW for blended products that incorporate an iron control terpolymer. [Pg.371]

Tannin blend concentrates primarily intended for oxygen-scavenging duty in steam boilers. They generally are offered as dark-brown to black, blended products of 25 to 50% active strength. Here, tannins provide an additional benefit of sludge conditioning at no extra cost. [Pg.405]

N,N-diethylhydroxylamine [(C2H5)2NOH] has a MW of 89.1 and a sp. gr. of 0.902. It is typically supplied as an 85% hygroscopic, corrosive yellow liquid, such as Pennstop 85% from Elf Atochem, and is also present in many diluted or blended product forms, such as Dearborn Neutrox 53 (30% DEHA and 3% hydroquinone) and Calgon RB-304 (17.5% DEHA and 7.5% hydroquinone). Japan is a major supplier of DEHA. [Pg.494]

Firstly, it is intrinsically more active than either compound alone (Figure 15). Secondly, it has a much wider activity spectrum than the two single actives (Figure 16) and thirdly, by its enhanced stability when compared with CIT (Figure 17), required initial addition levels are often similar to those of CIT/MIT blended products. [Pg.80]

ON = octane number in parentheses, number of mL/gal of tetraethyl lead (TEL). For the blended products ... [Pg.261]

EXAMPLE 9.2 BLENDING PRODUCTS INCLUDING DISCRETE BATCH SIZES... [Pg.357]

The MSDS only described the hazards associated with the blended product. Incident responders needed information on the chemical reactivity hazards during the blending process, which were significantly different in this case from the hazards associated with the finished product. [Pg.168]

Fig. 2.5.7. (a) APCI-FIA-MS(+) screening recording an artificial formulation mixed from surfactant blends as presented in Figs. 2.5.3 (AES), 2.5.5 (AE) and 2.5.6 (polyglycol amine blend). Product ion spectra of selected parent ions m/z 380, 556 and 670 of surfactant formulation as in (a) obtained by APCI-FIA-MS-MS(+). [Pg.169]

Poly(butylene terephthalate) (PBT) (1) resins are semicrystalline thermoplastics used in a wide variety of applications, most commonly in durable goods that are formed by injection molding. Applications include electronic and communications equipment, computers, televisions, kitchen and household appliances, industrial equipment, lighting systems, gardening and agricultural equipment, pumps, medical devices, food handling systems, handles, power and hand tools, bobbins and spindles, and automotive parts in both under-the-hood and exterior applications. Additionally, PBT is very widely used to form electrical connectors. PBT, through its many blended products, can be tailored to suit numerous applications. [Pg.293]

The extent of the benefits of adding PC to the blend will depend on the PC/PBT ratio. Very low levels (<5 %) of PC or PBT may be totally miscible in the other resin and act like a slightly modified PC or PBT resin. Most PBT blend products use from 10-60% PC. High PC content will improve impact and lower shrink but reduce flow and solvent resistance. More PBT gives better flow and solvent resistance with more shrink and loss of some impact. A range of PBT-PC blends covering the spread of properties is commercially available. [Pg.309]

The modem gasolines are produced by blending products from cmde oil distillation, that is, fluid catalytic cracking, hydrocraking, reforming, coking, polymerization, isomerization, and alkylation.Two clear examples of the possible use of solid-acid catalysts in refining processes are the isomerization of lineal alkanes and the alkylation of isobutene with butanes. In both these cases, and due to the octane... [Pg.254]

Typically, molybdenum (Mo) reserve in recirculating cooling water for such blended products is on the order of 2 to 5 ppm. [Pg.173]


See other pages where Product blending is mentioned: [Pg.88]    [Pg.421]    [Pg.423]    [Pg.10]    [Pg.486]    [Pg.365]    [Pg.15]    [Pg.538]    [Pg.555]    [Pg.139]    [Pg.117]    [Pg.102]    [Pg.78]    [Pg.325]    [Pg.63]    [Pg.55]    [Pg.302]    [Pg.306]    [Pg.316]    [Pg.62]    [Pg.88]    [Pg.421]    [Pg.423]    [Pg.157]    [Pg.486]   
See also in sourсe #XX -- [ Pg.10 ]

See also in sourсe #XX -- [ Pg.10 ]




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Blended products

Blended products

Blending of Seasonings (Culinary Products)

Blending, products from

Final Product Blends

Polyolefin-starch blends, biodegradation Products

Processed products blend ingredients

Product blending kits

Production of Blends by a Batch Process

Production of Polymer Blends

Production processes blending

Rubber plastic blend production

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