Protective design

Comparison of E] q)losion Protection Design Measures In Table 26-24, comparison is made of the explosion protection design measures of containment, explosion venting, and explosion suppression. Regarding the effectiveness of the different explosion design measures, all three techniques are equal if the design of these measures is performed properly. [Pg.2330]

TABLE 26-24 Comparison of Explosion Protection Design Measures... [Pg.2330]

After selection, return to Local Protection (design of general ventilation system). [Pg.31]

Table 10.13 Current density used in ship hull cathodic protection design...

The latter part of this chapter has dealt with the design considerations for a sacrificial anode cathodic protection system. It has outlined the important parameters and how each contributes to the overall design. This is only an introduction and guide to the basic principles cathodic protection design using sacrificial anodes and should be viewed as such. In practice the design of these systems can be complex and can require experienced personnel. [Pg.160]

Det norske Veritas Recommended Practice, Cathodic Protection Design, RP B401, March (1986). This document has been superseded by RP B401 (1993)... [Pg.161]

Evans, T. E., Mechanisms of Cathodic Protection in Seawater . In Cathodic Protection Theory and Practice, 2nd International Conference, Stratford-upon-Avon, June (1989) Choate, D. L., Kochanezyk, R. W. and Lunden, K. C., Developments in Cathodic Protection Design and Maintenance for Marine Struaures and Pipelines , NACE Conference on Engineering Solutions for Corrosion in Oil and Gas Applications, Milan, Italy, November (1989) not included in Proceedings... [Pg.161]

Howell, P. P., Potential Measurements in Cathodic Protection Design , Corrosion, 8, 300 (1952)... [Pg.260]

See the NACE Papers Oliver W. Siebert, Correlation of Laboratory Electrochemical Investigations with Field Applications of Anodic Protection, Materials Performance, vol. 20, no. 2, pp. 38-43, February 1981 Anodic Protection, Materials Performance, vol. 28, no. 11, p. 28, November 1989, adapted by NACE from Corrosion Basics— An Introduction. (Houston, Tex. NACE, 1984, pp. 105-107) J. Ian Munro and Winston W. Shim, Anodic Protection— Its Operation and Appheations, vol. 41, no. 5, pp. 22-24, May 2001 and a two-part series, J. Ian Munro, Anodic Protection of White and Green Kraft Liquor Tankage, Part I, Electrochemistry of Kraft Liquors, and Part 11, Anodic Protection Design and System Operation, Materials Performance, vol. 42, no. 2, pp. 22-26, February 2002, and vol. 42, no. 3, pp. 24-28, March 2002. [Pg.11]

Figure 2. Radon protective design crawl space provided with a slab, mechanical supply exhaust ventilation of living space and crawl space.

Coon, W., Fire Protection Design. Criteria. Options. Selection. R. S. Means, Kingston, MA. 1991. [Pg.194]

FACEDAP 1994, Facility and Component Explosive Damage Assessment Program (FACEDAP) - Theory Manual, version 1.2, Protective Design - Mandatory Center of Expertise Technical Report 92-2, Corps of Engineers, Omaha District, Omaha, NE,... [Pg.132]

Marine biofouling protection design of controlled release antifouling paints... [Pg.181]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...