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The 12th Edition provides detailed appendices for material classes. Depending on the service (e.g., sour water, crude oil, high-temperature hydrocarbons), the standard dictates specific metallurgies to prevent corrosion, hydrogen-induced cracking, and erosion.
API 610 categorizes pumps into specific types to help users select the right geometry for their application:
The 12th edition closes loopholes in mechanical run testing. For example, the duration of the mechanical running test has been increased for certain pump sizes, and vibration monitoring during these tests is now mandatory, not optional.
The API 610 12th Edition covers a vast array of technical requirements. Below are some of the critical areas where the standard dictates pump quality:
New material classes have been added to combat specific corrosion mechanisms like sulfide stress corrosion cracking (SSCC) and naphthenic acid corrosion. The PDF includes updated corrosion allowance tables that all EPC companies must follow.
While API 610 and ISO 13709 are technically identical, the 12th edition clarifies that the baseplate must be grouted except for very specific small pump types, eliminating past ambiguities.