New Standards Projects

New Standards Projects

AMPP standards new projects

AMPP’s Standards Program Committee recognizes the importance of creating new coatings and corrosion protection standards that address industry needs. As new methods, technologies, materials, and capabilities emerge, AMPP plans to respond with the timely development of new standards that can be utilized for design, operations, procurement, maintenance, application, and qualification.

Any individual or organization may identify the need for a new standard by completing the Project Request Form and forwarding to [email protected].

Following is a list of new AMPP standards projects. If you are interested in participating in one or more of these projects, please join the appropriate Standards Committee (SC) and then notify [email protected] of the particular project of interest.

New AMPP standards projects

MR21551 - Remote Monitoring System Requirements for Cathodic Protection

  • Establish Criteria to qualify Remote Monitoring Systems for Cathodic Protection
  • Develop Selection Guidelines for Users
  • Establish Quality Criteria
  • Assist users to define Requirements, e.g. for RQFs
  • Assist user to establish Selection Criteria

TR21515 Exterior Coating Inspections via Remotely Operated Aerial Systems
To provide state-of-the-art information on the use of remotely operated aerial systems (drones) for inspecting coatings, either through direct contact or from a distance. This report is intended for use by asset integrity engineers, facility managers, coating inspectors, health and safety engineers, corrosion technicians, ships surveyors, drone operators, and others. This report discusses external aerial inspections only.

TM21549 - Test Method for Assessing the Impact of an Insulation Material on Corrosion Under Insulation
Develop a test method for assessing the impact of thermal insulation on the corrosion rate of the metal substrate for atmospheric applications. Utilize the TM21442 Standard Test Method for Evaluating Protective Coatings for Use Under Insulation (CUI) draft as a template and remove all references to coatings to adapt as a test method for assessing the impact of insulation material chemistry on CUI. The new TM will likely require the inclusion of a new section on preparation of the bare metal surface that is not in the current TM. This test method is intended for above grade structures (piping and equipment) as well as any piping in below grade, but not direct buried, applications.

TM21612 Performance Test Methods for Offshore Protective Coating Systems
New test standard to specify the (1) coating systems, (2) Surface Preparation, (3) Test Methods for offshore protective applications. The test methods include: (1) rust creepage, (2) Edge Coverage, (3) Thermal Cycling, (4) Seawater Immersion, (5) Cathodic Disbondment. The coating systems cover (1) atmospheric zone, (2) splash zone, (3) tank lining immersion zone. This test time is only 12 weeks which is much shorter than the ISO 12944-9 standard. This new standard is more economic and more effective to help facility owners to select the proper coating system for their offshore structures. It also helps coating manufacturers to develop new coating systems for offshore market.

SP21512 Internal Field Joint Coating Robotics
This standard is intended to be used for information on how to properly apply coatings to internal field joints. The purpose of this standard is to provide the procedures that ensures, to the best extent possible, a successfully coated and protected internal field joint. This will reduce industry variability and allow for a standardized set of guidelines for successful coating applications in these areas. This standard will contain recommendations, procedures, surface preparation requirements, and methods of application.

GUIDE21531 Guidelines for Selection & Testing of Downhole Internal Liners and Coatings
This document outlines comparative testing programs for internal tubular liners and coatings used for protection from corrosion and wear. It is intended to evaluate the entire mitigation system including the pipe body and connections. The testing program should be a holistic review that represents actual expected field service conditions; and can be used to screen or ultimately select competitive products. Due to the inherent differences between internal liners and coatings, this guide makes distinctions between the appropriate tests that should be performed on each product. This guide is not intended to be comprehensive for all applications. It also does not address chemical inhibitors, metallurgical coatings or surface treatments, flow assurance or the prevention of surface deposits.

SP21511 Laser Ablation for Metallic Surface Preparation
This standard contains the general requirements for the safe and effective use of portable or stationary, pulsed, laser ablation equipment, with fiber optic beam delivery to a hand-held, or automated, end effector that emits a scanned and focused laser beam, to prepare metallic surfaces, specifically limited to ferrous metals, for maintenance, repair, recoating, or lining.

SP21514 Dry Ice Blasting on Metallic and Nonmetallic Substrates
This standard contains the general requirements and best industry practice for the safe and effective use of dry ice blasting technology equipment for cleaning of metallic and nonmetallic surfaces prior to maintenance, repair, recoating, or to provide a clean, contaminant-free exposed surface. This standard will also contain information of dry ice media, basic safety requirements, and benefits of using this technology.

SP21523 Atmospheric Plasma Coating Removal and Surface Preparation
This standard contains the general requirements for the safe and effective use of portable non-thermal plasma technology equipment for coating removal and surface preparation of metallic and nonmetallic surfaces prior to maintenance, repair, recoating, or to provide a clean, contaminant-free exposed surface.

SP21528 Power Tool Cleaning of Non-Ferrous Metals, Stainless Steels, and Galvanized Steels
This standard contains the requirements for power-tool cleaning of non-ferrous metals, stainless steels, and galvanized steels to produce a bare metal surface. This standard represents a degree of cleaning similar to that defined for carbon steel substrates in SSPC-SP 11.

SP21538 High Pressure Water Cleaning Injecting With Inhibitor in Type C Tank
Surface preparation of type C liquid tank inside with no coat, normal method is grinding to St2/St3 grade with heavy dust and long cycle. New method can be de-rusting with high pressure water with corrosion inhibitor solution. The new standard shall require cleaning water pressure scope, corrosion inhibitor solution type, anti-rust mechanism, safety and harmless requirement of solution, and impact of welding.

TM21510 Potentio-dynamic Scans: Material Preparation, Data Acquisition and Analysis
This standard provides a procedure that ensures, to the best extent possible, the uniform collection of electrochemical data. This standard aims to reduce variability between measurements and allow for comparisons between laboratories and samples. This standard also includes information and discussion of the reason for stringency in the procedures and lessons learned to help laboratories trouble-shoot potential issues with data collection. This standard was developed based on Appendix B of MIL-STD-889D. When generating data to satisfy requirements in MIL-STD-889, the user shall refer to the most current revision of MIL-STD-889 (D or later).

Guide 21554-Environmental Severity Monitoring Site Evaluation Guide
A guide providing instruction for how and where to install witness coupons or environmental monitors for the assessment of environmental severity index.  This guide is intended for locations that do not have established corrosion exposure racks or equipment.

SP21556-Environmental Severity Monitoring Specimen Standard Practice
A standard providing instruction for the selection, preparation, and analysis of control specimens for environmental severity indexing. Samples will be specified based on composition, geometry, preparation, etc. Relevant analytical technique will be specified as well as they pertain to corrosion damage assessment and environmental severity indexing.

TR21502 Sour Laboratory Test Environment Preparation and Verification
Develop a state-of-the-art technical report document for fitness for purpose (FFP) testing for upstream oil and gas environments involving autoclaves (i.e., non-ambient laboratory conditions). The new document will address environmental modeling as it pertains to charging autoclaves and recommended procedures to physically charge autoclaves.

TR21522 Corrosion Testing for Additive Manufacturing
Create a technical report that presents current state of knowledge and gap analysis on corrosion testing of metallic materials relevant for oil and gas applications for additive manufacturing via primarily laser powder bed fusion (LPBF) and wire arc additive manufacturing (WAAM). Many variables may not be sufficiently detailed at this time for the assessment of performance of AM products; some variables such as microstructure, post build processing, surface condition, residual stress, physical defects and selection of representative test specimens (size and/or geometry) for a finished product are addressed. This report contains recommendations for an approach for corrosion and environmental cracking assessment of AM material, including test details that are relevant to the AM processes for some specific cases. The technical report provides the foundation for the preparation of test standard(s) that apply to AM products.

TR21524 Review of Material Requirement for Subsea Environmental Cracking and Sources of Information
This project includes an initial scoping study that will outline a material requirement (MR) standard for subsea equipment vs environmental cracking, identification and review available literature that may be utilized in its writing. This report will also identify other sources of information and relevant standards that currently exist. This report will be utilized by a second follow-on committee that will be tasked with the drafting of the MR standard. It is anticipated that the bulk of the standard will deal with the effect of cathodic protection on hydrogen embrittlement cracking (HEC), there may be some cases where stress corrosion cracking may also be a relevant cracking mechanism.

MR21525 Material Requirement for Subsea Equipment Versus Cathodic Protection and Environmental Cracking
Using the input from TR21524, this standard will define service conditions, acceptable materials and metallurgical processing and document industry best practices and guidelines to reduce the risk of environmental cracking under subsea cathodic protection and environmental cracking.

SP21509 Degradation of Sealing Systems
Develop a standard that helps to reduce diffusive emissions through the utilization of proper sealing system integrity management principles (irrespective of whether the sealing system is dynamic or static).

SP21521 Facilities Integrity Corrosion Management and Asset Selection
This document will cover methods for corrosion management and asset selection for inspection using trending data, system data, and best practices for Liquid Hydrocarbons. This will help to drive for more efficient asset inspections to target the assets needing attention first. Some items that will be covered include:

  • Facilities asset management principles
  • Using Trending data to predict threat (corrosion) behavior by asset type
  • Effectiveness and Efficiency and performance metrics
  • Reliability Modeling Principles
  • Making adjustment to the current program and planning for future inspections

TR21505 Adverse Impacts of Wildfires on Power Transmission Infrastructure Integrity
Communicate the effect of wildfires on corrosion resistance and mechanical integrity of power transmission infrastructure and identify next steps to research, develop, and implement future asset integrity management actions for the power industry.

SP21533 Remote Inspections for Nuclear Spent Fuel Integrity
Communicate the benefits, approaches, and recommended actions for remote inspections of nuclear spent fuel storage casks as an asset integrity management activity undertaken by the power industry.

SP21513 Procedure for Determining Conformance to Concrete Surface Profile Requirements
This standard practice describes a procedure suitable for laboratory or field use to determine conformance to specified surface profile ranges on prepared concrete substrates using a digital depth micrometer as described in ASTM D8271.

SP21519 Achieving & Maintaining a Saturated Surface Dry (SSD) Condition on Concrete Substrates
This standard will provide users and specifiers with the best ways to achieve and maintain Saturated Surface Dry (SSD) conditions of concrete surfaces during and post application of cementitious repair mortars. The goal is to standardize the process and wording so there are no misconceptions or misunderstandings on projects and specifications. This standard will include best practices for environmental conditions during application and discuss areas and alternatives when SSD may not be achievable due to adverse (arid/very dry) environmental factors. The standard/guideline should detail processes and equipment available for achieving SSD as well as the equipment, materials and processes available for maintaining SSD. This document will clarify what an SSD surface looks like and how to detect it when the condition has been reached. It will also contain standardized guidelines on how to maintain the condition working throughout a project to ensure cementitious repair materials are always applied to an SSD conditioned surface.

SP21520 Acceptance Criteria for Cathodic Protection of Steel in Concrete Structures
This Standard Practice will cover acceptance criteria for cathodic protection of steel in concrete in a single document. Currently there are several SPs which cover cathodic protection of steel in concrete including impressed current, galvanic, underground, etc. Separating CP criteria into a separate document (which will be referenced by each of the concrete CP standards) will allow the criteria document to be updated as required and will ensure the same criteria is used across the industry.

SP21526 Certified Inspector Requirements for FRP Field Applications to Reinforce and Strengthen Concrete and Steel Structures
The scope of this Standard Practice is to establish the certification requirements for the fiber-reinforced polymer (FRP) QA / QC inspections before, during, and post-cure installation of field applied FRP applications to reinforce and strengthen concrete and steel structures. Typical FRP installations include but are not limited to wet layup, prepreg, laminates, and near-surface mounted FRP reinforcement and strengthening systems. The standard will include specifics of acceptance criteria based on FRP material and design, providing guidance and examples to develop a project-specific inspection plan.

TR21540 Correlating Qualitative Surface Profile Assessment Methods on Prepared Concrete
The proposed AMPP Technical Report will describe an interlaboratory study conducted in 2021 that correlates qualitative and quantitative methods of assessing the surface profile of prepared concrete. A Look-up Table, which was the outcome of the study enables specifiers to convert between visual comparators and surface profile depth in mils, millimeters, or micrometers.

SP21543 Pressurized Water Cleaning of Concrete and Cementitious Materials – Light Cleaning by Pressurized Water
This standard contains requirements for the cleaning process, for the end condition of a light cleaned concrete surface, and for verification of the end condition. The standard does not address removal of water-insoluble contamination; assessment of concrete soundness and pH; repair of the substrate and exposed reinforcing steel; or required surface profile. It is intended for use by coating or lining specifiers, applicators, inspectors, or others who require the use of pressurized water cleaning technology to achieve a defined level of concrete surface cleanliness. The focus of this standard is Light Cleaning by Pressurized Water, the follow-up document to Thorough Cleaning by Pressurized Water, which is in the final stages of formatting for publication.

SP21545 Corrosion Management of Buried and Submerged RC Structures
This document will be developed to provide guidance regarding the monitoring and management of reinforced concrete members in buried or submerged conditions.

TR21516 Corrosion Protection of Onshore In-field Oil and Gas Flowlines
The document will capture different problems, scenarios and viable solutions that are practiced globally, including new practical ideas. In-field oil and gas flowlines generally have small diameter. These lines carry the most corrosive environment and total length of such flowlines is significant. Individual wells do not produce sufficient hydrocarbons to apply the standard corrosion mitigation measures. Therefore, a compilation of various techno-economically viable options will be a good guide, especially for small operators or for operators having large number of low producing wells.

SP21537 Downhole Chemical Application via Capillary Tubing, Gas Lift, and Umbilical
This procedure describes the range of qualification techniques for chemicals injected through downhole capillaries. This document also provides guidance and pass/fail criteria for the chemicals put through this procedure and the conditions for testing (in the absence of concrete customer information). Test methods are described that demonstrate the changes in physical properties that can result from injection in the capillary system.

TR21539 Cathodic Shielding in Pipelines
The scope of this document is to create a technical report that discusses Cathodic shielding in pipelines. This document will provide the following:

  1. A definition of Cathodic shielding
  2. Potential approaches to detection
  3. Role of ILI and other tools
  4. Potential approaches to mitigation
  5. Potential approaches to monitoring

TR21547 Transportation of Hydrogen and Low Carbon Fuels State of the Art Report
The primary objective of this project is to develop an overarching State-of-the-Art (SOTA) technical report representing the current understanding of technical consideration related to transportation of hydrogen, whether pure, or blended into natural gas supply, in onshore pipelines. The purpose of this SOTA report is to provide background and guidance related to the material compatibility, integrity, and risk factors associated with hydrogen transport which must be understood and evaluated when considering conversion of an existing pipeline system for hydrogen service.

It is anticipated the SOTA report would consider the following primary tasks:

  • Summary of current industry knowledge and key technical areas
  • Existing Operation / Service Experience
  • Gap analysis
  • Recommendations for future R&D

The scope of work is expected to focus on, but necessarily not limited to the following technical considerations:

  • Material compatibility
  • Integrity Considerations
  • Risk Factors
  • Safety
  • End Use Equipment – Impacts and Compatibility
  • Operation and Maintenance
  • Storage

SP21534 Materials and Fabrication Requirements for Carbon Steel Equipment in Petroleum Refining Wet H2S Environments
The requirements described in this Standard Practice (SP) govern the materials selection and fabrications practices applying to new carbon steel (defined as ASME Section IX QW-422 P Number 1, Group number 1 or 2 base metals) stationary pressure retaining equipment such as pressure vessels and heat exchangers for operation in petroleum refining wet H2S environments (defined as conditions meeting description in NACE MR0103/ISO 17945).

MR21506 Universal Solvent Free Definition
The target of this initiative is to create a universal definition of solvent free coatings, aligned across the value chain of relevant stakeholders. The scope of the definition is limited to coatings used during building, operation and maintenance of ships.

SP21507 Standard Practice for Sandwich Plate Composite Repair of Steel Structures
Both onshore storage tanks and offshore/marine vessels and units (such as floating production storage and offloading (FPSO) units, Floating Storage and Offloading (FSO) units) for oil and gas drilling, production, and transportation generally experience very corrosive environments. Severe corrosion to the structures is frequently required to be repaired for restoration of the structural strength and the tightness for safety requirement from regulatory. Conventionally crop-and-replace method and welding repairs are used in the oil and gas industry and allowed from regulatory requirements. However, these repairs are considered as a hot work repair method. Once the hot work repair is arranged, it is required that the subject tank/location and adjacent tanks/structures be in a gas free condition for compliance with safety requirements. This may cause a significant impact on the continuous operation of the units. Thus, adhesively bonded sandwich composite repairs to the damaged structure would be generally preferred for favorite considerations of safety and continuous operation as the repairs can be done without cutting and replacement of steel place and only one side access is needed during the repair. With the increased use of composites in repairs for maritime vessel and oil / gas structures, a standard practice is needed for a unified industry standard for all parties of the repair technology. This standard practice is to set out requirement on the Sandwich Plate Composite Repair of Steel Structures for predicted repair life.

TR21517 Grooming and Remote Inspection of Ship Hull Surfaces
To develop a technical report, specifically targeted to the maritime industry, related to the use of drones and robotics inspection with the objective to utilize proactive grooming and remote inspection capabilities, to maintain the vessel’s carbon intensity and extend the dry dock interval.

SP21508 Specification for batch treatment and continuous injection of corrosion inhibitor for oil and gas gathering pipelines
This standard will provide a technical specification for chemical treatment to prevent internal corrosion of carbon steel pipelines by acid producing gases, CO2 and H2S, and organic acids. The proposed standard will summarize industrial experience of inhibitors and offer technical guidance for oil and gas field companies, operators, design engineers, contractors, inhibitor researchers, suppliers and users. The standard covers full requirements for chemical treatment involving: 1) information gathering - including physicochemical properties of compositional fluids, pipeline specifications, physiognomy and available facilities; 2) inhibitor evaluation; 3) injection methods; 4) dosage calculation; 5) preparation prior to injection; 6) injection equipment and location; 7) assessing effectiveness of treatment.

GUIDE21532 Guideline for Materials Selection for CO2 Transport and Injection
Development of a guideline /standard that provides guidance for CCS (Carbon Capture and Storage) projects addressing the relation between the selected materials and the CO2 purity (max. content of impurities) as well as potential degradation / failure mechanisms, operating scenarios, etc.

GUIDE 21555-Water Analysis for Corrosion Prediction - Sampling Analysis and Interpretation
This guide will outline the techniques for analyzing water to predict corrosion. A robust water analysis is a crucial part of corrosion prediction and a frequent source of error. This guide will provide an understanding of water analysis, and the impacts of water sampling on corrosion prediction and analysis.

GUIDE 21552 - Corrosion Considerations for Selection of Rock Bolts
The present document will discuss the principal corrosion mechanisms governing the degradation of rock bolts. An explanation for mechanism will be provided, along with a discussion on the factors that may impact the rate of degradation. The mechanistic discussion will be linked to corrosion mitigation strategies that may include material selection, coatings, cathodic protection, etc. The document will provide a brief overview of the required testing needed to characterize the service environment and a general decision-making guide that will help pair up the right rock bolt with the right corrosion mitigation strategy for a given design life.

GUIDE21614 Standard Practice for Improving the Precision of Dry Coating Thickness Measurements on Ferrous and Non-ferrous Metal Substrates Using Continuous Read/Scanning Technology
Statistical analysis of data (based on research and a Technical Paper presented by Jeff O’Dell, Vision Point at the SSPC 2017 National Conference) suggests that greater precision of dry film thickness (DFT) measurements can be achieved by obtaining a greater population of measurements over a larger area using the scanning method over the traditional “place & remove probe” frequency described in Section 8 of the current version of the SSPC-PA 2 standard. Also, scanning technology enables an operator to collect a greater number of DFT measurements in a shorter time frame than the traditional “place & remove probe” method. Due to the increased number of measurements being collected, better indication of the sample mean can be obtained through increased precision.

SP21530 Qualification of Individuals for Application of Epoxy Intumescent Coatings to Steel Surfaces
This practice provides a standard qualifying method to verify the ability and proficiency of individual applicators in attaining the required quality of application of epoxy intumescent coatings to steel surfaces. The standard practices set forth herein may be appropriate for assessing the skill level of applicators in shop or maintenance (insitu) environments. The purpose of this practice is to judge only the ability of the individual to apply epoxy intumescent products correctly using the appropriate tools and equipment.

Guide 21550 - Guide for Application of Passive Fire Protection over Galvanized Surfaces
Establish industry requirements for surface preparation and application of fireproofing materials to galvanized steel.  Fireproofing materials are expected to include intumescent and cementitious coatings.

QP21536 QP BASE: Evaluating General Qualifications of Contractors Seeking QP Accreditation
QP BASE will cover only non-technical elements that are not unique to any one type of work, such as shared defined terms, administrative and management procedures, quality management, etc. The QP BASE standard will provide guidance on suggested scope and organization of content needed in the numbered QP standards. Future revisions of the other numbered QP standards could then reference QP Base to allow those standards to focus on technical matters and eliminate overlap with other numbered [QP] standards.