What Is ASTM E1613 Lead Determination ICP AES?
ASTM E1613, officially titled “Standard Test Method for Determination of Lead by Inductively Coupled Plasma Atomic Emission Spectrometry (ICP-AES), Flame Atomic Absorption Spectrometry (FAAS), or Graphite Furnace Atomic Absorption Spectrometry (GFAAS) Techniques,” lays out a multi-instrument procedure for quantifying lead in samples that have already been extracted or digested – material collected while assessing, managing, or abating lead hazards in buildings and other structures. ASTM withdrew the standard’s final published edition, E1613-12, in January 2021. No direct replacement was issued. Committee E06 on Performance of Buildings had maintained it up to that point, and plenty of labs still treat it as the technical backbone for lead testing tied to HUD and EPA programs; the underlying method never stopped working, only its official status changed. Rather than locking analysts into one instrument, E1613 lets them pick whichever of the three spectrometric techniques – ICP-AES, FAAS, or GFAAS – fits the sample matrix and the reporting limit required, as long as that choice is validated through matrix-matched calibration standards, reagent blanks, spiked recoveries, and duplicate analyses. Its scope is narrow in one specific way: it covers paint, soil, dust, and airborne particulate samples only after they’ve undergone acid digestion or extraction, typically per EPA SW-846 procedures. So the standard itself addresses the instrumental measurement step, not sample collection or digestion chemistry. Within that narrower scope, though, it’s thorough – calibration verification, continuing calibration checks, method blanks, laboratory control samples, and matrix spike/duplicate pairs form the backbone of its QA/QC framework, the same framework that for years supported laboratory accreditation and certification work. At Infinita Lab, this methodology underpins our lead-in-paint, lead-dust-wipe, and lead-in-soil testing, built for clients who need data that aligns with decades of regulatory and risk-assessment work built on this exact approach.
Applications and Benefits of ASTM E1613 Lead Determination ICP AES Testing
Scope
ASTM E1613 is a standardized testing procedure for quantifying lead in extracted or digested environmental materials (e.g., paint, soil, dust, airborne particulates) utilizing instrumental analytical methodologies such as:
- ASTM E1613 specifies instrumental procedures for determining lead concentration in digested or extracted samples, using ICP-AES, FAAS, or GFAAS.
- Paint, soil, dust, and airborne particulate samples collected during lead hazard assessment, management, or abatement work all fall within its reach.
- It doesn’t prescribe the digestion or extraction step itself – samples are assumed to be already prepared through an appropriate acid-digestion procedure.
- Labs pick among the three listed techniques based on required detection range, sample matrix, and whatever instrumentation they have on hand.
- Detailed instructions cover instrument calibration, calibration verification, and continuing calibration checks throughout an analytical run.
- Method blanks, laboratory control samples, matrix spikes, and duplicate analyses are all required alongside field samples under its quality assurance provisions.
- ASTM Committee E06 on Performance of Buildings developed and maintained the standard, which traces its origin to building-related lead hazard evaluation.
- Final published edition ASTM International withdrew E1613-12 in January 2021; no direct successor standard followed.
- The underlying analytical approach still serves as a recognized technical reference for lead testing protocols in HUD- and EPA-aligned lead hazard programs, despite that withdrawal.
- Field screening techniques like portable XRF fall outside its scope – this is laboratory-based wet-chemistry spectrometric analysis only.
Applications
- Lead-based paint hazard assessment in pre-1978 housing and child-occupied facilities.
- Lead dust wipe clearance testing following abatement, renovation, or remediation work.
- Lead-in-soil testing for residential yards, playgrounds, and construction or redevelopment sites.
- Pre-renovation and post-abatement clearance sampling under HUD and EPA RRP Rule programs.
- Occupational and environmental exposure investigations tied to suspected lead contamination.
- Laboratory accreditation and proficiency demonstration for lead-testing programs.
- Litigation support and property-transaction due diligence requiring documented lead data.
Benefits
- Flexibility across three validated analytical techniques to match sample type and required sensitivity.
- Strong built-in QA/QC framework supports defensible, auditable laboratory results.
- Decades of historical regulatory reliance give results with strong comparability to legacy risk-assessment data.
- Applicable across multiple matrices – paint, soil, dust, and air – under one consistent methodology.
- Supports accreditation-ready documentation suitable for regulatory and client submissions.
- Analytical logic remains widely recognized industry-wide even after the standard’s formal withdrawal.
Our ASTM E1613 Testing Procedure
Sample Collection
Collect representative environmental samples using approved methods.
1Sample Preparation
Dry, homogenize, and weigh samples to ensure consistency.
2Data Calculation
Calculate lead concentration with appropriate corrections.
3Reporting
Document results, detection limits, and QA/QC details.
4ASTM E1613 Test Parameters and Requirements
| Parameter | Details |
|---|---|
| Sample Matrices | Soil, dust, paint, airborne particulate |
| Sample Preparation | Acid extraction or digestion |
| Analytical Techniques | ICP-AES, FAAS, GFAAS |
| Quality Control | Blanks, duplicates, spikes, control samples |
| Output | Lead concentration in mass per unit sample |
| Compliance Use | Environmental testing and laboratory accreditation |
- ICP-AES (Inductively Coupled Plasma Atomic Emission Spectrometer) – Measures lead emission signals across a wide dynamic range, often picking up other elements at the same time.
- FAAS (Flame Atomic Absorption Spectrometer) – Quick and cost-effective for samples with higher lead concentrations.
- GFAAS (Graphite Furnace Atomic Absorption Spectrometer) – Built for sensitivity – the go-to for low-level lead detection in dust and air samples.
- Analytical Microbalance – Keeps aliquot weighing accurate before digestion starts.
- Microwave or Hot-Block Digestion System – Keeps acid digestion consistent across paint, soil, and dust samples.
- Certified Reference Materials and Calibration Standards – Back up instrument calibration and ongoing quality control checks.
- Laboratory Information Management System (LIMS) – Tracks every sample from receipt through to final report.
Equipment and Instrumentation Used for ASTM E1613 Testing
What You Receive: Test Report, Data, and Certification
- Quantitative lead concentration results reported in matrix-appropriate units (e.g., mg/kg, µg/ft², or µg/wipe).
- Full QA/QC documentation including method blanks, spike recoveries, and duplicate results.
- Chain-of-custody records supporting data defensibility and audit readiness.
- Reports formatted to support HUD, EPA, and applicable state regulatory submissions.
- Flexible turnaround options, from standard to expedited reporting timelines.
- Digital and hard-copy report delivery formats available on request.
ASTM E1613 Lead Determination ICP AES FAQs
ASTM E1613 is a standard test method used to determine lead content using inductively coupled plasma atomic emission spectrometry, providing accurate elemental analysis in various materials and environmental samples.
ASTM E1613 is important because it enables precise detection of lead, ensuring regulatory compliance, environmental safety, and quality control in industries handling lead-containing materials.
ASTM E1613 involves introducing a sample into a plasma source where atoms emit characteristic light, and the emitted intensity is measured to quantify lead concentration accurately.
ASTM E1613 requires an ICP-AES instrument, sample digestion systems, calibration standards, and controlled laboratory conditions to ensure precise and reliable measurements.
Results are reported as lead concentration, typically in ppm or mg/L, helping assess contamination levels and ensure compliance with safety and environmental standards.
Why Choose Infinita Lab for Lead Determination ICP AES Testing
When your Lead Determination ICP AES results have to hold up - for compliance, a customer audit, or an engineering decision - ASTM E1613 accuracy and an unbiased third-party report matter more than price. Infinita Lab routes your ASTM E1613 lead determination ICP AES testing to ISO/IEC 17025-accredited U.S. partner labs with hands-on method experience, so you get defensible data, transparent reporting, and turnaround times built around your project deadline - not ours.
Need ASTM E1613 Lead Determination ICP AES Testing You Can Rely On?
Send query us at hello@infinitalab.com or call us at (888) 878-3090 to learn more about our services and how we can support you.
