Industries We Serve
Wherever Chemical Analysis Matters
LabWorx works with any laboratory that requires chemical analysis for intermediate, in-process, final product, safety, or compliance monitoring. Our experience spans multiple industries, multiple states, and multiple regulatory frameworks.
Every industry has unique analytical challenges — different matrices, different regulatory frameworks, different consequences for error. LabWorx brings bench-level expertise to each sector, with tailored training, method development, and QA/QC support built around what your lab actually needs.
Key Analytes
Defensible data for air, water, soil, and waste compliance.
Environmental laboratories operate under some of the most demanding regulatory frameworks in analytical chemistry — EPA methods, state-specific requirements, NELAC/TNI accreditation, and strict data defensibility standards. A single QC failure or method deviation can invalidate an entire sample batch and trigger regulatory consequences.
Analytical Needs
Environmental labs must quantify trace-level contaminants across complex matrices — groundwater, soil, sediment, air, and hazardous waste — at concentrations that often approach instrument detection limits. Method performance must be demonstrated and documented for every sample batch, with QC data that withstands regulatory scrutiny.
Compliance Standards
EPA SW-846 methods govern hazardous waste characterization. The 500- and 600-series cover drinking water and wastewater. NELAC/TNI accreditation requires initial and ongoing demonstration of capability for every method. State programs add additional requirements that vary significantly across jurisdictions.
Data Quality & Defensibility
Every result must be traceable from sample collection through final report. Chain of custody, instrument calibration records, QC batch data, and analyst qualifications must all be documented and retained. LabWorx builds the systems and trains the analysts that make your data defensible when it matters most.
How LabWorx Helps
- EPA method training: SW-846, 500-series, 600-series, 8000-series
- NELAC/TNI accreditation preparation and gap assessments
- State and local regulatory requirement navigation across multiple states
- Analyst training on GC, LC, ICP, IC, and spectroscopic methods
- QA/QC program development and data defensibility review
- Method validation and verification for adopted reference methods
- CAPA development following audit findings or PT failures
- Data integrity programs for paper and electronic records
Key Analytes
cGMP-compliant analysis from development through release.
Pharmaceutical and biotech laboratories must produce analytical data that is not only accurate but fully traceable, reproducible, and compliant with FDA cGMP requirements. The stakes — patient safety, regulatory approval, product release — demand the highest level of analytical rigor.
Analytical Needs
Pharma labs require validated methods for potency, purity, impurity profiling, dissolution, and stability — each with defined acceptance criteria and full ICH Q2(R1) validation documentation. Methods must perform consistently across instruments, analysts, and time, with every deviation investigated and resolved.
Compliance Standards
FDA 21 CFR Part 211 governs cGMP for finished pharmaceuticals. 21 CFR Part 11 mandates electronic records and signature controls. ICH Q2(R1) defines method validation requirements. USP general chapters set standards for specific test types. FDA inspections scrutinize data integrity, OOS investigations, and CAPA effectiveness.
Data Quality & Defensibility
Pharmaceutical data must be ALCOA+ compliant — attributable, legible, contemporaneous, original, accurate, and complete. Every analytical result must be supported by raw data, instrument audit trails, and documented review. LabWorx implements the data integrity frameworks and analyst training that keep your data inspection-ready.
How LabWorx Helps
- Analyst training on HPLC, GC, dissolution, titration, and spectroscopic methods
- Method development and full ICH Q2(R1) validation support
- FDA 21 CFR Part 11 compliance and data integrity program development
- cGMP QA/QC program design and implementation
- CAPA development and effectiveness monitoring
- OOS investigation support and documentation
- Audit readiness reviews and inspection preparation
- Method transfer between sites or instruments
Key Analytes
Safety, compliance, and quality from raw material to finished product.
Food and beverage testing laboratories support one of the most complex regulatory environments in analytical chemistry — balancing FDA food safety requirements, FSMA compliance, pesticide residue monitoring, nutritional labeling accuracy, and allergen testing across highly variable matrices.
Analytical Needs
Food labs must achieve low-level detection of pesticide residues, heavy metals, mycotoxins, and contaminants in matrices that vary enormously in composition and complexity. Multi-residue methods must be validated for each matrix type. Nutritional analysis requires accuracy sufficient to support label claims under FDA scrutiny.
Compliance Standards
FDA FSMA requires preventive controls and supplier verification programs. Pesticide tolerances are set by EPA and enforced by FDA and USDA. Nutritional labeling must comply with FDA 21 CFR Part 101. State departments of agriculture add additional requirements. ISO 17025 accreditation is increasingly required by retail customers.
Data Quality & Defensibility
Food safety data supports decisions that directly affect public health. Results must be backed by validated methods, documented QC, and analyst training records that demonstrate competency in the specific matrices and analytes tested. LabWorx builds the technical and quality infrastructure that makes your food safety data defensible to regulators and customers alike.
How LabWorx Helps
- Analyst training for food matrix methods: pesticides, metals, mycotoxins, nutrients
- Method development and validation for complex food matrices
- FSMA compliance support and food safety plan review
- Nutritional analysis method development and labeling compliance
- Allergen testing program development
- QA/QC program design for food testing laboratories
- Proficiency testing support and corrective action
- Multi-residue pesticide method optimization
Key Analytes
Precision analysis for refining, production, and environmental compliance.
Petrochemical and refining laboratories perform critical analysis for process control, product quality, and environmental compliance. From crude oil characterization to finished product release and wastewater monitoring, analytical accuracy directly impacts operational efficiency and regulatory standing.
Analytical Needs
Petrochemical labs work with high-matrix samples that challenge standard methods — complex hydrocarbon backgrounds, high dissolved solids, and variable composition that shifts with feedstock and process conditions. Methods must be robust enough to deliver reliable results under these conditions while meeting ASTM and EPA performance requirements.
Compliance Standards
ASTM International standards govern product quality specifications for fuels, lubricants, and petrochemical products. EPA methods apply to environmental compliance monitoring — wastewater, stormwater, and air emissions. State environmental agencies enforce discharge limits and reporting requirements. Process labs must also meet internal product release specifications.
Data Quality & Defensibility
Process control data drives operational decisions worth millions of dollars. Environmental compliance data determines regulatory standing. Both require methods that are validated for the actual matrices encountered, analysts who understand the chemistry, and QC systems that catch problems before results are reported. LabWorx delivers the technical depth to make petrochemical analytical data reliable and defensible.
How LabWorx Helps
- Analyst training on GC, GC-MS, ICP, and ASTM methods for petroleum matrices
- Method development for complex hydrocarbon matrices
- TPH fractionation and speciation method optimization
- Wastewater and produced water analytical program support
- EPA compliance monitoring program development
- QA/QC program design for process and environmental labs
- Workflow optimization for high-throughput process control labs
- CAPA and data integrity support
Key Analytes
Accurate characterization for process control, safety, and disposal compliance.
Industrial laboratories and waste characterization facilities face some of the most analytically challenging sample matrices — high-solids waste streams, complex industrial effluents, mixed hazardous materials, and process streams that push standard methods to their limits. Accurate characterization is essential for regulatory compliance, safe disposal, and operational decision-making.
Analytical Needs
Industrial and waste labs must quantify analytes across matrices that are often far outside the scope of standard method validation — high-solids sludges, mixed organic/inorganic waste streams, and process effluents with complex interferences. Methods frequently require modification and revalidation for these non-standard matrices.
Compliance Standards
RCRA governs hazardous waste characterization and disposal. EPA SW-846 provides the analytical methods. The Clean Water Act and Clean Air Act impose discharge and emissions limits. State hazardous waste regulations add requirements that vary significantly by jurisdiction. Waste classification decisions based on analytical data carry significant legal and financial consequences.
Data Quality & Defensibility
Waste characterization data determines how material is classified, treated, and disposed — decisions with direct regulatory and liability implications. Data that cannot be defended can result in misclassification, improper disposal, and enforcement action. LabWorx builds the analytical rigor and documentation systems that make waste characterization data stand up to regulatory scrutiny.
How LabWorx Helps
- Analyst training for high-matrix industrial and waste samples
- Method modification and validation for non-standard matrices
- RCRA waste characterization analytical program support
- TCLP and characteristic hazardous waste method training
- Industrial wastewater compliance monitoring program development
- QA/QC program design for industrial testing laboratories
- Workflow optimization for complex, variable sample streams
- EPA and state regulatory compliance support
Key Analytes
Identity, potency, and purity testing for dietary supplements.
Nutraceutical and dietary supplement laboratories operate at the intersection of food and pharmaceutical testing — subject to FDA cGMP requirements for dietary supplements (21 CFR Part 111) while handling the analytical complexity of botanical extracts, complex matrices, and highly variable raw materials.
Analytical Needs
Nutraceutical labs must verify identity, potency, and purity across matrices that are often poorly characterized and highly variable. Botanical identification requires specialized expertise. Heavy metal testing must meet USP <232>/<233> limits. Contaminant screening must detect pesticide residues, mycotoxins, and adulterants at levels that protect consumer safety.
Compliance Standards
FDA 21 CFR Part 111 mandates cGMP for dietary supplement manufacturing, including laboratory controls, specifications, and testing requirements. USP general chapters provide standards for heavy metals, microbial testing, and specific analytes. FTC requirements govern label claims. FDA has increased enforcement activity in the dietary supplement sector, making compliance more critical than ever.
Data Quality & Defensibility
Dietary supplement data supports label claims, supplier qualification decisions, and release testing — all of which carry regulatory and consumer safety implications. Certificate of Analysis data must be backed by validated methods, documented QC, and complete records. LabWorx implements the analytical programs and data integrity systems that make nutraceutical testing data defensible to FDA and your customers.
How LabWorx Helps
- Analyst training for dietary supplement testing: identity, potency, purity
- Method development for botanical and complex supplement matrices
- Heavy metals testing program development (USP <232>/<233>)
- Pesticide residue and contaminant screening method support
- FDA 21 CFR Part 111 cGMP compliance program development
- Certificate of Analysis (CoA) review and data integrity programs
- CAPA development for OOS results and customer complaints
- Supplier qualification and incoming raw material testing programs
Don't see your industry?
If your laboratory performs chemical analysis for compliance, safety, or quality monitoring — we can help. Our expertise is in the analytical process itself, not just a single sector.