Industries
Compliance intelligence for your industry
From manufacturing floors to research labs, every regulated facility has chemicals, thresholds, and filing obligations. SafeGenics adapts its graph-powered intelligence to the specific regulatory landscape of your industry.
🏭 Manufacturing
Multi-site chemical operations generate the most complex compliance obligations in any industry. Dozens of raw materials, intermediates, and finished products flow through production lines — each containing ingredients that independently trigger EPCRA thresholds when aggregated at the facility level. A single production chemical like “Industrial Degreaser XR-7” may contain toluene, MEK, and xylene at concentrations that, when multiplied by storage volumes across loading docks, production areas, and warehouses, push each ingredient above the 10,000-lb Tier II threshold.
Compliance challenges
- Aggregating ingredient-level quantities across 50+ products per facility to determine which chemicals exceed EPCRA thresholds — commonly missed substances include sulfuric acid in lead-acid batteries, diesel fuel in backup generators, and wood dust from machining operations
- Managing Tier II filings across 10–200 facilities in different states, each with unique portals (Tier2 Submit, E-Plan, Tier II Manager, PATTS), fee structures, and supplemental reporting requirements
- Tracking OSHA Process Safety Management (PSM) requirements for facilities with highly hazardous chemicals above threshold quantities (29 CFR 1910.119)
- Filing TRI Form R reports by July 1 for facilities meeting NAICS code and employee/chemical thresholds, with per-chemical usage calculations across manufacturing processes
- Coordinating SDS updates from hundreds of suppliers while ensuring GHS classification consistency across the 2024 OSHA HazCom standard transition timeline (December 2026 → July 2027 → January 2028)
How SafeGenics helps
- Ingredient-level decomposition from SDS Section 3 automatically computes true chemical quantities — catches commonly missed items like sulfuric acid in forklift batteries and diesel in emergency generators
- Multi-site rollup across all facilities with state-specific rule engines that handle portal differences, fee calculations, and supplemental requirements for each jurisdiction
- CAS-centric identity resolution normalizes trade names, synonyms, and mixture ingredients to canonical chemical identities — one source of truth across all sites
- Precomputed threshold monitoring recalculates obligations on every inventory change, with real-time alerts when chemicals approach or exceed EPCRA, TRI, or state-specific thresholds
- Compliance Intelligence answers multi-facility questions: "Which of our plants have EHS chemicals above TPQ?" with cited, cross-site evidence chains
Compliance Intelligence — Utilities scenario
"Which of our 12 facilities need to file Tier II for toluene this year?"
Plants 2, 5, and 9 exceed the 10,000-lb threshold for toluene (CAS 108-88-3). Plant 2 has 14,200 lbs across 4 products (Industrial Degreaser XR-7 contributes 8,400 lbs at 35% concentration). Plant 5 has 11,800 lbs from 2 products. Plant 9 has 10,350 lbs — just 350 lbs over threshold, driven by a Q3 inventory receipt. All other facilities are below threshold.
Inventory Snaps 2025 → CAS 108-88-3 → SDS decomposition → 40 CFR §370.10 threshold
50+
Products per facility, avg.
359
EHS chemicals on EPA list
March 1
Non-negotiable Tier II deadline
💊 Pharmaceuticals
Pharmaceutical manufacturing operates at the intersection of FDA Good Manufacturing Practice (GMP) requirements and EPA environmental regulations — two regulatory worlds that rarely talk to each other. Active Pharmaceutical Ingredient (API) synthesis uses large volumes of organic solvents (methanol, dichloromethane, toluene, acetone), acids, and bases that generate RCRA-listed hazardous waste, trigger EPCRA reporting, and require NESHAP air emission controls. Meanwhile, batch process chemistry means the chemical risk profile changes dynamically through reaction, extraction, crystallization, and drying stages. A single production campaign can involve dozens of intermediates, each with independent CAS numbers, hazard classifications, and regulatory thresholds.
Compliance challenges
- Tracking chemicals across dynamic batch processes where the hazard profile shifts through synthesis stages — reaction solvents, intermediates, and byproducts each carry independent EPCRA and RCRA obligations that change as production campaigns rotate
- Managing Tier II filings across 10–200 facilities in different states, each with unique portals (Tier2 Submit, E-Plan, Tier II Manager, PATTS), fee structures, and supplemental reporting requirements
- Meeting EPA NESHAP requirements for pharmaceutical production (40 CFR Part 63, Subpart GGG) including emission limits on VOCs from reactors, distillation units, and storage vessels — with compliance documentation that must also satisfy FDA audit expectations
- Filing TRI Form R reports for facilities meeting NAICS 3254 and chemical usage thresholds, where a single API synthesis route may involve 15–30 distinct chemical substances each requiring independent threshold calculations
- Navigating the overlap between FDA GMP change control requirements and environmental permit modifications — a solvent substitution that improves product quality may trigger a new RCRA waste stream determination and EPCRA reporting changes
How SafeGenics helps
- Campaign-aware chemical tracking maps solvents, intermediates, and byproducts through each production stage — the graph knows which chemicals are present at each synthesis step and recalculates obligations when campaigns change
- RCRA waste stream classification automatically identifies F-listed, U-listed, and P-listed waste from production processes, tracking generator status across all waste streams and alerting when cumulative volumes approach LQG thresholds
- Solvent inventory management tracks bulk solvent usage across API synthesis, formulation, and QC operations — aggregating methanol, DCM, toluene, and acetone quantities against both EPCRA thresholds and TRI reporting triggers
- Cross-regulatory change impact analysis shows how a process change (e.g., solvent substitution) cascades across GMP documentation, RCRA waste determinations, EPCRA filings, and air emission permits — before you make the change
- Integrated SDS management for both raw materials and in-process chemicals ensures hazard classifications remain consistent across EHS, quality, and regulatory teams
Compliance Intelligence — Pharma scenario
"If we switch from DCM to ethyl acetate in our API-4 synthesis, what changes?"
Replacing dichloromethane (CAS 75-09-2) with ethyl acetate (CAS 141-78-6) in your API-4 production would affect three regulatory areas. (1) RCRA: You currently generate F002-listed waste from DCM — switching to ethyl acetate removes this waste stream but creates F003-listed waste from the ester solvent. Your generator status remains LQG. (2) EPCRA: DCM is currently 8,200 lbs at this facility; removing it drops you below the 10,000-lb Tier II threshold. Ethyl acetate at projected volumes (12,400 lbs) would add a new reportable chemical. (3) TRI: DCM is a Section 313 listed chemical with an annual Form R filing; ethyl acetate is also Section 313 listed — the TRI obligation continues under a different CAS number.
Process Route API-4 → CAS 75-09-2 swap → RCRA F002→F003 + EPCRA threshold recalc + TRI §313 mapping
15–30
Chemicals per API synthesis route
F/U/P
RCRA waste list classifications
NAICS 3254
Pharma manufacturing sector code
🏥 Healthcare
Hospitals, clinics, and medical campuses operate at the intersection of EPCRA chemical reporting, RCRA hazardous waste management, OSHA Bloodborne Pathogens, and pharmaceutical waste regulations. Common healthcare chemicals — ethylene oxide for sterilization, formaldehyde in pathology labs, glutaraldehyde for high-level disinfection, and xylene in histology — frequently exceed reporting thresholds. Meanwhile, hazardous waste pharmaceuticals under the 2019 RCRA Subpart P rule (40 CFR Part 266) add a separate compliance layer for P-listed and U-listed drugs, with drain disposal bans and generator status implications.
Compliance challenges
- Determining RCRA generator status when P-listed pharmaceutical waste (warfarin, epinephrine, nicotine) as low as 2.2 lbs/month can elevate a facility to large quantity generator, triggering full LQG requirements
- Tracking chemicals across decentralized departments — pharmacy, pathology, surgical suites, maintenance, and central supply each maintain separate inventories that must be aggregated for facility-level EPCRA reporting
- Managing the overlap between OSHA's Hazard Communication Standard (29 CFR 1910.1200), USP 800 hazardous drug handling, and EPA pharmaceutical waste rules — three regulatory regimes covering the same chemicals
- Meeting Joint Commission Environment of Care standards for hazardous materials management alongside federal and state environmental requirements
- Keeping current SDS libraries for chemicals that span clinical, facilities, and laboratory operations — often 200+ unique chemicals across a single hospital campus
How SafeGenics helps
- Unified chemical view aggregates inventories from pharmacy, pathology, surgical, maintenance, and lab departments into a single facility-level graph for accurate EPCRA threshold calculations
- RCRA integration tracks P-listed and U-listed pharmaceutical waste alongside industrial chemicals, with generator status monitoring that alerts when monthly waste volumes approach LQG thresholds
- Cross-regulatory mapping shows where OSHA HazCom, RCRA, and USP 800 requirements overlap for the same chemical — one SDS entry, three regulatory contexts automatically resolved
- Department-level inventory tracking with facility rollup lets department managers maintain their own chemical lists while EHS sees the consolidated picture
- Incident reporting captures chemical spills, exposure events, and near-misses with OSHA 300 log integration and root cause analysis linked to specific chemicals in the graph
Compliance Intelligence — Healthcare scenario
"Does our formaldehyde use trigger any reporting obligations?"
Yes. Your facility has 680 lbs of formaldehyde (CAS 50-00-0) across pathology (420 lbs in formalin solution at 37% concentration) and the histology lab (260 lbs). Formaldehyde is an EHS chemical with a TPQ of 500 lbs — you exceed the threshold by 180 lbs. This triggers EPCRA §302 emergency planning notification, §312 Tier II reporting, and because formaldehyde is listed as U122, any discarded formaldehyde solutions must be managed as RCRA hazardous waste.
Pathology Inventory + Histology Inventory → CAS 50-00-0 → TPQ 500 lbs → EPCRA §302/§312 + RCRA U122
🛒 Retail
Most retailers don’t realize they have EPCRA obligations — until an inspector arrives. Home improvement stores, auto parts retailers, garden centers, pool supply outlets, and even grocery stores routinely store hazardous chemicals above reporting thresholds. Paint departments stock flammable solvents. Garden centers carry ammonia-based fertilizers and pesticides. Auto sections hold sulfuric acid in lead-acid batteries, brake fluid, and antifreeze. Pool supply aisles contain chlorine compounds, muriatic acid, and sodium hypochlorite. When aggregated at the store level, these consumer products easily exceed the 10,000-lb threshold for hazardous chemicals — and some, like sulfuric acid (EHS, TPQ 1,000 lbs), trigger obligations at much lower quantities.
Compliance challenges
- Discovering reporting obligations in the first place — store managers are merchandising experts, not EHS professionals, and most don't know that consumer products on their shelves are "hazardous chemicals" under OSHA's Hazard Communication Standard
- Aggregating chemical quantities across thousands of SKUs in real-time as seasonal inventory fluctuates — a spring shipment of pool chemicals or a winter restock of antifreeze can temporarily push a store above EPCRA thresholds
- Navigating the EPCRA consumer product exemption (§311(e)) which exempts materials "in the same form and concentration as a product packaged for distribution and use by the general public" but does not exempt bulk or back-stock quantities that exceed consumer use levels
- Scaling compliance across 100–2,000+ locations in different states, where store-level staff have no EHS training and no awareness that they need to file Tier II reports with their local LEPC and fire department
- Managing state-specific requirements like California's HMBP (Hazardous Materials Business Plan) program that has lower thresholds and additional requirements beyond federal EPCRA, or NYC DEP's Community Right-to-Know program with its own threshold reporting quantities
How SafeGenics helps
- SKU-to-chemical mapping connects retail inventory systems to the compliance graph — when a store receives 200 cases of pool shock, SafeGenics automatically calculates the calcium hypochlorite content and checks it against facility-level thresholds
- Consumer product exemption engine evaluates each product's packaging and concentration against EPCRA §311(e) criteria, distinguishing exempt consumer-packaged items from non-exempt bulk or back-stock quantities
- Enterprise-scale deployment handles 100–2,000+ locations with centralized management — a single EHS team at corporate sees every store's compliance status while store managers don't need to touch anything
- Seasonal threshold monitoring tracks inventory surges that push stores above thresholds temporarily — spring pool chemicals, winter antifreeze, holiday propane cylinder restocks — and flags new filing obligations before they're missed
- Multi-jurisdiction filing engine handles state-specific programs (CA HMBP, NYC DEP RTK, NJ DPCC) alongside standard EPCRA filings, with fee calculation and portal-specific formatting for each jurisdiction
Compliance Intelligence — Retail scenario
"Do any of our 340 stores need to file Tier II this year?"
47 stores currently exceed EPCRA thresholds. The most common trigger is sulfuric acid (CAS 7664-93-9) from lead-acid batteries in the automotive department — 31 stores have battery inventory containing 520–1,400 lbs of sulfuric acid, above the 500-lb EHS threshold. An additional 22 stores exceed the 10,000-lb threshold for flammable liquids (paint thinners, solvents, aerosols combined). 6 stores appear in both groups. Additionally, all 12 California locations require HMBP filings regardless of federal thresholds due to the state’s 55-gallon / 500-lb trigger.
Store inventories (340 locations) → SKU decomposition → CAS 7664-93-9 TPQ 500 lbs + 10,000-lb aggregate → State-specific rules (CA HMBP)
1,000+
Chemical-containing SKUs, typical
500 lbs
Sulfuric acid EHS threshold
$25K+
Penalty per violation per day
🎓 Universities & Research Labs
Universities face a unique compliance paradox: EPCRA’s laboratory exemption (Section 311(c)(4)) covers research chemicals under direct supervision of technically qualified individuals, but the exemption does not extend to bulk chemicals in facilities operations, central chemical stores, or pilot-scale operations. A campus may have liquid nitrogen dewars exempt in research labs but a large external tank near the loading dock that triggers reporting. Meanwhile, DHS Chemical Facility Anti-Terrorism Standards (CFATS) require universities to aggregate all Chemicals of Interest (COI) campus-wide — including across hundreds of independently managed labs — to determine if screening threshold quantities are exceeded.
Compliance challenges
- Aggregating chemical quantities across 100+ independently managed labs, each run by a different PI, to determine campus-wide EPCRA thresholds — the lab exemption only applies to chemicals under direct supervision, not to bulk storage
- Tracking DHS CFATS Chemicals of Interest across the entire campus, where individual labs may hold small quantities that aggregate to exceed screening threshold quantities for chemicals like chloroform, perchloric acid, or sodium azide
- Managing the annual targeted chemical reporting cycle (e.g., MIT requires all labs to report by December 10 regardless of whether they hold regulated substances)
- Distinguishing between exempt research chemicals and non-exempt facilities chemicals (e.g., ammonia in HVAC systems, chlorine in swimming pools, diesel in campus generators) that trigger independent reporting requirements
- Coordinating compliance across decentralized EHS governance where individual colleges, departments, and research centers operate semi-autonomously
How SafeGenics helps
- Per-lab chemical tracking with automatic campus-wide aggregation — each PI manages their own inventory while SafeGenics computes building-level and campus-level totals against EPCRA and CFATS thresholds
- Automatic lab exemption filtering distinguishes research chemicals under direct supervision from non-exempt facilities chemicals, preventing both under-reporting and unnecessary over-reporting
- CFATS COI screening continuously monitors all 300+ Chemicals of Interest across the campus graph, alerting the central EHS office when aggregate quantities approach screening threshold quantities
- PI self-service portal lets researchers submit annual chemical inventories directly, reducing the administrative burden on central EHS while maintaining data quality through CAS-based validation
- Building-level compliance views show fire departments and LEPCs exactly what chemicals are in each building, supporting emergency response planning required under EPCRA §302
Compliance Intelligence — University scenario
"Do our campus chloroform holdings trigger CFATS reporting?"
Your campus has 42 lbs of chloroform (CAS 67-66-3) across 23 research labs — all under PI supervision and within the lab exemption for EPCRA purposes. However, CFATS has no lab exemption. The DHS screening threshold quantity for chloroform (theft/diversion) is 500 lbs. You are well below the STQ at 42 lbs campus-wide. No CFATS Top-Screen submission is required at current levels.
Lab inventories (23 labs) → CAS 67-66-3 → CFATS Appendix A STQ 500 lbs → No action required
⚡ Utilities & Energy
Power plants, water treatment facilities, natural gas operations, and transmission infrastructure store large quantities of acutely hazardous chemicals — chlorine for water disinfection, ammonia for SCR emissions control, sulfuric acid for pH adjustment, and hydrogen for generator cooling. Many of these are EHS chemicals with threshold planning quantities well below the standard 10,000-lb EPCRA threshold. Remote facilities with limited on-site EHS staff compound the challenge, as does the need for CERCLA §103 release reporting when spills or equipment failures cause chemical releases.
Compliance challenges
- Managing Extremely Hazardous Substances at high volumes — a single water treatment plant may store 2,000+ lbs of chlorine gas (TPQ: 100 lbs), triggering EPCRA §302 emergency planning, §304 release notification, and §312 Tier II obligations simultaneously
- EPA Risk Management Program (RMP) requirements under CAA §112(r) for facilities with listed substances above threshold quantities — requiring hazard assessments, prevention programs, and emergency response plans (40 CFR Part 68)
- CERCLA Reportable Quantity (RQ) notifications within 15 minutes of a release exceeding listed amounts — common for ammonia (100 lbs RQ), chlorine (10 lbs RQ), and sulfuric acid (1,000 lbs RQ)
- Coordinating compliance across geographically dispersed facilities — substations, pumping stations, treatment plants, and generating stations each have independent chemical inventories and filing obligations
- Meeting NERC CIP cyber-security standards alongside physical chemical security requirements at critical infrastructure facilities
How SafeGenics helps
- EHS chemical priority monitoring with sub-threshold alerts — know when chlorine, ammonia, or sulfuric acid quantities approach TPQ levels before obligations trigger
- CERCLA RQ tracking linked to incident reporting — when a spill is logged, the graph immediately identifies which chemicals are involved, their reportable quantities, and whether the release exceeds CERCLA §103 notification thresholds
- Multi-facility dashboard designed for geographically dispersed operations — view compliance status across all treatment plants, substations, and generating stations from a single interface
- Mobile incident capture for remote facilities where on-site staff may not have desktop access — field teams log spills, releases, and near-misses from their phones with automatic graph linkage
- Emergency coordinator management tracks required contacts for each facility's LEPC and fire department, ensuring EPCRA §302 emergency planning notifications remain current
Compliance Intelligence — Utilities scenario
"We had a 15-lb chlorine release at the South Treatment Plant. What do we need to report?"
Chlorine (CAS 7782-50-5) has a CERCLA RQ of 10 lbs — your 15-lb release exceeds the RQ by 5 lbs. Immediate actions required: (1) Notify the National Response Center at 800-424-8802 within 15 minutes per CERCLA §103, (2) Notify your LEPC (Durham County) and SERC (NC DENR), (3) File a written follow-up report within 30 days per EPCRA §304(c). Chlorine is also an EHS chemical — this release should be documented for your annual Tier II report under §312.
Incident → CAS 7782-50-5 → CERCLA RQ 10 lbs → EPCRA §304 + §312 → LEPC/SERC notification
🏛️ Government & Military
Federal, state, and local government facilities must comply with the same EPCRA and OSHA requirements as private industry — plus agency-specific mandates. Executive Order 13834 requires federal facilities to implement environmental management systems, and DoD installations follow service-specific environmental programs (Army ADEM, Navy NEPM, Air Force ESOH-MIS) that layer additional requirements on top of EPA baseline obligations. Government facilities also face unique transparency requirements: compliance data may be subject to FOIA requests, requiring audit-ready documentation that can withstand public scrutiny.
Compliance challenges
- Meeting both federal environmental requirements (EPCRA, RCRA, CERCLA) and agency-specific environmental management mandates simultaneously, with reporting timelines that don't always align
- Managing chemical inventories across military installations with multiple tenants — different commands, contractors, and support organizations each maintaining separate chemical holdings that aggregate at the installation level
- Producing FOIA-ready compliance documentation — every filing decision must be traceable and explainable to public requestors, auditors, and oversight bodies
- Navigating the intersection of environmental compliance and physical security, where chemical storage information may be sensitive but EPCRA community right-to-know provisions require public disclosure
- Coordinating with multiple LEPCs and fire departments when installations span jurisdictional boundaries
How SafeGenics helps
- Immutable audit logs capture every data change, obligation detection, and filing action — producing FOIA-ready documentation with complete evidence chains that explain every compliance decision
- Multi-tenant facility management allows different commands and organizations to maintain their own chemical inventories while the installation EHS office sees aggregated, installation-level compliance status
- Role-based access control with configurable permission levels for classified and unclassified chemical information, with SOC 2 Type II certified security infrastructure
- Standardized reporting templates that align with both EPA baseline requirements and agency-specific environmental management system documentation needs
- Graph-powered evidence chains provide the explainability that government auditors and IG inspectors require — every obligation traces back to specific SDSs, inventory records, and regulatory thresholds
📦 Warehousing & Distribution
Distribution centers and warehousing operations face a compliance challenge unique to their business model: chemical inventory quantities fluctuate daily as shipments arrive and depart. The EPCRA threshold calculation is based on the maximum amount present at any single moment during the calendar year — so a temporary spike from a large incoming shipment can trigger a filing obligation even if average on-hand quantities are well below thresholds. Add in DOT hazardous materials shipping requirements and the need to maintain SDS libraries for chemicals that may only pass through the facility briefly, and compliance becomes a moving target.
Compliance challenges
- Tracking maximum on-hand quantities when inventory changes daily — a single large receipt of hazardous chemicals can push quantities above EPCRA thresholds even if average holdings are well below
- Maintaining SDS libraries for chemicals that transit through the facility, with hundreds of unique products from dozens of suppliers cycling through at different intervals
- DOT hazardous materials shipping compliance (49 CFR Parts 171–180) intersecting with EPCRA storage reporting — the same chemical triggers different regulatory regimes depending on whether it's being stored, shipped, or received
- Chemical compatibility monitoring in warehouses where incompatible materials may arrive in the same shipment or be placed in adjacent storage locations
- Multi-location compliance when distribution networks span multiple states with different portals, fees, and supplemental requirements
How SafeGenics helps
- Real-time inventory tracking recalculates maximum on-hand quantities with every receipt and shipment, ensuring EPCRA threshold determinations reflect actual peak storage — not estimated averages
- Automated SDS acquisition and management maintains current documentation for every chemical that passes through the facility, even transient inventory
- Chemical compatibility matrix powered by the graph identifies incompatible materials stored in proximity — flagging hazardous co-storage conditions before they create safety risks
- Threshold alerts trigger on inventory receipt, not just at year-end — your EHS team knows immediately when an incoming shipment pushes a chemical above reporting thresholds
- Multi-location dashboard with state-specific filing engines handles the complexity of distribution networks spanning multiple jurisdictions
Every industry
Capabilities that work across all verticals
Regardless of your industry, every SafeGenics deployment includes the full Compliance Intelligence Graph with these core capabilities.
🧪
CAS-Centric Identity Resolution
Maps trade names, synonyms, and mixture ingredients to canonical chemical identities by CAS number. One chemical, one identity, regardless of what different suppliers call it.
📄
AI-Powered SDS Parsing
Extracts ingredients (Section 3), hazard classifications (Section 2), storage conditions (Section 7), and first aid measures (Section 4) from any SDS format in under 10 seconds.
🧠
GraphRAG Compliance Intelligence
Ask questions about your compliance data in plain English. Get cited, explainable answers grounded in your actual graph — not hallucinated guesses.
⚠️
Regulatory Drift Detection
Monitors Federal Register changes and state regulatory updates. Simulates impact on your facilities and tells you which obligations would change before new rules take effect.
📋
50-State Tier II Filing
State-specific rule engines handle portal differences, fee structures, hazard category mappings, and supplemental requirements for every US jurisdiction.
🔒
Enterprise Security
SOC 2 Type II certified. AES-256 encryption at rest, TLS 1.3 in transit. Multi-tenant isolation at the graph node level. SAML 2.0 SSO. Immutable audit logs.
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