Presentation Template for Chemical Industry: Safety, Compliance, and Commercial Presentations

The chemical industry operates under a regulatory and safety framework that shapes every significant business communication. OSHA's Process Safety Management (PSM) standard, EPA's Risk Management Program (RMP), and a dense web of environmental regulations mean that chemical industry presentations carry both business weight and legal significance. A capital project proposal for a new reactor train must simultaneously make the business case and demonstrate regulatory compliance. A customer stewardship presentation must convey both product performance and safety information with precision.

This guide covers the primary presentation formats for chemical manufacturers, distributors, and specialty chemical companies.

Process Safety Management (PSM) Presentation

OSHA's PSM standard (29 CFR 1910.119) applies to facilities that handle threshold quantities of highly hazardous chemicals. PSM presentations are delivered in several contexts: to management during Process Hazard Analysis (PHA) reviews, to employees during process safety training, to auditors during PSM compliance audits, and to OSHA inspectors during inspections.

PSM overview presentation structure:

| Slide | Content | Key elements | |-------|---------|--------------| | 1 | Facility and process overview | Covered process(es), threshold chemicals and quantities, applicable regulatory tier | | 2 | PSM program elements summary | Status of all 14 PSM elements; last audit date and findings status | | 3 | Process Hazard Analysis status | PHA methodology (HAZOP, What-If, FMEA), date of last PHA, scheduled revalidation date, open PHA recommendations | | 4 | Management of Change (MOC) | MOC process description, recent significant changes, pre-startup safety review completion | | 5 | Mechanical Integrity program | Inspection frequencies by equipment type, inspection completion rates, overdue inspections | | 6 | Incident investigation summary | Near-miss and incident count, root cause categories, corrective action completion rate | | 7 | Emergency response | Emergency Action Plan status, evacuation drill completion, community notification procedures | | 8 | Employee participation | PSM training completion rates, participation in PHAs, safety committee activity | | 9 | Compliance audit results | Last audit findings, corrective action status, next audit schedule |

PHA recommendation tracking:

One of the most common PSM audit findings is inadequate tracking and closure of PHA recommendations. Your PSM presentation should include a clear status display: total open recommendations, recommendations by age bracket (0–90 days, 91–180 days, 181–365 days, over 365 days), and recommendations by severity classification. Any recommendation that has been open beyond the facility's defined maximum response time needs an explanation — either an approved schedule extension with documented rationale or an overdue corrective action that requires management attention.

Mechanical Integrity metrics:

Pressure vessels, piping circuits, relief devices, and safety instrumented systems all require documented inspection and testing programs. Present completion rates against the inspection schedule: "Pressure vessel inspection: 247 of 251 required inspections completed on schedule. Four inspections have approved deferrals with documented fitness-for-service evaluations." Inspections with no documentation of deferrals or fitness-for-service evaluations are a significant audit finding.

Chemical Plant Capital Project Proposal

Capital project proposals in the chemical industry — a new reaction system, a distillation column addition, a storage tank farm expansion, an emissions control retrofit — must satisfy both the business case evaluation and the safety and regulatory review.

Chemical plant project proposal structure:

Executive summary: Project objective, total installed cost (TIC), project schedule, return on investment or cost avoidance justification, and key approvals required.

Process basis: What chemistry is being performed? What are the feed stocks, reaction conditions (temperature, pressure, catalysts), intermediates, and products? For any project involving highly hazardous chemicals, include the applicable regulatory thresholds and confirm whether the project triggers PSM or RMP obligations. A capital project that unexpectedly creates a new PSM-covered process — because it crosses a regulatory threshold quantity — will require regulatory action that must be planned into the project schedule.

Process flow diagrams: A simplified process flow diagram (PFD) showing major equipment items, process conditions, and material flows belongs in the project proposal. Chemical engineers reviewing capital projects expect to see the chemistry and the major equipment identified before approving the investment.

Safety review status: Has a preliminary Hazard Identification (HAZID) or pre-HAZOP been completed? What were the findings? Capital projects in PSM-covered facilities require a Pre-Startup Safety Review (PSSR) before introduction of highly hazardous chemicals to new equipment. Show where in the process safety review sequence the project stands.

Environmental permitting: What air permits (Title V, minor source), water discharge permits (NPDES), or hazardous waste determinations are required? What is the permitting timeline, and is it on the critical path? Chemical plant capital projects are frequently delayed by air permitting timelines that were not included in the original project schedule.

Cost estimate breakdown: For chemical plant capital projects, the estimate structure typically follows AACE International classifications:

• Equipment (purchased cost)
• Installation and civil work
• Piping
• Instrumentation and electrical
• Engineering
• Procurement and construction management
• Commissioning
• Contingency (state the basis — Class 5 estimate carries 50–100% contingency; Class 2 carries 5–20%)

Economic justification: Net Present Value, Internal Rate of Return, payback period, and sensitivity analysis on the key assumptions (product price, utilization rate, raw material cost).

EPA Environmental Compliance Briefing

Chemical manufacturers face multiple EPA compliance obligations: Clean Air Act (MACT standards, NESHAP, Title V operating permits), Clean Water Act (NPDES permits, Stormwater Pollution Prevention Plans), RCRA hazardous waste management, CERCLA/Superfund liability, and the Emergency Planning and Community Right-to-Know Act (EPCRA) including Tier II reporting.

Environmental compliance briefing structure:

Regulatory obligation inventory: List each applicable regulatory program, the specific facility obligations under that program, the regulatory agency responsible, and the current compliance status. This inventory establishes the scope of the compliance program.

Tier II reporting summary: EPCRA Section 312 requires facilities that store hazardous chemicals above threshold quantities to submit annual Tier II inventory reports to the State Emergency Response Commission (SERC), Local Emergency Planning Committee (LEPC), and local fire department. Present the chemicals reported, quantities, storage locations, and submission dates.

Air emissions inventory and permit compliance:

| Emissions unit | Permitted limit | Actual emissions | Compliance status | Recent deviation? | |---------------|----------------|-----------------|-------------------|-------------------| | [Unit ID] | [lb/year or ton/year by pollutant] | [Actual lb/year] | Compliant / Deviation | Yes/No |

Any exceedances should be reported proactively with root cause, corrective action, and regulatory agency notification status.

Wastewater and stormwater compliance: NPDES permit limit compliance by discharge point, monitoring frequency and completion, and any reportable discharge events with their reporting and response status.

Hazardous waste generation and disposal: Annual hazardous waste generation by waste stream, disposal method (treatment, incineration, land disposal), manifest tracking, and generator status (Large Quantity Generator, Small Quantity Generator). Any hazardous waste violations or Notices of Violation should be disclosed with remediation status.

Environmental capital program: Major environmental compliance investments planned or underway — emission control equipment, wastewater treatment upgrades, tank secondary containment improvements — with investment amounts and in-service dates.

Product Stewardship Presentation for B2B Customers

Chemical distributors and manufacturers are expected to provide comprehensive product stewardship information to their industrial and commercial customers. This is not just regulatory compliance — it is a commercial requirement. Industrial customers must know the hazard and handling information for chemicals they purchase, and many require formal stewardship presentations before approving new chemical suppliers.

Product stewardship presentation structure:

Company safety culture overview: Your Process Safety Management program maturity, safety performance metrics (OSHA recordable incident rate, days away from work rate, process safety incident count), and safety commitment at the leadership level. Industrial buyers use supplier safety performance as a proxy for operational quality.

Product hazard summary: For each product being presented:

• GHS hazard classification (acute toxicity, flammability, reactivity, environmental hazard)
• Signal word and hazard statements from the Safety Data Sheet (SDS)
• Route-of-exposure summary (inhalation, dermal, ingestion) with occupational exposure limits (OSHA PEL, ACGIH TLV)
• Recommended personal protective equipment

Do not minimize hazards in commercial presentations. Chemical buyers are sophisticated — they read SDSs, they have industrial hygienists, and a stewardship presentation that understates hazards damages your credibility. Present the hazard profile accurately and then show your handling and control measures.

Handling and storage requirements: Temperature range, segregation requirements (incompatible materials), ventilation requirements, grounding and bonding for static-sensitive materials, container specifications.

Transportation information: DOT classification, UN number, packing group, placard requirements, emergency response guide reference. If the product is transported in bulk by rail, include the rail carrier notification requirements under 49 CFR Part 174.

Regulatory status summary: TSCA inventory status, REACH registration if applicable for EU-destined shipments, California Proposition 65 status, SARA 302/304/311/312/313 status.

Emergency response information: CHEMTREC registration status, emergency contact number, emergency response guidebook page or emergency response plan summary.

Customer training support: What product safety training do you provide to customer employees? Many chemical suppliers provide on-site or online training for customer personnel who handle the products.

R&D Pipeline Update Presentation

Chemical companies with active research programs present pipeline updates to executive leadership, to the board, and to investors. The challenge is communicating technical progress in ways that connect to business value without misrepresenting the uncertainty inherent in early-stage chemistry.

R&D pipeline update structure:

Pipeline overview: Organize by stage — discovery, early development (bench scale), scale-up (pilot), commercialization. Show the pipeline map visually as a stage-gate progression.

Stage-gate framework: Define what each stage means in your development process — the technical milestones that must be achieved to advance from discovery to early development, the scale-up criteria, the commercial viability requirements. Audiences evaluating an R&D pipeline need to understand what "in pilot scale" means in your company's terms before they can interpret the pipeline map.

Project highlights: For two to three key projects, provide deeper status:

• Technical performance vs. target specification
• Development timeline vs. plan
• Key technical risks and mitigation approaches
• Competitive differentiation — what makes this product superior to existing alternatives
• Estimated time to commercial launch

Technology platform overview: Chemical R&D often produces platform technologies that enable multiple products. Frame platform investments in terms of the product family they enable.

Investment and resource allocation: R&D spend by technology area, headcount, external collaborations and licensing activity.

Using slide-deck.io for Chemical Industry Presentations

Chemical industry presentations carry unique challenges: they must be technically precise, regulatory language must be exact, and safety information must be presented clearly enough that it cannot be misunderstood. slide-deck.io's AI generation can build the structural framework for PSM briefings, project proposals, and stewardship decks, giving teams a defensible starting structure that they populate with facility-specific data and regulatory citations.

For compliance presentations specifically — where the document may be reviewed by regulators, auditors, or legal counsel — export to PPTX and have compliance counsel or a certified industrial hygienist review the content before presentation. The AI-generated structure handles the organization; your subject matter experts and compliance professionals handle the regulatory accuracy.