What industries does Appalachian EHS & Process Safety Consulting specialize in?

Appalachian EHS & Process Safety Consulting supports high-hazard and complex industrial operations. Our team's experience includes chemical and specialty chemical manufacturing, heavy industry, industrial startups and commissioning, port and terminal operations, process development, aerospace, and defense-related environments. Our combination of EHS, Process Safety Management, and engineering experience allows us to support facilities from regulatory compliance and risk management through process troubleshooting, equipment reliability, engineering studies, and startup.

Where is Appalachian EHS & Process Safety Consulting located?

Appalachian EHS & Process Safety Consulting is headquartered in Charleston, West Virginia. We serve industrial clients throughout West Virginia, Ohio, Kentucky, the broader Appalachian region, and nationwide through a combination of onsite and remote support.

What services does Appalachian EHS & Process Safety Consulting offer?

Appalachian EHS provides four primary areas of technical support: Industrial Safety: Safety program development, compliance assessments, hazard assessments, contractor safety, incident investigation, OSHA inspection support, and workforce training. Process Safety Management: PSM program development and improvement, including PHA, MOC, PSSR, mechanical integrity and quality assurance, compliance auditing, action tracking, and performance metrics. Environmental Program Support: Environmental management system reviews, compliance-obligation tracking, program development, and alignment with ISO 14001 and RC14001 principles. Engineering Services: Chemical and mechanical engineering support, including process engineering, equipment evaluation, hydraulic and piping system analysis, failure analysis, process troubleshooting and optimization, equipment design and specification, process scale-up, and capital project support. Services can be provided as focused, project-specific engagements or combined to support more complex industrial projects.

What engineering services does Appalachian EHS provide?

Appalachian EHS provides chemical and mechanical engineering support for industrial facilities, chemical manufacturers, startups, and process operations. Our engineering capabilities include process engineering, process development and scale-up, equipment design and specification, hydraulic and piping system evaluations, heat-transfer and utility system evaluations, equipment reliability and failure analysis, process troubleshooting and optimization, capital project support, and startup and commissioning support. Engineering services can be performed as stand-alone technical studies or integrated with EHS and Process Safety Management activities such as MOC, PHA, PSSR, mechanical integrity, and commissioning.

Can Appalachian EHS investigate recurring equipment or process failures?

Yes. Appalachian EHS can evaluate recurring equipment failures, process limitations, reliability problems, and abnormal operating conditions. Depending on the problem, an evaluation may include review of equipment history and operating data, hydraulic or thermal calculations, failure-mechanism analysis, process and equipment design review, applicable engineering standards, and evaluation of potential corrective actions. Findings and recommendations can be documented in an engineering study or technical memorandum to support maintenance, engineering, management, or capital-project decisions.

Does Appalachian EHS perform hydraulic and piping system evaluations?

Yes. Appalachian EHS can evaluate industrial process piping, utility systems, and fluid-handling systems for flow capacity, velocity, pressure loss, equipment requirements, and potential system limitations. Typical applications include cooling-water systems, process and utility headers, pump and mechanical-seal support systems, restriction devices, equipment modifications, and other industrial fluid systems. Evaluations may include engineering calculations, review of drawings and operating conditions, comparison of design alternatives, and recommendations for system improvement.

Can Appalachian EHS support smaller engineering projects?

Yes. Not every industrial engineering problem requires a large engineering or EPC firm. Appalachian EHS provides focused engineering support for troubleshooting, engineering calculations, equipment evaluations, process improvements, failure analysis, technical studies, equipment modifications, and smaller capital projects. For projects requiring additional disciplines or specialized expertise, we can incorporate qualified technical resources appropriate to the project scope.

Does Appalachian EHS provide PSM program development and compliance auditing?

Yes. Appalachian EHS provides PSM program development, health checks, gap assessments, and compliance auditing for high-hazard industrial facilities. We can assess PSM applicability, evaluate existing programs against 29 CFR 1910.119, identify gaps, and develop or improve practical systems for process safety information, PHA, operating procedures, training, contractors, PSSR, mechanical integrity, hot work, MOC, incident investigation, emergency planning, compliance auditing, and action-item management. Our approach focuses not only on whether procedures exist, but whether the management systems are functioning effectively in actual plant operations.

How can I improve my facility's mechanical integrity and quality assurance processes?

An effective Mechanical Integrity and Quality Assurance program begins with clearly identifying covered and process-safety-critical equipment and understanding each asset's safety and process function. Facilities should establish appropriate inspection, testing, preventive maintenance, and maintenance procedures based on applicable recognized and generally accepted good engineering practices (RAGAGEP), equipment history, service conditions, and manufacturer recommendations. Inspection and testing activities should be properly documented, deficiencies evaluated and corrected, and Quality Assurance controls used to verify that new equipment, materials, spare parts, and installation activities are suitable for their intended process application. Appalachian EHS can evaluate existing MI/QA systems, equipment criticality, inspection and testing practices, documentation, and program effectiveness and develop a prioritized improvement plan.

How do I ensure my facility complies with OSHA's Process Safety Management standard?

The first step is determining which processes are covered by OSHA's Process Safety Management standard. Covered facilities must then implement and maintain the applicable elements of 29 CFR 1910.119, including employee participation, process safety information, process hazard analysis, operating procedures, training, contractors, pre-startup safety review, mechanical integrity, hot-work permits, management of change, incident investigation, emergency planning and response, compliance audits, and trade-secret protections. Maintaining accurate Process Safety Information is particularly important. P&IDs and other process documentation should be updated following modifications so that operators, maintenance personnel, engineers, and PHA teams are working from accurate information. Process Hazard Analyses must be revalidated at least every five years, and PSM compliance audits must be conducted at least every three years. Facilities should also verify that written procedures reflect actual practices, corrective actions are documented, and findings are resolved in a timely manner. Appalachian EHS can evaluate individual PSM elements or perform a broader assessment of program effectiveness and develop a practical plan for closing identified gaps.

What steps should I take to prepare my facility for an OSHA inspection?

Facilities should maintain inspection readiness as part of normal operations rather than waiting until an inspection occurs. Preparation should include maintaining accurate OSHA injury and illness records, written programs, procedures, training documentation, audits, inspections, and corrective-action records; routinely evaluating workplace conditions and regulatory programs; correcting recognized hazards promptly; and ensuring employees understand their work, hazards, and protective measures. Facilities should also establish a regulatory-visitor procedure that defines responsibilities for verifying credentials, notifying management, identifying employer and employee representatives, managing document requests, accompanying the compliance officer during the walkaround, documenting observations, and tracking resulting corrective actions. Appalachian EHS can conduct OSHA readiness assessments and help facilities identify and address program or workplace weaknesses before an inspection occurs.

Does Appalachian EHS provide OSHA compliance training?

Yes. Founder and Principal Consultant Brian Carr is an OSHA Authorized Outreach Trainer, and Appalachian EHS provides workforce training and OSHA compliance support for industrial operations. Training can be tailored to the facility's hazards, workforce, applicable regulatory requirements, equipment, and operating environment. Our approach emphasizes practical hazard recognition and controls that employees can apply to the work they actually perform.

What are the key components of an effective environmental management system?

An effective Environmental Management System integrates environmental responsibilities into routine business and operating processes. Core components include leadership commitment, identification of environmental aspects and compliance obligations, objectives and performance measures, assigned responsibilities, employee competency and training, operational controls, document management, emergency preparedness, performance monitoring, compliance evaluations, internal auditing, corrective action, and management review. A mature system can also address resource and energy consumption, waste reduction, environmental performance, and continual improvement. Appalachian EHS can evaluate existing environmental programs, identify gaps, develop practical management systems, and support alignment with ISO 14001 or RC14001 principles.

Can Appalachian EHS support startup and commissioning activities?

Yes. Startup and commissioning introduce a unique combination of process, equipment, contractor, safety, and operational risks. Appalachian EHS can support commissioning readiness, PSSR, MOC, procedure development and review, contractor safety, hazard assessments, Process Safety Information verification, mechanical integrity readiness, employee training, regulatory preparation, and resolution of outstanding safety and process-safety actions. Engineering and EHS resources can also work together when commissioning issues require equipment evaluation, process troubleshooting, design review, or technical calculations.

Does Appalachian EHS work onsite or remotely?

Both. The appropriate approach depends on the project. Facility assessments, field evaluations, commissioning activities, investigations, training, and certain engineering studies may require onsite support. Program development, document reviews, technical calculations, compliance assessments, procedure development, and other consulting activities can often be performed remotely or through a hybrid approach. We work with each client to determine the most practical and cost-effective approach for the scope.

How can I contact Appalachian EHS & Process Safety Consulting for a consultation?

Use the Request a Consultation form on AppalachianEHS.com to tell us briefly about your facility, project, technical problem, compliance concern, or engineering need. Providing the type of support needed, desired timing, facility or process type, and a short description of the issue will help us understand the scope. We will follow up to discuss the project and determine the appropriate next steps. Information provided on this website is general in nature and is not legal advice. Regulatory, engineering, environmental, and process-safety requirements should be evaluated based on the specific facility, process, equipment, chemicals, operating conditions, and applicable jurisdiction.