RBM Web Page- UPDATE

Langan partners benefit from our unique strategic approach, which has been applied to thousands of challenging RBM projects over the years. Our RBM subject matter experts and field staff have the necessary certifications, accreditations, licenses, skills, and knowledge to successfully address your RBM issues.

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RBM Consulting

Asbestos Materials

Lead-in-Paint

PCBs

Other RBMs

RBM Management

Indoor Air Quality and Microbiological Services

Industrial Hygiene Services

The most common types of RBMs or hazardous building materials include:

Langan has expert knowledge of federal and state RBM regulations and our standard operating procedures and internal guidance instructions follow these regulatory requirements as well as industry-accepted standards developed by ASTM International, Inc.

The Langan Approach

Asbestos Inspection

Asbestos Protection

Potential Exposures

Asbestos Inspection

The Environmental Protection Agency's National Emission Standards for Hazardous Air Pollutants (or NESHAP) standard under the Clean Air Act requires a thorough inspection for asbestos prior to any building or structure being renovated or demolished.

Asbestos Protection

Potential Exposures

RBMs are heavily regulated at the federal (EPA and OSHA, primarily) and state levels. Our RBM practice maintains appropriate federal and state accreditation, certification, and/or licensing to perform our services.

Federal and State Regulated

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Asbestos has not been 100% banned in the United States. It’s true! This means the EPA NESHAP regulations requiring a “thorough inspection” do not specify a date when this is no longer required. Any structure falling under the EPA NESHAP regulation is required to be inspected for asbestos, regardless of age.

Confirmation of the presence of presumed ACM through observation of building materials, functional areas, building systems, etc. that are known to historically have suspect ACM, but such suspected ACM are not directly observed or visible. (e.g., inside boilers, inside wet walls of restrooms, under mirrors [adhesives] or other decorative items on walls)

For all asbestos surveys, it is critical to inspect as many functional spaces as possible and document the reasons why certain functional spaces were not inspected. What we look for:

Americium-241 in smoke detectors, tritium in self-illuminating exit signs, radiological/x-ray equipment

Radioactive Source Materials

Mercury

Batteries, fluorescent tubes, HID lamps, equipment switches, thermometers, barometers, gauges

Batteries, pesticides, mercury-containing equipment, bulbs (lamps)

Universal Wastes

Refrigerants in A/C and HVAC equipment, coolers, freezers, water coolers, fire suppression systems

Chlorofluorocarbons (CFCs)

OSHA’s requirements of building owners and employers to identify the presence, quantity, and location of ACM in the workplace are similarly not restricted to just “older buildings.”

6. Our lead paint surveys conducted in Target Housing and child-occupied facilities would comply with the HUD and EPA requirements as outlined in EPA’s 40 CFR 745 (Lead-Based Paint Poisoning Prevention in Certain Residential Structures and HUD’s Guidelines for the Evaluation and Control of Lead-Based Paint Hazards in Housing and applicable state and municipal requirements).

5. Toxicity Characteristic Leaching Procedure (TCLP) analysis for characterizing the waste stream generated by a project for lead or other potentially hazardous materials is typically performed by the contractor or consultant prior to or during the demolition activities once specific waste streams are delineated.

4. We conduct the paint chip sampling in general accordance with applicable Environmental Protection Agency (EPA) and US Department of Housing and Urban Development (HUD) lead-paint chip sampling protocols. Paint chip samples are submitted under chain of custody and analyzed by a National Lead Laboratory Accreditation Program (NLLAP) accredited laboratory.

3. Since OSHA does not currently accept XRF technology for identifying the absence of lead in paint, Langan typically collects paint chip samples from building components. Depending upon the project scope and needs, we may conduct a screening survey or a surface-by-surface detailed investigation of individual building components.

2. Langan would then test representative suspect surfaces for the presence of lead for facilitating contractor compliance with OSHA standards based upon the site and project needs.

1. Langan would conduct a walkthrough of the areas to determine where suspect lead-containing surface coatings may be present.

The Langan Approach

Langan’s SOP for conducting lead paint inspections adopts the EPA and HUD LBP Guidelines protocols among other industry standards such as ASTM.

Lead-based paint (LBP) was banned by the Consumer Product Safety Commission (CPSC) in 1978 for residential and consumer uses. But non-residential and non-consumer uses are not banned.

Moreover, the ban is not complete. Currently <0.009% lead, is still allowed to be present. Depending upon the type of activity and amount of aggressive disturbance to the paint, exposures approaching or exceeding the OSHA action level or permissible exposure limit is possible.

The IH observes the work tasks/activities and determines if, based upon the visible emissions from the work activity, multiple air samples need to be collected throughout the shift to ensure that the sampling media do not become overloaded with particulate and unreadable.

Careful Sample Collection

Langan’s IH staff collecting the samples will observe and document the work activities being performed for each work task/duty to document as to how the work is being performed and what the representative exposure is. This allows Langan to recognize and recommend modifications to work practices, engineering controls, and/or PPE based upon the exposure assessment results for that work task/duty. They can then re-evaluate with additional air sampling, as necessary.

Observation and Monitoring

Langan will determine and identify the different types of employee work-related tasks/ duties/job classifications that would potentially be exposed to the contaminants of concern. The purpose of the sampling would be to produce data that is, as reasonably possible, an accurate representation of the levels of contaminants to which employees are exposed for those specific tasks.

Identify Exposure Risk

The following general elements would be included as part of Langan’s industrial hygiene exposure assessment strategy:

Typical potential occupational hazards of rail clients include:

Langan uses both qualitative and quantitative assessment techniques depending upon the project. Qualitative risk assessments focus on routine and non-routine operations and major maintenance activities to determine exposure risk. Based upon the qualitative assessment, a quantitative assessment of the actual exposures may be performed. Quantitative assessments include collection of data such as measurements of air contaminants or other potential hazards.

The Langan Approach

Microbial contamination can result in building occupant complaints ranging from general malaise to respiratory illness and infection, especially among individuals with compromised immune systems. Fungal and bacterial proliferation may occur in buildings with excessive moisture in construction materials, carpeting, and ceiling tiles, or within a heating, ventilation, and air conditioning (HVAC) system. Langan inspects for microbial amplification sources such as humidifiers, ineffective vapor barriers, condensation units, HVAC and building systems, and water-damaged areas. Langan can sample these sources using state-of-the-art methodologies to determine the concentration and species of bioaerosols.

The Importance of Clean Air

Power and utilities installations

Industrial facilities

Manufacturing facilities

Hospitals and healthcare facilities

Residential and commercial office properties

Langan’s team is experienced and qualified to perform indoor air quality, microbial investigation, and water intrusion evaluations for many building types, including:

Indoor Air Quality and Microbiological Services

Where states allow turnkey services, our IH/S team provides asbestos and hazardous building material abatement/ remediation turnkey services, including:

Abatement/remediation turnkey management and execution

Project design

Abatement/remediation project design and bid documents

Provide removal/abatement cost estimates to assist with determining financial impact of these materials Assist with site disposition determinations if the client needs assistance with determining a course of action for a site.

Pre-demo/renovation inspections (presence, location, quantity, and condition)

The Langan Approach

Langan routinely develops these recommendations for our clients. Once the specific RBMs are determined to be removed, isolated, protected, avoided, etc., Langan develops written procedures or instructions for contractors to follow.

Langan conducts diagnostic IAQ evaluations by reviewing each building’s ventilation system design and operating procedures. In addition, the HVAC system’s preventive maintenance program is evaluated and the condition of the system components is inspected, including air filters, condensate drain pans, cooling coils, and distribution mechanisms. Langan also performs direct-reading measurements of general indoor air quality parameters including carbon dioxide, temperature, and relative humidity. In addition, Langan can also inspect the building for microbial reservoirs and amplifiers, as well as sources of odors, chemical contaminants, and combus- tion products.

Diagnostic IAQ Evaluations

Federal and state regulations require that employers and building owners to identify, quantify, document, communicate, and mitigate any hazards in the workplace.

Lead-in-Paint and other Heavy Metals (Cadmium, Chromium, Mercury, etc.)

Polychlorinated Biphenyls (PCBs)

Universal Wastes (Batteries, Pesticides, Mercury-Containing Equipment, Lamps, and Aerosol Cans [propellants])

Electronic Wastes (eWastes) which include essentially any equipment or building components with electrical components

Oils and oil-containing equipment which oil may contain RCRA metals, total halogens, and PCBs (e.g. engines, motors, machinery, hydraulic devices)

Radioactive Sources (e.g. x-ray equipment, self- illuminating signs, smoke detectors)

Ozone Depleting Substances (ODS) (e.g. refrigerants and fire extinguishers/ chemical suppression systems)

Asbestos-Containing Materials (ACM)

Trusted and Experienced

Indoor Air Quality (IAQ) problems are most often associated with HVAC system deficiencies. These deficiencies can occur in the design, installation, mainte-nance, and operation of the HVAC systems. Langan’s HVAC inspections include evaluating the condition and maintenance of ventilation system components, operation of the air intake system, effectiveness of the air delivery system in occupied spaces, and the entrainment and infiltration potential of contamination that can enter the building from a wide variety of sources.

HVAC Systems Evaluations

If an IAQ evaluation reveals active or potential contaminant sources, Langan can conduct additional air sampling and analysis to determine the extent of impact to the indoor environment. An IAQ sampling evaluation is also a critical tool in determining if suspected sources are negatively affecting indoor air quality. Langan has performed IAQ sampling evaluations for a variety of air contam-inants including volatile organic compounds, formaldehyde, and airborne dusts, as well as pesticides and combustion products.

Air Contaminant IAQ Testing

Langan routinely develops remediation protocols and project specifications to eliminate microbial contamination and prevent future occurrences. In addition, Langan is experienced with monitoring the performance of the environmental contractor, conducting post-remediation validation testing, documenting that remediation efforts were thorough and effective, and assisting with recon-struction activities.

Mold Remediation Design & Project Oversight

Langan’s subject-matter experts assist our clients with establishing proactive procedures to minimize or eliminate future IAQ impacts. Langan has helped clients develop and implement a variety of HVAC preventive maintenance, routine building inspection, and moisture mitigation programs.

Proactive IAQ Services

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Langan also can provide assessments and characterization of Universal Wastes and other potentially regulated building materials including:

Other RBM Assessments

Your role in identifying hazards and how Langan can help

RBM Regulatory Understanding

The Occupational Safety and Health Administration (OSHA) requires building owners and/or employers to determine the presence of asbestos and take appropriate actions prior to the initiation of any maintenance or custodial/housekeeping activities. This requirement protects those working near or coming into contact with those asbestos containing materials (ACMs).

OSHA requires the employer to determine if any of their workforce would be potentially exposed to lead at or above the action level, and if so, take appropriate actions as required by their standards.

The Langan Approach

The presence of asbestos in buildings must always be a consideration when building materials are disturbed, whether planned or by accident. With the diminishing use of asbestos in the U.S. through the last 70 years, the more recent a building has been constructed, the less likelihood of the presence of asbestos, but we cannot definitively determine the absence of asbestos merely based upon age of the structure.

Tackling Asbestos with Langan Standard Measures

Asbestos Containing Material Surveys

Did You Know?

Confirmation of the presence of assumed ACM through observation of suspected ACM, but sampling not performed

Confirmation of the presence or absence of ACM through bulk sampling and analytical analyses or reliable, field-verified historical data

Confirmation of absence of suspected ACM in areas through visual observations (e.g., fiberglass, rubber, plastic, wood, metal) and/or reliable, field-verified historical data or objective data supporting that the observed materials were not manufactured with asbestos

How Langan Leads the Way In Evaluating for Lead Paint

Lead-in-Paint Surveys

Following the proper identification of RBMs, the next task would be to determine what RBMs require removal prior to being disturbed. Depending upon the specific disturbance activities and RBMs identified, not all RBMs may need to be removed.

Management of RBMs During Renovation and Demolition

Langan provides a comprehensive range of industrial hygiene and health and safety services to assist our client in managing environmental risk in the workplace. The services are aimed at reducing costs and minimizing long-term safety risks and time lost to work-related injuries.

Industrial Hygiene Services

Langan deploys resources on an on-call basis to respond to industrial hygiene needs at our clients’ facilities. Langan understands that a prompt response is critical to mobilize resources and provide assessment/evaluation to help maintain safe working conditions with the smallest interruption possible to facility operations (goal is zero interruptions) and to minimize any client employee concerns. See Our Team.

Our Strategy

ertified Industrial Hygienists and Certified Safety Professionals understand industrial processes and have extensive technical and project management experience in industrial hygiene. Click for Our Strategy.

Our Team

How do we do it?

Zero Business Interruptions and Mitigated Exposures

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How Langan Identifies and Manages PCB Materials

Polychlorinated Biphenyls in Equipment and Building Materials

Decontamination/Disposal of PCB Bulk Product Waste

PCB-Containing Light Ballasts

Light ballasts that contain potting material with PCBs less than 50 ppm and also do not contain any PCB capacitors

Decontamination of painted surfaces requires complete removal of the paint (by shot blasting or chemical stripping) until the underlying material is visually free of any remaining paint residue

Fluorescent light ballasts can contain PCBs in either small capacitors or in potting material. The following light ballasts are not regulated for disposal by the TSCA regulations:

Decontamination/Disposal of PCB Bulk Product Waste

PCB-Containing Light Ballasts

For painted metal surfaces that are not suitable for decontamination, structural building materials, and caulk that meets the PCB bulk product waste definition, materials which are removed from services must be transported for off-site disposal

Due to the difficulty of removing the paint, decontamination is only recommended for large items which do not include intricate structural components.

Decontamination of painted surfaces requires complete removal of the paint (by shot blasting or chemical stripping) until the underlying material is visually free of any remaining paint residue.

There is no current authorized use for PCB bulk product waste building materials. There are also no specific requirements for removal or management of the bulk product waste until materials are removed from service, when they must either be decontaminated in accordance with 40CFR 761.79 or disposed of in accordance with 40CFR Part 761.62.

Characterization of PCBs in Painted Surfaces and Caulk/Sealants

Characterization of PCB Equipment

As a general rule, if the equipment is older than 1979, it is assumed to contain PCBs; if it is newer than 1979, it is assumed to not contain PCBs.

PCBs were banned in 1979, and the assessment of potential PCB-containing equipment (transformers, ballasts, etc.) includes a review of any manufacturer labeling that is present on the equipment, safety data sheets, or other documentation to determine if PCB-containing fluids were used.

PCB Bulk Product Waste: Paint, caulk, etc. that currently contains PCBs at a concentration equal to or greater than 50 ppm where PCBs were a component of the original manufactured formulation of the paint

PCB Remediation Waste: Applied paint, caulk, etc. that contains PCBs at a concentration equal to or greater than 50 parts per million (ppm) from a spill that occurred prior to the effective date of the PCB regulations (April 1978) and paint that contains PCBs at any concentration resulting from a spill of material containing PCBs at a concentration equal to or greater than 50 ppm that occurred after the effective date of the regulations

PCB equipment and PCB items (such as light ballasts, transformers, and large capacitors) are specifically subject to management and disposal requirements in accordance with 40 CFR 761.60, whereas painted surfaces and caulking can potentially be regulated under the TSCA regulations in one of two ways:

Characterization of PCBs in Painted Surfaces and Caulk/Sealants

Characterization of PCB Equipment

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The Langan Approach

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The Langan Approach

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The Langan Approach

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The Langan Approach

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The Langan Approach

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The Langan Approach

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Langan’s standard operating procedures are based upon the ASTM E2356 - Standard Practice for Comprehensive Building Asbestos Surveys.

The Langan Approach

Where state and/or local municipality regulations differ from the ASTM standard, Langan follows the state and/or local municipality requirements.

This ensures that when performing asbestos inspections, regardless of the type of building or location of building, Langan’s inspections comply with the current industry standards as well as federal regulations requiring “thorough inspection” and any applicable state asbestos regulations.

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Or if necessary, Langan can develop full bid-specifications outlining complete design of the RBM remediation activities.

Langan has accredited, certified, and/or state licensed designers to facilitate this.

Permits and notifications

Subcontractor solicitation, bidding, and selection

Project management

Subcontractor management

Project oversight/monitoring

Project closeout documentation

Project completion notifications and permit closeouts

If a client decides not to abate or demo a building, the EPA recommends that a management plan be developed to properly manage asbestos that is left in place. These management plans can be created for other hazardous building materials as well.

In-place management plans

Below is a simple outline of the various turnkey RBM services Langan routinely provides:

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Industrial hygiene (IH) sampling plans will be developed and/or reviewed and approved by a Certified Industrial Hygienist (CIH). Where practical, a qualified IH technician will conduct field assessment activities such as collecting samples and other field measurements working under the direction of a CIH for cost effectiveness.

Noise

Welding fume metals

VOCs

Fuels

Engine exhaust fumes

Adhesives

Oil mists

Particulates

Radiological hazards

Biological exposures (e.g., mold, bacterial, viruses, etc.)

General indoor air quality (IAQ) issues or concerns

Battery acids

Lighting

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30+

Years of service

9500+

9193

8986

8570

7864

6510

6104

5596

4975

3537

2916

2738

1976

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Over 9500 projects across the U.S.

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2594

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Strictly from a disposal liability viewpoint, Langan typically recommends that ballasts be drummed and sent to a TSCA-permitted landfill for disposal (with the waste handled in accordance with applicable PCB storage, manifesting, and reporting requirements).

In accordance with the regulations, fluorescent light ballasts that contain PCBs in potting material at concentrations equal to or greater than 50 ppm are regulated for disposal as a PCB bulk product. Depending on whether the ballasts contain leaking small capacitors, the bulk product disposal regulations provide several options for decontamination and disposal (including potentially using a municipal solid waste landfill for non-leaking ballasts).

In accordance with the regulations, fluorescent light ballasts that only contain PCBs in non-leaking small capacitors may be disposed of at a Subtitle D municipal landfill and are not subject to storage or manifesting requirements.

The Langan Approach

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The Langan Approach

Langan follows our own internal guidance instructions for building material sampling for the presence of PCBs which are based upon EPA guidance. Here’s our process:

Langan RBM Consulting Services

Langan has a proven track record of excellence and innovation in the regulated building materials (RBMs) space. Learn more about our RBM process, our services, and the team that moves it forward.

A Steadfast and Proven Approach

Explore the Langan Approach

RBMs are heavily regulated at the federal (EPA and OSHA, primarily) and state level. Our RBM practice maintains appropriate federal and state accreditation, certification, and/or licensing to perform our RBM services.

Federal and State Regulated

Federal and state regulations require that employers and building owners identify, quantify, document, communicate, and mitigate any hazards in the workplace.

Your role in identifying hazards and how Langan can help

RBM Regulatory Understanding

Asbestos has not been 100% banned in the United States. It’s true! This means the EPA NESHAP regulations that require a “thorough inspection” do not specify a date of when this requirement is no longer required. Any structure falling under the EPA NESHAP regulation is required to be inspected for asbestos, regardless of age.

Confirmation of the presence of Presumed to be Present ACM through observation of building materials, functional areas, building systems, etc. that are known to historically have suspect ACM, but such suspected ACM are not directly observed or visible. (e.g., inside boilers, inside wet walls of restrooms, under mirrors [adhesives] or other decorative items on walls)

For all asbestos surveys, it is critical to inspect as many functional spaces as possible, and document the reasons why certain functional spaces were not inspected. What we look for:

Tackling Asbestos with Langan Standard Measures

Asbestos Containing Material Surveys

Langan has expert knowledge of federal and state RBM regulations and our Standard Operating Procedures (SOPs) and internal guidance instructions follow these regulatory requirements as well as industry-accepted standards developed by ASTM International, Inc. (ASTM).

The Langan Approach

Langan’s SOP for conducting lead paint inspections adopts the EPA and HUD LBP Guidelines protocols among other industry standards such as ASTM.

Langan would conduct a walkthrough of the areas to determine where suspect lead-containing surface coatings may be present.

Lead-based paint (LBP) was banned by the Consumer Product Safety Commission (CPSC) in 1978 for residential and consumer uses. But non-residential and non-consumer uses are not banned.

How Langan Leads the Way In Evaluating for Lead Paint

Lead-in-Paint Surveys

Asbestos Inspection

Asbestos Protection

Due to the difficulty of removing the paint, decontamination is only recommended for large items which do not include intricate structural components.

Decontamination of painted surfaces requires complete removal of the paint (by shot blasting or chemical stripping) until the underlying material is visually free of any remaining paint residue.

Decontamination/Disposal of PCB Bulk Product Waste

Click icons for information

Langan also can provide assessments and characterization of Universal Wastes and other potentially regulated building materials including:

Other RBM Assessments

Microbial contamination can result in building occupant complaints ranging from general malaise to respiratory illness and infection, especially among individuals with compromised immune systems. Fungal and bacterial proliferation may occur in buildings with excessive moisture in construction materials, carpeting, and ceiling tiles, or within a heating, ventilation, and air conditioning (HVAC) system. Langan inspects for Microbial amplification sources such as humidifiers, ineffective vapor barriers, condensation units, HVAC and building systems, and water damaged areas. Langan can sample these sources using state-of-the-art methodologies to determine the concentration and species of bioaerosols.

The Importance of Clean Air

Langan’ team is experienced and qualified to perform indoor air quality, microbial investigation and water intrusion evaluations for many building types, including:

Indoor Air Quality and Microbiological Services

HVAC Systems Evaluations

Langan’s Industrial Hygiene Services

Continue >

The Langan Approach

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The Langan Approach

Langan’s Standard Operating Procedures (SOPs) are based upon the American Society for Testing and Materials (ASTM) standard E2356 - Standard Practice for Comprehensive Building Asbestos Surveys.

Where state and/or local municipality regulations differ from the ASTM standard, Langan follows the state and/or local municipality requirements.

The Langan Approach

Langan follows our own internal guidance instructions for building material sampling for the presence of PCBs which are based upon EPA guidance. Here’s our process:

The Langan Approach

Tap paragraph for more information

The Langan Approach

Langan also can provide assessments and characterization of Universal Wastes and other potentially regulated building materials including:

Other RBM Assessments

The Langan Approach

Langan’s Standard Operating Procedures (SOPs) are based upon the American Society for Testing and Materials (ASTM) standard E2356 - Standard Practice for Comprehensive Building Asbestos Surveys.

Where state and/or local municipality regulations differ from the ASTM standard, Langan follows the state and/or local municipality requirements.

In-place management plans

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The Langan Approach

Typical potential occupational hazards of rail clients include:

The Langan Approach

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Our Services

Peter Frederick, CIEC

Associate

Craig Napolitano, CHMM

Associate

Vijay Patel

Associate Principal

Peter Frederick,

CIEC

Associate | pfrederick@langan.com

Peter Frederick has over 30 years of experience in regulated building materials and industrial hygiene consulting. He has developed and managed complex national and international management programs involving asbestos, lead, IAQ/mold, and other regulated building materials in diverse market sectors, including power and utilities, industrial, consumer goods, pulp/paper, oil & gas, and pharmaceutical. With a passion for performance excellence and quality, Peter has over 15 years of exerience developing, implementing, and managing enterprise-wide quality management systems that are compliant with ISO 9001, ASQ/ANSI E4, and NQA-1 requirements.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Our RBM Experts

Click on each bio below for more information

Craig Napolitano,

CHMM

Associate | cnapolitano@langan.com

Craig Napolitano has 30 years of experience specializing in nationwide industrial hygiene and hazmat services. He has diverse technical and management experience in safety and emergency response services, general environmental and lead/asbestos/mold/PCB abatement services contracts, federal/state solid waste, and hazardous waste and remediation contracts. He has directed and managed environmental on-call contracts for NYCDDC, NYCSCA, MTA, NYCT, LIRR, DASNY, and numerous other agencies.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Vijay Patel

CHMM

Associate Principal | vpatel@langan.com

Vijay Patel has extensive experience managing redevelopment projects relating specifically to permitting and asbestos related services, air quality, and demolition. He specializes in investigation of asbestos-containing materials (ACM) and lead-based paint (LBP), and monitoring of asbestos and LBP abatement. As a mechanical engineer, Vijay understands the layouts of a building's mechanical system and uses this knowledge to provide cost-effective investigations and abatement solutions.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Vijay Patel

CHMM

Associate Principal | vpatel@langan.com

Vijay Patel has extensive experience managing redevelopment projects relating specifically to permitting and asbestos related services, air quality, and demolition. He specializes in investigation of asbestos-containing materials (ACM) and lead-based paint (LBP), and monitoring of asbestos and LBP abatement. As a mechanical engineer, he understands the layouts of the mechanical systems of the building to provide cost effective investigations and abatement solutions.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Vijay Patel

CHMM

Associate Principal | vpatel@langan.com

Vijay Patel has extensive experience managing redevelopment projects relating specifically to permitting and asbestos related services, air quality, and demolition. He specializes in investigation of asbestos-containing materials (ACM) and lead-based paint (LBP), and monitoring of asbestos and LBP abatement. As a mechanical engineer, he understands the layouts of the mechanical systems of the building to provide cost effective investigations and abatement solutions.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Click on each bio for more information

Brian Feury, CIH

Senior Project Manager

Brian Feury,

CIH

Senior Project Manager | bfeury@langan.com

Brian Feury has nearly 25 years of experience managing a wide range of projects including environmental site assessments (ASTM standards), industrial hygiene, indoor air quality (IAQ) and microbial investigations, site investigations/remedial investigations, and remedial design/remedial action. He has experience throughout the Northeast, working on major projects under the review of local and state agencies.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration

Vijay Patel

Associate Principal

Peter Frederick,

CIEC

Associate | pfrederick@langan.com

Peter Frederick has over 30 years of experience in regulated building materials and industrial hygiene consulting. He has developed and managed complex national and international management programs involving asbestos, lead, IAQ/mold, and other regulated building materials in diverse market sectors, including power and utilities, industrial, consumer goods, pulp/paper, oil & gas, and pharmaceutical. With his passion for performance excellence and quality, he has over 15 years of exerience developing, implementing, and managing enterprise-wide quality management systems (QMS) that are compliant with ISO 9001, ASQ/ANSI E4, and NQA-1 requirements.

M.S., Sustainability, Lipscomb University B.S., Civil Engineering, University of Tennessee at Knoxville

Professional Engineer Project Management Professional

Education

Professional Registration