Engineering and Physical Hazards Reports
Overview
NIOSH conducts research on engineering control solutions for reducing exposures to air contaminants and on physical hazards such as noise and non-ionizing radiation. The engineering control research focuses on identifying, developing, and assessing practical, solutions-oriented interventions that reduce occupational exposures to air contaminants. The physical hazards research concentrates on identifying and measuring physical hazard exposures as well as developing measures to protect workers from these hazards.
Report Types
Both engineering control and physical hazards research can be conducted in either the laboratory or in the field. The reports listed below describe three types of documents created as a part of that research:
- Laboratory. Laboratory research is frequently conducted to test ideas that need further refining or would be difficult to evaluate in the field. While this research often moves to field testing during in-depth surveys, laboratory research is documented in detail in reports, including discussions of methods, results, conclusions, and recommendations.
- Walk-through (or preliminary). Walk-through or preliminary surveys are conducted to become familiar with a particular facility or industry. These surveys are normally of short duration and will include very limited exposure monitoring and engineering control performance data.
- In-depth surveys. In-depth surveys are of longer duration and include extensive data on worker exposure assessments and engineering control performance. These are normally the basis for detailed recommendations for protecting workers from specific hazards in a given industry.
Search
Use the table below to search the Engineering and Physical Hazards Reports, or you can view the list of all reports here.
ECTB Number | Year | Sector | Title | Keywords |
---|---|---|---|---|
005-166 | 2017 | Construction | Spray Polyurethane Foam Chemical Exposures During Spray Application | In-depth Methylene diphenyl diisocyanate Tris-(2-chloroisopropyl) phosphate Triethylphosphate Pentamethyl dipropylene triamine Ethylene glycol Diethylene glycol personal protective equipment |
358-18a | 2017 | Construction | Mixing Mortar | In-depth respirable crystalline silica respirable dust local exhaust ventilation |
358-19a | 2017 | Construction | Removing Mortar with a Powered Chisel | In-depth respirable crystalline silica respirable dust local exhaust ventilation |
358-20a | 2017 | Construction | Removing Mortar with a Powered Saw | In-depth respirable crystalline silica respirable dust local exhaust ventiliation |
358-21a | 2017 | Construction | Laboratory Evaluation of Power Shears for Cutting Fiber-cement Siding | Comprehensive Report respirable crystalline silica respirable dust local exhaust ventiliation |
358-22a | 2017 | Construction | Removing Mortar with a Powered Chisel with On-tool Local Exhaust Ventilation | In-depth respirable crystalline silica respirable dust local exhaust ventiliation |
375-11a | 2016 | Construction | Engineering Control of Silica Dust from Stone Countertop Fabrication and Installation | In-depth respirable crystalline silica respirable dust local exhaust ventilation Respirable dust, Respirable crystalline silica, Stone countertop, Engineering control |
329-12c | 2015 | Services | Experimental and Numerical Research on the Performance of Exposure Control Measures for Aircraft Painting Operations, Part III | In-depth methyl ethyl ketone methyl isobutyl ketone hexamethylene diisocyanate hexavalent chromium local exhaust ventilation Engineering controls, Ventilation, Computational Fluid Dynamics, Isocyanates, Hexavelent Chromium |
350-14a | 2015 | All | Comparison of the Performances of Three Acoustic Test Fixtures Using Impulse Peak Insertion Loss Measurements Rudyard Michigan | in depth Noise hearing protector Impulse Noise, Gunshot Noise, Noise induced hearing loss, American National Standards Institute |
360-11a | 2015 | Oil and Gas | Field-Testing NIOSH HPD Well-Fit:Off-Shore Oil Rig Inspectors in Texas & Louisiana | in depth Noise exposure Hearing Protection Devices Hearing Protection Devices, Noise Induced Hearing Loss, Hearing Protector Fit-testing |
Contact Information
CAPT Ronald M. Hall, MS, CIH, CSP
Deputy Branch Chief, NIOSH DART Engineering and Physical Hazards Branch
(513) 841-4221
RMHall@cdc.gov
- Page last reviewed: August 15, 2013
- Page last updated: October 11, 2017
- Content source:
- National Institute for Occupational Safety and Health Division of Applied Research and Technology