Cambridge Environmental is a consulting and research firm that assesses and helps to minimize risks to health and the environment. As a woman-owned small business founded in 1989, Cambridge Environmental has consulted on thousands of projects for hundreds of clients, including federal, state, and local governments, industry, law firms, community groups, and others.
Our company's staff includes experts in health and ecological risk assessment, environmental and air quality modeling, toxicology, engineering, physics, data analysis, chemistry, and public health. Cambridge Environmental has been acquired by CDM Smith, a full-service consulting, engineering, and operations firm providing solutions in water, environment, transportation, energy, and facilities to public and private clients worldwide.
Our company's staff includes experts in health and ecological risk assessment, environmental and air quality modeling, toxicology, engineering, physics, data analysis, chemistry, and public health. Cambridge Environmental has been acquired by CDM Smith, a full-service consulting, engineering, and operations firm providing solutions in water, environment, transportation, energy, and facilities to public and private clients worldwide.
Services
Risk assessment is the quantitative or qualitative evaluation of the potential for physical harm to result from a release of chemicals or pathogens. Risk assessment considers information describing an actual or potential release of chemicals or pathogens, the opportunity for human contact with the chemicals or pathogens, the potential level of exposure, the health effects of these agents, and the expected degree of harm.
Risk assessment is the quantitative or qualitative evaluation of the potential for physical harm to result from a release of chemicals or pathogens. Risk assessment considers information describing an actual or potential release of chemicals or pathogens, the opportunity for human contact with the chemicals or pathogens, the potential level of exposure, the health effects of these agents, and the expected degree of harm.
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