46 research outputs found
Implementation of the precautionary principle and clean production in Hungary: Needs constraints and potentials
Lessons Learned: Solutions for Workplace Safety and Health
Provides case studies of workplace health hazards, regulatory actions taken, and solutions, including product and design alternatives; a synthesis of findings and lessons learned; and federal- and state-level recommendations
Comments & Controversies DEMOCRATIC PARTICIPATION: A CRITICAL ELEMENT OF PRECAUTIONARY PUBLIC HEALTH DECISION-MAKING
ABSTRACT The precautionary principle is increasingly discussed in debates about threats to health and the environment, particularly when government actions might inhibit free trade. It is gaining recognition as an overarching principle of decision-making, one that underlies efforts for sustainable development. Pronouncements about the precautionary principle have focused generally on the responsibility of government to act in the face of uncertainty and the shifting of burdens onto proponents. This assumes that government will have the resources, knowledge, expertise, and will to act. The role of the public-those who may be affected by environmental degradation or their representatives-is mostly missing from the discussions. This article outlines a rationale for why participation is critical and explores the theory of citizen participation. The article also describes participatory models used around the world, primarily examples of citizen participation though various models also exist for workers. The precautionary principle is increasingly being discussed in debates about threats to health and the environment, particularly when government actions might inhibit free trade. It is gaining recognition as a crucial overarching principle of environmental decision-making, one that underlies efforts to achieve sustainable development. Pronouncements about the precautionary principle to date have generally focused on the responsibility of government to take action in the face of uncertainty and the shifting of burdens (for example, of safety, of providing information) onto proponents. This assumes that government will have the resources, knowledge, expertise, and will to take such action. The role of the 93 Ă“ 2001, Baywood Publishing Co., Inc
The Applicability of Chemical Alternatives Assessment for Engineered Nanomaterials
The use of alternatives assessment to substitute hazardous chemicals with inherently safer options is gaining momentum worldwide as a legislative and corporate strategy to minimize consumer, occupational, and environmental risks. Engineered nanomaterials represent an interesting case for alternatives assessment approaches as they can be considered both emerging “chemicals” of concern, as well as potentially safer alternatives to hazardous chemicals. However, comparing the hazards of nanomaterials to traditional chemicals or to other nanomaterials is challenging and critical elements in chemical hazard and exposure assessment may have to be fundamentally altered to sufficiently address nanomaterials. The aim of this paper is to assess the overall applicability of alternatives assessment methods for nanomaterials and outline recommendations to enhance their use in this context. This paper focuses on the adaptability of existing hazard and exposure assessment approaches to engineered nanomaterials as well as strategies to design inherently safer nanomaterials. We argue that alternatives assessment for nanomaterials is complicated by the sheer number of nanomaterials possible. As a result, the inclusion of new data tools that can efficiently and effectively evaluate nanomaterials as substitutes are needed to strengthen the alternatives assessment process. However, we conclude that with additional tools to enhance traditional hazard and exposure assessment modules of alternatives assessment, such as the use of mechanistic toxicity screens and control banding tools, alternatives assessment can be adapted to evaluate engineered nanomaterials both as potential substitutes for chemicals of concern and to ensure safer nanomaterials are incorporated in the design of new products. This article is protected by copyright. All rights reserve