The Emergence of Conversion Technologies in California as a Viable Alternative to Landfilling

Author(s):  
Linda Moulton-Patterson

In the 1980’s, California faced landfill siting problems and a projected shortage of landfill capacity that could impact the health and safety in California. To address this issue, the California Integrated Waste Management Act was passed in 1990 and established a framework to limit reliance on landfills. This framework gives greater emphasis to recycling, waste prevention, source reduction, and composting. The Integrated Waste Management Act required each city and county to implement plans to divert 25% of solid waste by 1995 and 50% by 2000 from landfills. Although we have achieved a 47% diversion rate and have 170 composting facilities, we still have approximately 30 millions tons of material being landfilled. This may be an untapped resource for energy and alternative fuels production.

Author(s):  
Hans Tammemagi

Just as a general fights a battle with tanks, infantry, artillery, and air support, the campaign against waste also requires an arsenal of many weapons. Instead of relying solely on landfills, as has been done since time immemorial, the industry is developing an integrated waste management strategy. The objective is to minimize impact on the environment by employing all possible waste management technologies—especially reduction/reuse/recycling and incineration—in addition to landfills. An integrated waste management strategy is required by law in many jurisdictions and is now being used in most North American communities. Most U.S. states, for example, have made recycling mandatory and have established goals for reducing waste per capita by 25% to 50% over a period of four to ten years. In Canada, a comprehensive waste reduction plan established in the province of Ontario in 1991 has the goal of reducing the amount of waste going to disposal by at least 50% per capita by the year 2000, compared to the base year of 1987. The goal is to be achieved through implementing the “three Rs”: reduction (10%), reuse (15%), and recycling (25%). Some jurisdictions have set even higher goals; for example, Seattle is aiming to reduce waste going to landfill by 60% by the year 2000. An integrated waste management plan follows the life cycle of consumer products from cradle to grave, seeking to maximize the useful life of the resources that are involved. A complete suite of elements that might be used in an integrated waste management system is illustrated in Figure 4.1, although any municipality may utilize only some of these. 1. Source reduction: The objective is to reduce the amount of waste that is created in the first place. This can be accomplished in a number of ways: purchasing products with minimal packaging; developing products that are more durable and easily repaired; substituting reusable products for disposable single-use products; or implementing tax and other economic measures to encourage producers to generate less waste and use fewer resources. For source reduction to have a significant impact, society needs to turn away from the current consumer preference for once-through, disposable, and limited-life products.


2018 ◽  
Vol 27 ◽  
pp. 208-212 ◽  
Author(s):  
Mariana Ciobanu ◽  
Olimpia Ghermec ◽  
Ionela Gabriela Bucse

This paper studies the integrated waste management in Mehedinti county. Integrated waste management requires employing several waste control and disposal methods such as source reduction, recycling, re-use, incineration, and land filling, to minimize the environmental impact of commercial and industrial waste streams. Although integrated waste management is designed as a large-scale system, there are things you as an individual can do to support the system.


1992 ◽  
Vol 26 (1-2) ◽  
pp. 263-274 ◽  
Author(s):  
A. J. Englande ◽  
C. F. Guarino

Findings of an international conference sponsored by the IAWPRC and Tulane University entitled, “Waste Management in the Chemical and Petrochemical Industries - Toxics Management” held 17-20 June 1991 in New Orleans, Louisiana, USA are summarized and discussed. Focus is given to the identification, assessment and control of toxics with emphasis on: legal considerations, toxicity assessment, waste minimization and innovative treatment techniques for toxic and hazardous waste liquids and residuals. Management of toxics in the chemical and petrochemical industries is developing into an interactive process between many disciplines. Evaluation procedures are becoming more complex due to a trend towards human-health-based standards for specific chemicals. Consensus among regulators, industry and researchers is that waste prevention by source reduction/waste minimization is the most desirable waste management option for toxics control.


2002 ◽  
Author(s):  
Neil Thomas ◽  
◽  
Sarah Kenny ◽  
Kelvin Roynon ◽  
◽  
...  

2018 ◽  
Vol 31 ◽  
pp. 07011
Author(s):  
Supriyadi ◽  
Hadiyanto

Occupational Safety and Health Experts in Indonesia have an important role in integrating environmental health and safety factors, including in this regard as human resources assigned to undertake hazardous waste management. Comprehensive knowledge and competence skills need to be carried out responsibly, as an inherent professional occupational safety and health profession. Management leaders should continue to provide training in external agencies responsible for science in the management of toxic waste to enable occupational safety and health experts to improve their performance in the hierarchy of control over the presence of hazardous materials. This paper provides an overview of what strategies and competencies the Occupational Safety and Health expert needs to have in embracing hazardous waste management practices.


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