Golf Course Pollution Prevention Guide

According to the Environmental Protection Agency (EPA), pollution prevention can be defined as: “The use of materials, processes, or practices that reduces or eliminates the creation of pollutants or wastes at the source.” Pollution prevention represents a shift away from the old school of thought, “pollution control,” in which waste was not dealt with until after it was generated. Through pollution prevention, we look at the processes that generate the waste to see if we can avoid creating a waste in the first place, or at least reduce the hazardous nature of the waste. When this is not possible, the next best solution to prevent wastes from having a negative impact on the environment is through careful management and recycling. This manual will help golf course maintenance staff identify areas where pollution prevention techniques can be applied in a practical manner. Each section presents a waste type common to golf courses accompanied by pollution prevention recommendations. Although the focus of this manual is on pollution prevention, regulatory information is given as necessary where it impacts pollution prevention practices and to illustrate how pollution prevention can help reduce regulatory requirements.https://scholarworks.uni.edu/iwrc_facbook/1008/thumbnail.jp

Compliance Calendar/Logbook for Bulk Gasoline Plants: Less than 19,999 Gallons/Day Throughput

EPA has new requirements for Gasoline Distribution Bulk Terminals, Bulk Gasoline Plants and Pipeline Facilities under 40 CFR Part 63 Subpart BBBBBB (NESHAP 6B) to reduce air pollution. This calendar has been developed to assist Bulk Gasoline Plants in complying with NESHAP 6B. Additional Iowa specific NESHAP 6B rules are discussed later.https://scholarworks.uni.edu/iwrc_facbook/1004/thumbnail.jp

Cutting Fluid Management: Small Machining Operations

This manual has been organized into seven sections. Section 1 introduces the reader to fluid management and potential rewards of a fluid management program. Section 2 provides a brief review of cutting fluid systems, functions of cutting fluids and characteristics a fluid should have in order to perform safely and effectively. Section 3 presents information on cutting fluid selection and types of cutting fluids available. It covers the four types of metalworking fluids used today, their advantages and disadvantages, and factors to consider in selecting a fluid. Section 4 is the main focus of this manual. It discusses the four integral components of fluid management–administration, monitoring, maintenance, and recycling. It provides information on practices that can be readily adopted to prevent the onset of fluid degradation, maintain fluid quality, extend fluid service life and reduce waste. Section 5 presents information on waste management and disposal. It provides an overview of environmental regulations that pertain to spent cutting fluid and reviews possible disposal alternatives for waste cutting fluid. Section 6 looks at alternatives to cutting fluids. Advantages and disadvantages of dry machining and other existing technology is examined, and information is presented on a number of emerging technologies that can extend cutting fluid life or even eliminate traditional cutting fluids altogether. Section 7 provides detailed information on the subject of worker health and safety, and provides sources for additional information on this subject. Appendix A contains several case studies. These studies demonstrate how the many pieces of a cutting fluid management system can be fit together to provide an effective, economical and efficient operation.https://scholarworks.uni.edu/iwrc_facbook/1005/thumbnail.jp

Handbook of Environmental Regulations for Agribusiness

This Handbook is intended to provide the information needed for agribusiness facilities to comply with state and federal environmental regulations. Staff at the Iowa Waste Reduction Center wrote the Handbook. Technical input and review was provided by Dan Eddinger, Nebraska Department of Enviromental Quality; Mark Lohafer and John Whipple, Iowa Department of Land and Agricultural Stewardship; staff at the United States Environmental Protection Agency (U.S.EPA) Region 7; staff at the Iowa Department of Natural Resources (IDNR); and Chris Murray, Agribusiness Association of Iowa.https://scholarworks.uni.edu/iwrc_facbook/1009/thumbnail.jp

Material Weights and Conversions

The reference information below is designed as a guide for the listing of materials on the Iowa Waste Exchange database. All materials need to be listed in pounds. This information is intended for estimation purposes when the material’s weight is unavailable.https://scholarworks.uni.edu/iwrc_facbook/1010/thumbnail.jp

Compliance Calendar/Logbook for Bulk Gasoline Plants: Less that 19,999 Gallons/Day Throughput

EPA has requirements for Gasoline Distribution Bulk Terminals, Bulk Gasoline Plants and Pipeline Facilities under 40 CFR Part 63 Subpart BBBBBB (NESHAP 6B) to reduce air pollution. This calendar has been developed to assist Bulk Gasoline Plants in complying with NESHAP 6B. Additional Iowa specific NESHAP 6B rules are discussed later.https://scholarworks.uni.edu/iwrc_facbook/1003/thumbnail.jp

Technical Assistance Providers\u27 Guide to Extending Your Reach Through Local Economic Development

The Guide to Extending Your Reach through Local Economic Developers was prepared as a step-by-step work plan for technical assistance providers to extend their targeted promotional efforts through local economic developers. Building on existing relationships that the economic developers have with area businesses, the Guide provides advice, support material, and insight into the process of partnering with a local, trusted entity to build a strong foundation in the community with regard to utilizing the provider’s technical assistance program to fill the environmental niche in the business community.https://scholarworks.uni.edu/iwrc_facbook/1015/thumbnail.jp

Environmental Recordkeeping Calendar for Drycleaning Facilities

The Iowa Air Emissions Assistance Program (IAEAP) at the Iowa Waste Reduction Center (IWRC), supported by the Iowa Department of Natural Resources (DNR), is pleased to present the 2016-2017 Environmental Recordkeeping Calendar for Dry Cleaning Facilities. The use of hazardous chemicals in the dry cleaning process, including perchloroethylene (commonly known as perc), can pose safety and environmental concerns if not managed appropriately. In an effort to minimize these concerns state and federal regulations are in place that may apply to your facility. These regulations have been developed to ensure your business operations will not unexpectedly harm the environment or individuals. The use of this calendar will assist you in implementing and tracking your business\u27s efforts to comply with hazardous waste regulations and the Environmental Protection Agency’s National Emission Standards for Hazardous Air Pollutants (NESHAP) for dry cleaners (40 CFR Part 63 Subpart M). NESHAP records must be kept at your facility for 5 years and the hazardous waste records for 3 years. The calendar will allow you to: • Record results of required leak checks and equipment monitoring; • Maintain records for refrigerated condensers and adsorbers; • Track perc purchases and annual usage; • Document monthly hazardous waste generation; and • Organize and document compliance in the event of a DNR or EPA inspection. While this calendar is not inclusive of all environmental regulations that may apply to your facility, it will serve as a good starting point for tracking important information related to environmental compliance.https://scholarworks.uni.edu/iwrc_facbook/1007/thumbnail.jp

Pollution Prevention Implementation Plan for Printing Industries

The Pollution Prevention Implementation Plan for Printers was prepared as part of the Iowa Pollution Prevention Initiative (IPPI) pilot project. IPPI demonstrated the team approach to small business pollution prevention technical assistance through integration of existing Iowa Small Business Development Center and Iowa Waste Reduction Center services. This cooperative effort was designed to help small businesses learn about and implement pollution prevention through recognition of pollution prevention options, comparison of costs and benefits, and evaluation of financing options. The Pollution Prevention Implementation Plan (PPIP) for Printers provides: • An overview of pollution prevention options, • A review of the costs and benefits associated with these options, and • Steps for pollution prevention implementation and financing Use of the PPIP will help a small business select pollution prevention practices that have a high probability of being successful from quality/production, environmental and economic standpoints. While this particular PPIP addresses the printing industry, other PPIP’s are available for metal manufacturing and vehicle maintenance facilities. Many pollution prevention options recommended for lithographic printing can be adapted to all types of printing shops and printing methods.https://scholarworks.uni.edu/iwrc_facbook/1012/thumbnail.jp

Pollution Prevention Implementation Plan for Vehicle Maintenance

The Pollution Prevention Implementation Plan for Vehicle Maintenance was prepared as part of the Iowa Pollution Prevention Initiative (IPPI) pilot project. IPPI demonstrated the team approach to small business pollution prevention technical assistance through integration of existing Iowa Small Business Development Center and Iowa Waste Reduction Center services. This cooperative effort was designed to help small businesses learn about and implement pollution prevention through recognition of pollution prevention options, comparison of costs and benefits, and evaluation of financing options. The Pollution Prevention Implementation Plan (PPIP) for Vehicle Maintenance provides: • An overview of pollution prevention options, • A review of the costs and benefits associated with these options, and • Steps for pollution prevention implementation and financing Use of the PPIP will help a small business select pollution prevention practices that have a high probability of being successful from quality/production, environmental and economic standpoints. While this particular PPIP addresses the vehicle maintenance facilities, other PPIP’s are available for printing and metal manufacturing industry.https://scholarworks.uni.edu/iwrc_facbook/1013/thumbnail.jp