A complete list of all programs within the Department of Environment, Great Lakes, and Energy (EGLE)
Community involvement and public participation are an essential part of EGLE’s mission, vision, and values.
SARA Title III establishes requirements regarding emergency planning and "Community Right-to-Know" reporting on hazardous and toxic chemicals for federal, state, local, and tribal governments, as well as regulated facilities.
Resources and information on utilizing RRD's data exchange and the Inventory of Facilities.
An interactive map displaying contaminated sites throughout Michigan regulated under Parts 213, 201, and 211.
The Michigan Department of Environment, Great Lakes, and Energy’s (EGLE) Water Well Viewer (WWV), is an interactive mapping system that displays water wells along with other information, such as wellhead protection areas, underground storage tanks, and sites of environmental contamination. Water well locations have been identified by address matching, the use of global positioning systems (GPS), and by legal descriptions.
This system allows water well drilling and pump installation contractors to submit water well records.
EGLE's interactive calendar is designed to provide timely information on decisions before the Director, proposed settlements of contested cases, administrative rules promulgation, public hearings, meetings and comment deadlines, and environmental conferences, workshops and training programs.
The Michigan Freedom of Information Act (FOIA) provides all persons (except persons incarcerated in correctional facilities) with access to public records of public bodies. Requests to inspect or receive public records from EGLE must be in writing and describe the requested records with enough detail to enable the department to identify and locate the requested records. Some records are exempt from disclosure under the FOIA or another statute and thus will not be provided. A fee may be charged to process your request. Please note that many records are available that do not require a formal FOIA request.
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The Community P2 Grants Program provides matching grants to local and county governments, local health departments, municipalities, regional planning agencies, and non-profit organizations.
When we have loan offerings available, we will post them on this page. Check back soon!
In fiscal year (FY) 2021, the Michigan Department of Environment, Great Lakes, and Energy (EGLE) provided matching grants to wastewater treatment plants (WWTP) to reduce the number of sanitary sewerage overflows (SSOs), volume of gallons discharged into the environment, grid energy consumption, to aid in phosphorus removal from wastewater ponds, and support Governor Whitmer's Climate Change priorities.
Goal 1: Reduce the number of SSOs and the volume of gallons discharged into the environment. Grant funding can be used to install programmable logic controller (PLC) or supervisory control and data acquisition (SCADA) systems, at an operations critical pump station location(s) of the sewer collection system. Or for the purchase and installation of a backup generator for a critical pump station that has exhibited historical SSOs.
Goal 2: Reduce on grid energy consumption and aid in phosphorus removal from wastewater ponds by utilizing grant funding to install solar powered mixers in wastewater ponds. This equipment uses solar power instead of grid power. Benefits derived from their installation typically include phosphorus reduction in the effluent, when used in conjunction with a chemical feed system.
Calumet Township
Village of DeTour
Grattan Township
Marquette Township
Port Austin
Village of Beulah
Village of Bloomingdale
Village of Deerfield
Village of Marion
Evidence of pharmaceutical waste has been detected in groundwater and drinking water in the Great Lakes region. The technologies and equipment required to remove these compounds from drinking and waste water are expensive and are currently not widely deployed by communities. Successful drug collection programs will prevent pharmaceutical waste from being released into and accumulating in the environment and reduce the incidence of abuse of prescription drugs.
The purpose of these grants is to increase public access to free, convenient, safe and environmentally optimal drug collection programs, and to foster the development of successful models and approaches that can be implemented in other areas of the state.
Under this Community Pollution Prevention Grant, the Michigan Department of Environmental Quality is partnering with the Michigan Recycling Coalition to explore end-of-life management options for electronic waste, pharmaceuticals and plastic packaging. MDEQ has provided Community Pollution Prevention grant funding for MRC to facilitate dialogue and understanding about product stewardship as it relates to these waste materials. MRC will issue their findings in late 2013, we strongly encourage stakeholders to participate in these conversations so your position concerning product stewardship can be reflected in the final report.
Below are links to information resources and progress and summary reports from the dialogue workshops facilitated by MRC as an opportunity for stakeholders to engage in dialogue about product stewardship.
Communities and neighborhoods can improve infrastructure and operations and enable sustainable practices through land use plans, zoning and building codes, solid waste and water management programs, energy reduction programs, and through policies dealing with roads and public transportation. Communities and neighborhoods can lead, educate, and demonstrate the savings from waste reduction and energy efficiency, thereby encouraging businesses, institutions, and individuals to live more sustainably.
The purpose of these grants is to increase cooperation between business, citizens, and local governments, and to foster the development of local models and approaches that drive pollution prevention and sustainable initiatives at the community level.
The applicants receiving funding are as follows:
City of Ann Arbor, Michigan Green Communities, Final Report
Muskegon County, Sustainability Office
West Michigan Sustainable Business Forum, Tools and Resources Initiative
The purpose of this round of Community P2 grant was to foster the development of community based approaches that will effectively address climate and energy challenges in Michigan.
This grant targeted the following climate actions:
The following municipalities received grant funding:
PROJECT RESULTS:
Climate Action Plans, Final Reports and Strategy Libraries
Dearborn Climate Action Plan
Hazel Park Climate Action Plan
South Gate Climate Action Plan
Ypsilanti Climate Action Plan
Summary:
Year: 2010 thru 2012
Grant Type: Community P2
Focus: Climate Action Planning
Background:
Local governments can play a key role in minimizing the risks of climate change and reducing its long-term costs. They can reduce Green House Gas (GHG) emissions by improving operations and developing sustainable land use guidelines for the community at large while minimizing the negative impacts of future climate change. Local governments can also improve infrastructure, operations, and enable climate-smart practices through land use plans, zoning and building codes, solid waste and water management programs, energy reduction programs, and through policies dealing with roads and public transportation. Local governments can lead, educate, and demonstrate the savings from energy efficiency and low-carbon energy, encouraging businesses, institutions, and individuals to move forward on climate change.
Environmental Benefits:
The development of climate action plans and strategies that can be used as models and templates by other Michigan cities and local governments across the State. Environmental benefits include the reduction in greenhouse gases, energy, waste and water.
Hospitals and healthcare facilities generate in excess of one percent of all the solid waste in the United States. In addition, hospitals are unique by comparison to other waste producing entities, because they generate such a diverse variety of wastes. A typical healthcare facility waste stream may be comprised of solid, hazardous, radioactive, biological, regulated medical, and other specialized chemical wastes that are ultimately discarded or released to the air, land or water. Another distinct feature of these facilities is the rate of waste generation calculated per hospital patient, which can typically exceed four times that of an average citizen.
Implementing sustainable P2 strategies at healthcare facilities have been shown to yield major benefits, including significantly reducing cost and health and environmental risks.
The hospitals receiving funding are as follows:
PROJECT RESULTS:
Summary:
Year: 2009
Grant Type: Community P2
Focus: Handling of solid, hazardous and universal waste; janitorial and food services; laundry operations; handling of surgical and pharmaceutical wastes; electronic waste disposal; composting; heating and cooling; energy and water usage; and environmentally preferred purchasing.
Background: The grant funds promoted the development of a P2 healthcare program. The intent of these programs was for healthcare facilities to implement one or more of the following P2 practices including: reduction of solid, hazardous, universal and medical waste and a method to measure and quantify the reductions; pharmaceutical waste collection programs with a system to document quantities of waste collected; implementation of an environment purchasing program documenting changes in purchasing practices; recycling program and a method to quantify the materials collected and recycled. Project funds supported staff time to promote program development and implementation.
Environmental Benefits: Some combined environmental benefits and cost savings from these projects included a 4,680 gallon reduction in the use of chemical cleaners and strippers for floor maintenance by replacing them with more environmentally preferred cleaning technology. This also resulted in the conservation of 5,980 gallons/year of water. By purchasing and using reusable instead of disposable surgical gowns, one hospital realized a savings of $1,303/year and reduced their solid waste to landfill by 8,688 pounds. The replacement of conventional lighting with T-5 fixtures and bulbs resulted in one hospitals' estimated savings of $14,204/year in electrical energy use. This hospital also increased their recycling rate to 70% by collecting 21,840 pounds of glass, tin and plastic for recycling.
Schools are highly visible members of the community, and waste reduction provides the opportunity to set an example for the community. Practicing waste reduction and P2 in schools teaches environmental responsibility. By emphasizing the importance of these approaches to their students, teachers can help instill habits that will be of value the rest of their lives.
By reducing hazardous materials and wastes at the source, steps are being taken towards eliminating pollutants that would otherwise be released to the environment. Minimizing chemicals in school classrooms, facilities maintenance, and bus maintenance departments will reduce hazardous and toxic wastes; improve safety for students, teachers, and maintenance staff; and improve the environment.
The communities receiving funding are as follows:
PROJECT RESULTS:
Summary:
Year: 2005 & 2006
Grant Type: Community P2
Focus: Removal, reduce the use and best management of toxic chemicals in schools.
Background:
The grants promoted the disposal of toxic chemicals already on-site, the reduction in usage through purchasing greener products and implementation of best management practices for chemicals that remain in use. Areas of the school reviewed included; class rooms such as arts, biology and chemistry; medical supplies; shop; janitorial; and maintenance of the grounds, buildings, and transportation.
Project funds were used for staff time to inventory and develop best management practices for chemicals and/or the purchases of software to track their chemical usage. Best management practices include guidance on alternatives, purchasing, labeling, and storage. Alternatives include the use of non-toxic alternatives such as micro-laboratory methods in the classroom.
Environmental Benefits:
As a group, the schools disposed of about 23,000 pounds of toxic chemicals which included over 2,492 pounds of mercury, mercury compounds and mercury containing equipment, such as thermometers, thermostats, and blood pressure cuffs.
The most significant environmental and health benefit from the program was achieved through the schools implementing practices that reduced the use and purchases of toxics. The removal and disposal of toxic chemicals helped to protect the current children and teachers from exposure. But by implementing purchases of non-toxic alternatives and reducing the use of toxic chemicals, these schools protected school children and teachers of future generations as well as increased safety and reduced costs for disposal and spill cleanups.
