What is the purpose of the Ohio EPA 4309 form?
The Ohio EPA 4309 form is a supplementary application used for the Permit-to-Install or Plan Approval for sanitary sewer systems. It provides detailed information about the proposed project, including the location, design specifications, and anticipated flow rates. This form is essential for ensuring that the proposed sewer system complies with environmental regulations and meets the necessary standards for public health and safety.
What information is required to complete the Ohio EPA 4309 form?
To complete the Ohio EPA 4309 form, applicants must provide various details. This includes a project description, pipe specifications, expected design flows, and information about the wastewater treatment facility that will receive the sewage. Additionally, the form requires details about sewer design, stream protection measures, manhole design, and any potential impacts on water supplies. It is crucial to ensure that all information is accurate and complete, as this will facilitate the review process by the Ohio EPA.
How does the Ohio EPA evaluate the submitted form?
The Ohio EPA reviews the submitted Ohio EPA 4309 form to assess compliance with environmental regulations and standards. This evaluation includes examining the proposed sewer system's design, capacity, and potential impacts on the surrounding environment. The agency may also consider any existing infrastructure and future development plans. If the application meets all requirements, the Ohio EPA will issue the necessary permits for installation or approval.
What should an applicant do if their project involves stream crossings?
If a project involves stream crossings, the applicant must fill out a stream evaluation addendum as part of the Ohio EPA 4309 form submission. This addendum should detail the number of crossings, their alignment relative to the stream, and any protective measures planned to minimize environmental impact. The applicant should also ensure that the sewer design accounts for the specific conditions of the stream corridor to protect it during construction and operation.