Instructions for Form DEP7007Y Good Engineering Practice and Stack Height Determination - Kentucky

This document contains official instructions for Form DEP7007Y , Good Engineering Practice and Stack Height Determination - a form released and collected by the Kentucky Energy and Environment Cabinet.

FAQ

Q: What is Form DEP7007Y?
A: Form DEP7007Y is a document that provides instructions for Good Engineering Practice and Stack Height Determination in Kentucky.

Q: What does Good Engineering Practice refer to?
A: Good Engineering Practice refers to the use of engineering principles and practices to design and operate industrial facilities in a safe and environmentally responsible manner.

Q: What is stack height determination?
A: Stack height determination is the process of calculating the appropriate height for a stack or chimney that will allow for the dispersion of emissions from industrial facilities without causing adverse impacts on air quality.

Q: Why is stack height determination important?
A: Stack height determination is important to ensure that emissions from industrial facilities are adequately dispersed in the atmosphere and do not contribute to poor air quality or pose a health risk to nearby communities.

Q: Who needs to use Form DEP7007Y?
A: Form DEP7007Y is intended for use by engineers, consultants, and industrial facility operators in Kentucky who are involved in the design, construction, and operation of industrial stacks.

Q: What information and calculations are included in Form DEP7007Y?
A: Form DEP7007Y includes guidelines and formulas for calculating stack height based on factors such as emission rates, meteorological conditions, building height, and terrain features.

Q: What other permits or approvals may be required in addition to Form DEP7007Y?
A: In addition to Form DEP7007Y, industrial facility operators may need to obtain other permits or approvals, such as air quality permits or environmental assessments, depending on the nature of their operations and their compliance obligations.