DEEP definition

DEEP means the Connecticut Department of Energy and Environmental Protection.
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DEEP means deeper than 1,000 feet (about 305 meters).
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DEEP in relation to a step, means the distance from the outer edge of the nosing of the step tread to the riser of the step tread;
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Examples of DEEP in a sentence

  • On or before ninety (90) days after issuance of this permit the Permittee shall submit a signed and notarized copy of the Connecticut DEEP NetDMR Subscriber Agreement to the Department.

  • Please note, for those entities registered with the Secretary of State, the registered name will be the name used by DEEP.

  • WE RESPECT THEIR SPIRITUAL RELATIONSHIP WITH THE LAND AND RECOGNISE THE DEEP FEELINGS OF ATTACHMENT OUR INDIGENOUS PEOPLES HAVE WITH THIS LAND.

  • On or before ninety (90) days after issuance of this permit the Permittee shall submit a signed copy of the Connecticut DEEP NetDMR Subscriber Agreement to the Department.

  • DEEP regulations and guidelines set forth standards for erosion and sedimentation control, stormwater pollution control and best engineering practices.


More Definitions of DEEP

DEEP means water depths of five feet or greater. "Department" means the New Jersey Department of
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DEEP means the Connecticut Department of Energy and Environmental Protection - Bureau of Energy Technology Policy and any successor agency.
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DEEP means the State of Connecticut Department of Energy and Environmental Protection and its successors.
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DEEP means State of Connecticut Department of Energy and Environmental Protection.
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DEEP means the University Directorate of Education and Employer Partnerships
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DEEP or “Department” means the Department of Energy and Environmental Protection.
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DEEP in this context means several hundred meters below the surface. A depth of kilometres deep is referred to as “very deep,” which is the proposed depth for the alternative approach called the deep borehole method. The suitability of the KBS-3 method as compared to al- ternative methods has been debated in Sweden since the KBS-3 method was first introduced. Alternatives proposed for further investigation are dry storage in a highly secure facility onsite at nuclear power stations (e.g. hardened on-site storage - HOSS1817) or at a central location (e.g. dry rock deposit - DRD1918), and very deep boreholes. Rolling stewardship can be applied with any method but monitoring requirements are small with very deep boreholes and great with dry storage.
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