Daniel DiRocco
Daniel DiRocco
Senior Project Manager
800 PARQ Lane, Parsippany, NJ
(973) 560-1400 x 188
daniel.dirocco@ewma.com
Expertise
- Urban Redevelopment
- Property Acquisition Support
- NYC OER Investigations
- NJDEP Remedial Investigations
- Site Characterization
- Brownfields Redevelopment
Credentials
- BS, Environmental Sciences – Geology, Hobart College
- 40-Hour OSHA HAZWOPER Certification
- DOT Hazardous Waste Certification
Professional Activities
- NJBIA
- NJCBA
- BCONE
Project Manager for a multiple mixed-use redevelopment project in Metro-NYC region (NJ, NY, CT). Conducted complete remedial services from Phase I Environmental Assessment through remedial closure and post remediation site management at multiple Sites under the State and NYC environmental offices. Oversaw the remedial and health & safety programs during the redevelopment phase. Worked in close coordination with development and construction teams.
Project Manager for various NYC E-Designation/Voluntary Cleanup Program Redevelopment Sites. Submitted applications for various NYC programs and conducted detailed site assessments and investigations. Worked on design of investigation and remediation of the site to prepare for construction of residential high-rise building. Directed and oversaw groundwater, soil, and soil vapor sampling and
submitted reports to NYSDEC. Directly coordinated with the redevelopment team on meeting construction schedule and obtaining permit approvals.
Project Manager for a NYSDEC Brownfield Site with high levels of chlorinated solvents and dense nonaqueous phase liquids (DNAPL) under an active commercial-use building. Coordinated with remedial contractor on design, implementation of an electrical resistance heating (ERH) system and application of enhanced biological remediation. Following completion of the application of ERH, currently working on post enhanced biological remediation of remaining chlorinated solvent contamination to meet regulatory goal. Project involved management of significant hazardous media from spent treatment carbon to
hazardous soils and groundwater. Coordinated onsite treatment of system condensate and groundwater and non-hazardous contained-in determination of large volume of soils generated during system installation to remove hazardous designation, therefore significantly reducing project waste management costs.
