Dan Lilly Email & Phone Number

New York, New York

Allenhurst, New Jersey

- Maintain client relations as main point of contact.- Supervise engineering and analytic staff.- Develop/maintain product and marketing strategy.- Oversee energy master plans, greenhouse gas inventories, carbon reduction initiatives, negotiation of power purchase agreements and performance contracting.- Prepare cogen and microgrid feasibilities with the.

• Implemented/monitored enterprise wide work flow requirements to maintain and operate equipment at all sites.
• Used data from Computerized Maintenance Management Software (TMS) to evaluate preventative maintenance tasks and schedules for each asset class based on risk.
• Worked with facilities support group to implement enterprise wide dashboards which enabled work flow improvements and enterprise wide process improvements.
• Worked with regulatory compliance and facilities operations groups to standardize all practices and procedures for cooling towers and domestic water systems at all campuses to comply with NYS and NYC codes.

Weill Cornell Campus

- Reporting to the Vice President of Facilities, managed the department responsible for operating and maintaining a 3+ million Sqft hospital campus. - Inclusive of the responsibilities under Field Director, managed operating budgets for the department as well as supported capital budget planning for the campus. - Site facility representative to the.

- Reporting to the Site Director, oversaw preventative, reactive and emergency maintenance teams and personnel.- Directed engineering staff as well as related resources to maintain a safe and reliable hospital physical plant, grounds and equipment.- On a periodic basis, participated and represented facilities’ operations on surveys by joint commission, CMS.

Managed the operation and maintenance of all mechanical spaces, including centralized steam plant with maximum steam output of 570,000 lbs/hr and chilled water plant with maximum cooling capacity 12,000 tons. Oversaw completion, design, and startup of cogeneration plant with generating capacity of 7.5 megawatts and 70,000 lbs/hr heat recovery steam.