the Plant to incorporate an advanced nuclear reactor would fit within the Greening the Capitol Initiative , which was created in March 2007 to provide an environmentally responsible and healthy working environment for employees . (G) How the retrofitted Plant can take advantage of the high-energy waste heat and other biproducts of operating an advanced nuclear reactor. (H) The extent to which there is an opportunity to keep the existing combined heat and power natural gas-fired co-generation system infrastructure, and the extent to which there is a possibility for the advanced nuclear reactor to provide electricity, chilled water, and steam (or any combination thereof). (I) The role of thermal combustion resources and infrastructure in the Plant’s existing operational capacity, and what the role of such resources and infrastructure would be if the Plant was retrofitted with an advanced nuclear reactor. (J) How to incorporate a consent-based, community-focused approach for conducting this feasibility study, including sharing the facts with surrounding businesses, residents, and the general public, including tourists and other individuals that visit the Capitol Complex for business purposes, and how to alleviate concerns relating to the feasibility of retrofitting the Plant with an advanced nuclear reactor. (K) Whether energy savings performance contracts available to the Architect of the Capitol, and which are currently used mostly for building improvements, can be utilized to retrofit the Plant with an advanced nuclear reactor. (L) Whether the Plant can continue operations during the process of retrofitting the plant with an advanced nuclear reactor, and related concerns. (M) How to secure the Plant from sabotage and other forms of attack, including physical and cyber attack. (N) How to ensure that the emergency planning zone surrounding the advanced nuclear reactor, as required under regulations of the Nuclear Regulatory Commission, is small enough to ensure the safety of the Plant. (c) Public sessions During