; and (B) can be used to augment diesel-generated power during national disaster response efforts. (3) The generation of electricity from microreactors emits fewer greenhouse gas emissions than the generation of electricity from other sources of electricity. (4) Microreactors can be easily transported and carried by aircraft, semi-trucks, or shipping vessels to timely provide electricity upon demand to an area that is impacted by a natural disaster. (5) Microreactors can be operated autonomously, which avoids the need for on-site operators in an area that is impacted by a natural disaster. (6) Microreactors can be operated for several years without being refueled, which avoids logistical challenges associated with refueling other power sources, including diesel generators, in an area that is impacted by a natural disaster. (7) With approval by the Nuclear Regulatory Commission, microreactors can be— (A) mass produced in factories around the United States; and (B) mass deployed to assist with natural disaster response efforts. (8) Nuclear energy generated by a microreactor can be used to help restore electrical grids by providing temporary power and spot generation for critical electricity generating facilities while grid repairs take place. (9) Microreactors can— (A) power lifesaving and life-sustaining facilities, such as hospitals; (B) power mass transit systems and water quality treatment plants; (C) power large pumps that are often used to remove water from an impacted area; (D) power airport facilities and air traffic control towers; (E) power communications centers that are vital to dispatching important announcements and correspondence during natural disaster response efforts