Sort by
Refine Your Search
-
) at ORNL is seeking to hire two Post-doctoral Research Associates with the skills and creativity to apply water resources engineering knowledge towards the assessment and advancement of innovative water
-
-pure water systems and building cranes. This position resides in the Facilities Management and Engineering (FM&E) Group in the Neutron Technologies Division, under the Neutron Sciences Directorate
-
Postdoc Research Associate - Machine Learning/NLP for PEM Fuel Cell & Electrolyzer Materials Develop
of materials for low-temperature proton exchange membrane (PEM) and advanced alkaline water electrolysis (AWE) fuel cells and electrolyzers. The successful candidate will collaborate closely with a
-
. Mechanical Utilities operates and manages all laboratory mechanical utility systems including steam, water, sewer, chilled water, natural gas, compressed air, and storm drain systems to support the research
-
/Electrical Utilities. Utilities operates and manages all laboratory utility systems including; steam, water, sewer, chilled water, natural gas, compressed air, storm drains, and the 13.8kV electrical systems
-
climate security. This position offers a unique opportunity to work with interdisciplinary teams tackling challenges related to energy, water, cybersecurity, transportation, and more, with a special
-
leading to the formation and destruction of methyl mercury in sediment-surface water systems. Current research at ORNL in this area spans from the molecular to the field scales although for this position
-
, water heating and appliances for residential and small commercial buildings (including electrical and natural gas driven systems). Major Duties / Responsibilities: You will be responsible for conducting
-
research related to mass and energy conversion systems including: (1) Water heating technologies; (2) Dehumidification systems (3) Waste heat recovery systems; (4) Advanced vapor compression and power
-
Science section is to understand and predict how terrestrial and aquatic ecosystems exchange carbon, water, nutrients, and trace elements across multiple spatial and temporal scales. The Biogeochemical