The Center for Sustainable EcoSystem Nanotechnologies (CSEN), headquartered at CNSE, focuses on the role that nanotechnology will play in sustaining the world's critical ecosystems by transitioning from fossil fuels to renewable energy sources.

CSEN addresses critical ecosystem issues facing both the developed and developing world by providing comprehensive, market driven systems analysis defining both the high level system requirements and the critical research needs. Together the requirements and needs determine the areas of maximum leverage, focus and reuse within the context of a wide range of innovative ecosystem nanotechnologies.

CSEN vision
To be a world-class resource for the discovery and dissemination of the basic and applied nanoscale knowledge and know-how needed for energy and material efficiency in the achievement of sustainable ecosystems.

CSEN mission
To identify, develop and produce the critical nano-materials, devices and structures needed to realize the commercial development of truly sustainable systems-those that intelligently integrate renewable sources of energy, water and other ecosystem resources. 

CSEN objective
To provide critical design analysis, pilot prototyping, and proof of concept to enable advanced systems and structures for integration within a host of renewable energy technologies and ecosystems by leveraging resources within CNSE and drawing  upon the expertise of partnerships involving government, industry and academia.

The focus areas of research include nanotechnology-enabled advanced fuel cell architectures that incorporate novel materials for improved performance and durability at lower cost;  materials, devices and  systems for renewable hydrogen generation and storage;  next generation solar photovoltaic and photo electrochemical systems for the direct generation of energy and/or hydrogen; nanomaterials and structures for low cost water purification;  biofuels and compatible biofuel cell systems;  sensors and controls for in-situ monitoring  and responding to ensure ecosystem health; and finally, low cost nanofabrication methods for the devices and modules used in these systems.

To achieve these results, CSEN engages in the experimental and theoretical research activities required to gain knowledge and control of the underlying electromechanical and electrochemical processes at the nanoscale.  Focusing on these processes and their related nanomaterials, has a cross-cutting application in fuel cells, electrolyzers, batteries, super capacitors and solar photo electrochemical devices.  CSEN works together with industry partners in an open innovation collaborative environment.

CSEN is expected to be fully housed within a new "zero energy" nanotechnology building or "ZEN" facility, which itself will be a laboratory to demonstrate advanced ecosystem nanotechnologies, some of which will be under development in the center.  The ZEN building will be a showcase for the Sustainable EcoSystems that the Center will be examining in its nanotechnology research, teaching, training and outreach programs.

For potential opportunities related to the development and activities of CSEN, contact Dr. John F. Elter at jelter@uamail.albany.edu.