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The Core Incentive Plan (CIP) is back for 2025!

CIP is an internal funding initiative administered by UConn OVPR that provides seed funding to faculty from UConn Storrs to be allocated for research projects that specifically engage UConn's world-class diverse core facilities.

Learn more about the CIP

Center for Clean Engineering (C2E2)

Center for Clean Energy Engineering (C2E2)

Center for Clean Energy Engineering (C2E2) at the University of Connecticut is a multi-disciplinary research center focusing on education, research, and innovation in sustainable energy systems. By catalyzing the transformation of science-to-systems for a global "Sustainable Energy Economy," our faculty and students work together in partnership with federal, state, and industrial leaders to develop and accelerate cost-effective solutions to tackle global energy and environmental concerns.

Our Mission is to become a leader in transforming science to systems; bridging the gap from fossil fuels to 100% renewable energy and enabling the development of economical solutions for critical technical issues; and providing guidance and leadership in solving global societal issues ranging from sustainable energy to the environment.

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Contacts

General Contact

860.486.9204

Staff

Stoyan Bliznakov

Associate Director
stoyan.bliznakov@uconn.edu

Huseyin Yer

Facility Scientist 3
huseyin.yer@uconn.edu

Garry Barnes

Specialized Design Technician
garry.barnes@uconn.edu

Mark Biron

Specialized Design Technician
mark.biron@uconn.edu

Location

Campus Address

Depot Campus

Mailing Address

Center for Clean Energy Engineering
44 Weaver Rd., Unit 5233
Storrs, CT 06269-5233

Instrumentation

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FEI Quanta 250 FEG Field Emission Scanning Electron Microscope (ESEM)

This equipment is a very versatile, high resolution, low vacuum FEG SEM with extended low volume capabilities. In addition, this equipment has the unique capability that includes a 1000°C heating stage which allows samples to be heated while the user records in-situ morphological changes.

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Bruker D8 Advance High Temperature X-Ray Diffractometer

This equipment is a state of the art x-ray diffraction system with high precision, two-circle goniometers with independent stepper motors and optical encoders. The goniometers are designed to operate either horizontally or vertically. In addition, the machine is equipped with a high temperature chamber that can operate to 1200 °C. This equipment is equipped with a LinxEye Detector that reduces run time and significantly aids with through put.

Equipment for Engineering of Advanced Nanomaterials and Catalysts

• Reactive Spray Deposition Technology (RSDT) – 2 Systems for One-Step Fabrication of Large-Scale Electrodes and MEAs for Fuel Cells, Electrolyzers, and Batteries
• Easytube 3000, FirstNano, Chemical Vapor Deposition System
• Physical Vapor Deposition System
• Retsch PM 400 Planetary Ball Mill
• High Temperature Tube Type Furnaces - 8 units
• 1700 Degree Bottom-Loaded Large Furnace

Testing Capabilities - Analytical Instruments

• Thermo Fisher Scientific ARL QUANT’X EDXRF Spectrometer
• Nicolet iS10 FT-IR Spectrometer with both Transmission and ATR Capability
• Agilent 7890A(GC)/6890N (MS) Gas Chromatograph/Mass Spectrometer
• Shimadzu UV-VIS 2600 Spectrophotometer
• Nicolet Magna 560 Fourier Transform Infrared Spectrophotometer
• Varian Inc. Micro GC
• Prolab Benchtop Mass Spectrometer
• Altimira Instruments “Benchcat” Catalyst Test System

Testing Capabilities - Microscopy

Microscopy
• FEI Quanta 250 FEG Field Emission Scanning Electron Microscope
• Zeiss Smart Zoom 5 Automated Digital Microscope

Testing Capabilites - Thermal Analysis

• Netzsch STA 449 F3 Jupiter Simultaneous Thermal Analyzer -TGA and DSC
• Netzsch DSC 204HP High-Pressure Differential Scanning Calorimeter
• Shimadzu TGA 50H High Temperature Thermogravimetric Analyzer

Testing Capabilities - X-Ray Diffraction

• Bruker D5005 X-ray Diffractometer with High Temperature Stage

Testing Capabilities - Instruments for Surface Area and Pore Size Distribution Analysis

• Micromeritics ASAP 2020 Automatic Chemisorption BET Analyzer
• Micromeritics AutoPore IV Mercury Porosimeter
• Micromeretics Saturn DigiSizer II

Electrochemical Equipment - Potentiostates/Galvanostates with EIS Capabilities

• Biologic VSP, Multi-channel Potentiostate/Galvanostate with EIS - 2 Units
• Biologic HSP1005, 100 A Booster with EIS Capability
• Autolab PGSTAT302N, Ecochemie Potentiostat/Galvanostate, Equipped with the BA Bipotentiostat and Frequency Response Analyzer (FRA) Modules
• Solartron 1287 Potentiostat/Galvanostate with 1260 Impedance Analyzer - 3 Units
• Solartron 20 A Booster
• Solartron ModuLab XM with FRA Module and 2 A booster
• Solartron 8-channel 1400 Cell Test System with 1470E FRA modules
• Pine Instrument Company Analytical Rotator - 2 Units
• Rotating Ring Disk Holders and Electrodes, Pine Instrument – Pt, Au and Glassy Carbon Interchangeable Disks Electrodes

Electrochemical Equipment - Equipment for Assembly and Testing Fuel Cells and Electrolyzers

• Scribner/ Teledyne Associates 850g/890, 100 W Fuel Cell Test Stands, 6 Stands
• 50 Bar High-Pressure Fuel Cell Test Stand, developed at UConn
• Electrolyzer Test Stand, developed at UConn
• Arbin FCTS 50H, 50 W Multichannel Fuel Cell Test Stand
• Advanced Measurements, Inc. 6 cell 50 W Solid Oxide Fuel Cell Test Stand
• Avtron Mfg Avtron Freedom Portable 100 kW Load Bank with Data Collection Capability
• Systemic Automation Screen Printer
• Diablo D3163A, 5000A Real-time Gas Analyzer

Electrochemical Equipment - Equipment for Assembly and Testing Rechargeable Batteries

• Arbin Multi-Channel Battery Testers - 2 units with total of 36 channels