Binergy Scientific
Provider of applied research and engineering in electrochemical and bioelectrochemical technologies. Focus areas include electrochemical biosensors, enzymatic and microbial bio-power sources, nanostructured materials for energy storage, and custom hybrid power systems. Applications cited include food quality and safety, chemical/biological defense, and military and consumer market use cases.
Industries
Nr. of Employees
small (1-50)
Binergy Scientific
Atlanta, Georgia, United States, North America
Services
Custom electrochemical biosensor development
Design and development of electrochemical biosensors including microfluidic and strip platforms, sensor synthesis, and methods targeted for industrial fabrication.
Development of enzymatic and microbial bio-power sources
Development of enzymatic bio-batteries using engineered enzyme cascades and immobilization methods and microbial fuel cell approaches with scalable functional materials.
Nanostructured materials development for energy storage
Development and commercialization of nanostructured multifunctional materials for batteries, supercapacitors and other electrochemical energy storage systems supported by computational modeling.
Custom hybrid power system design and prototyping
Design and integration of hybrid power systems combining multiple energy sources and energy harvesting for microsystems and medium-size devices.
Analytical testing and characterization services
Electrochemical testing, EIS, electrical and temperature measurement, morphological imaging and data analysis using in-house and partner core facilities.
Custom electrochemical biosensor development
Design and development of electrochemical biosensors including microfluidic and strip platforms, sensor synthesis, and methods targeted for industrial fabrication.
Development of enzymatic and microbial bio-power sources
Development of enzymatic bio-batteries using engineered enzyme cascades and immobilization methods and microbial fuel cell approaches with scalable functional materials.
Nanostructured materials development for energy storage
Development and commercialization of nanostructured multifunctional materials for batteries, supercapacitors and other electrochemical energy storage systems supported by computational modeling.
Custom hybrid power system design and prototyping
Design and integration of hybrid power systems combining multiple energy sources and energy harvesting for microsystems and medium-size devices.
Analytical testing and characterization services
Electrochemical testing, EIS, electrical and temperature measurement, morphological imaging and data analysis using in-house and partner core facilities.
Expertise Areas
- Electrochemical biosensor development
- Enzymatic fuel cell engineering
- Microbial fuel cell development
- Nanostructured electrode and material design
Key Technologies
- Electrochemical biosensing
- Enzymatic bio-batteries (enzymatic fuel cells)
- Microbial fuel cells
- Nanostructured electrode materials