EcoloCap Solutions Inc. Announces Joint Venture Initial Agreement for Lithium X Battery Assembly and Distribution in …

EcoloCap Solutions Inc. Announces Joint Venture Initial Agreement for Lithium X Battery Assembly and Distribution in …
EcoloCap Solutions Inc. (OTCBB: ECOS), an integrated network of environmentally-focused technology companies that utilize nanotechnology to develop efficient alternative energy solutions, today announced that it has signed a Letter of Intent with MEGES BV of The Netherlands to form a joint venture, ECOS/MEGES, that will assemble and distribute Lithium X batteries to their existing clientele and …

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Carbon Nano Forms and Applications

Product Description

Cutting-edge coverage of carbon nanoscale science

This definitive volume offers an in-depth look at the unique properties and potential applications of carbon nanomaterials (CNM). Beginning with a description of various CNM types, Carbon Nanoforms and Applications addresses the need to develop a new classification of carbon. After discussing the fundamental physics, the book covers techniques for CNM synthesis and characterization. This authoritative resource then provides comprehensive information on the physico-chemical and biosystems applications of CNMs.

Carbon Nanoforms and Applications covers:

• Theoretical aspects of CNM
• Synthesis and characterization of CNM
• Electron field emission
• Fuel cells
• Electric double-layer capacitors
• Hydrogen storage
• Lithium-ion batteries
• Carbon solar cells
• Microwave absorption
• Carbon nanosensors
• Biosystems
• Cancer treatment
• Nano-enabled drug delivery
• Antimicrobial properties
• Tissue fabrication
• Neurogenesis
• Food and cosmetics

BUY FROM AMAZON–>> Carbon Nano Forms and Applications

New Carbon Based Materials for Electrochemical Energy Storage Systems: Batteries, Supercapacitors and Fuel Cells

Product Description

For the first time Argonne National Laboratory opened it doors in the USA to host researchers from both European and former Warsaw Pact countries to address the latest research on the development, synthesis, characterization and use of advanced carbonaceous materials for electrochemical energy storage systems. This meeting was attended by key scientists from both western and post-socialist universities and companies with a goal to open channels for future collaboration.

The energy storage systems covered during the meeting included: metal air primary and rechargeable batteries, supercapacitors, fuel cells and lithium-ion batteries. The latest developments on the manufacture of graphites, carbons, and nano-materials and their outlook for use in power sources were also presented .

The use of stable conducting polymers and expanded graphite in the cathode of zinc-air batteries was introduced. The role that new forms of carbons play in aqueous asymmetric capacitors was highlighted. The enhancement of cathode performance through the optimization of the carbon in the positive electrode and the use of metal-carbon composites as active materials in lithium-ion batteries were discussed. Also reviewed were recent developments in the use of hard carbons and surface treated graphites as electrode materials. Updates were also provided on the use of lithium-ion batteries for hybrid electric vehicles and power tools.

BUY FROM AMAZON–>> New Carbon Based Materials for Electrochemical Energy Storage Systems: Batteries, Supercapacitors and Fuel Cells

Nanocomposite Said To Boost Lithium Batteries By 5X

Nanocomposites aim to boost the capacity of lithium ion batteries by five-times by hanging nanometer-sized silicon particles on trees of carbon black that self-assemble into porous micron-sized spheres, which increase an electrode’s surface area with interconnected internal channels.

High-performance lithium ion batteries today use anodes made from carbon (graphite). Silicon has been proposed as a substitute for graphite since it offers a theoretical improvement of 10-times in capacity over graphite, but so far prototypes have proven too unstable for creating lithium batteries with a long lifetime, according to professor Gleb Yushin at the Georgia Institute of Technology.

The problem, according to Yushin, is that silicon particles crack when they are formed at the same granularity of graphite particles—about 15 to 20 microns. The new nanocomposite material solves that problem by hanging 30 nanometer sized silicon particles on trees of carbon black which then self-assemble into porous spheres about 10-to-30 microns in diameter. The resulting electrode remains stable due to the durable carbon-superstructure that prevents cracking, but benefits from the increased surface area afforded by the smaller silicon nanoparticles.

Common chemical vapor deposition processes allow the new hybrid silicon-carbon electrodes to be mass produced economically, according to Yushin. He also claimes that because the tiny silicon nanoparticles are permanently attached to the micron-sized carbon black trees, they avoid the health hazards of processes that require handling of nanoscale particles.

So far Georgia Tech has fabricated experimental anode electrodes, which it is testing for use in standard manufacturing processes for lithium batteries. Their prototype has survived over one hundred recharge cycles without any degradation, leading the researchers to predict they will last for thousands of recharges.

Besides Yushin, other Georgia Tech researchers involved in the project include Alexandre Magasinki, Patrick Dixon, Benjamin Hertzberg and Alexander Alexeev, along with Alexander Kvit from the University of Wisconsin-Madison, Igor Luzinov from Clemson University, and Jorge Ayala from Superior Graphite (Chicago).

Funding was provided by a Small Business Innovation Research (SBIR) grant from the National Aeronautics and Space Administration (NASA) to Superior Graphite and Streamline Nanotechnologies, Inc.

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Ener1, Inc. – Alternative Energy – Deals And Alliances Profile—Aarkstore Enterprise Market Research Aggregation

Ener1, Inc. – Alternative Energy – Deals and Alliances Profile

Summary

Ener1, Inc. – Alternative Energy – Deals and Alliances Profile is an essential source for company data and information. The profile examines the company’s key business structure and operations, history and products, and provides summary analysis of its key revenue lines and strategy as well as highlighting the company’s major recent financial deals.

Ener1, Inc. (Ener1) is an energy storage products manufacturing company. The company through its subsidiaries is engaged in designing, developing and manufacturing lithium-ion batteries and battery systems in the United States and South Korea. It has categorized its operations into three segments, namely, Battery, Fuel Cell, and Nanotechnology. The company operates these segments through its subsidiaries namely, EnerDel, Inc.; EnerFuel, Inc and NanoEner, Inc. It caters its products to customers in the transportation, stationary power, military applications, and small cell markets. The company is headquartered in New York, the US.

And More inside the report…

Recent Developments

Dec 07, 2009: Ener1 Receives $20m Strategic Investment From ITOCHU
Dec 02, 2009: THINK, Ener1 Secures Supply Agreement For Itochu’s EV Project In Japan
Nov 26, 2009: EnerDel To Enter Utility Energy Storage Market

Scope

– Provides key company information for business intelligence needs
– Gives information on the company’s major recent financial deals including mergers & acquisitions, financing of new and acquired assets, PE/VC deals, equity offerings, debt offerings and partnerships.
– Data is supplemented with details on the company’s history, key executives, business description, locations and subsidiaries as well as a list of products and services and the latest available company statement.

For more information, please visit:

http://www.aarkstore.com/reports/Ener1-Inc-Alternative-Energy-Deals-and-Alliances-Profile-21389.html

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