In the webinar, experts will discuss the latest technologies and trends in the industry to provide valuable insight that can be turned into profitable decision-making.
Woodland Hills, CA (PRWEB) October 10, 2012
Infocast’s B2BWebinars.net, the leader in business intelligence for the power industry, is scheduled to host a webinar titled Power to Gas: Utilizing the Gas Infrastructure for Renewable Integration & Bulk Storage on October 16, 2012. In the webinar, experts will discuss the latest technologies and trends in the industry to provide valuable insight that can be turned into profitable decision-making.
Power-to-gas, the process of producing hydrogen by electrolyzing water through the use of surplus electrical power, is the most revolutionary way for energy to be held in reserve and transported in substantial quantities. The concept breaks from past standards by placing hydrogen directly into the pipelines rather than generating electricity at the storage site. It also provides distributed storage that utilizes existing assets to bring the stored electricity back to the power grids where, and when, it is most valuable.
In Infocast’s Power to Gas: Utilizing the Gas Infrastructure for Renewable Integration & Bulk Storage webinar, industry experts active in the field will discuss recent advancements in the technology, its feasibility and technical challenges of hydrogen being placed directly into the pipeline system. In addition, the speakers will also examine recent demonstrations of the application and evaluate the prospect from both a North American and a global perspective.
For more information or to register, visit the webinar website at http://www.b2bwebinars.net/powertogasweb or contact Infocast Events at (818) 884-4444.
Provider of the cutting edge information and key intelligence that business leaders use to drive growth in the numerous industries that we serve, B2Bwebinars networks closely with senior industry leaders to design and produce the most informative knowledge-based business events available anywhere.