The materials for these slides were taken from two recently issued reports on radiation detectors and radiation detection materials that NanoMarkets issued in May of this year.

The infromation contained within these slides were taken from the NanoMarkets report, “Smart Lighting Markets 2013” that firm published in May of this year.  

These slides were taken from the NanoMarkets report, “OLED Materials Markets 2013” that was published in May of this year.  

This is the executive summary from the NanoMarkets report, “The Market for Sensors in the Internet-of-Things Market:  2013-to-2020”  (Nano-619)

This report contains granular eight-year forecasts of all of these applications with breakouts of the kinds of sensors and hubs used in each and in both volume and value terms.  There is also a revenue forecast by geography.  In addition, the reader of this report will learn (1) how the IoT will restructure the sensor industry and (2) where the new opportunities will emerge as legacy sensor systems are connected to the Internet and new protocols and requirements for connectivity and security appear.  Where appropriate, this report discusses the strategies and products of firms that are already hooked into the opportunities that IoT sensors present.

This is the executive summary from the NanoMarkets report, “Smart Mirrors Markets-2013” (Nano-617)

The objective of this report identifies and quantifies the opportunities, challenges, and prospects for growth of smart mirrors. Specifically, it analyzes the capabilities of current and likely future smart mirror technologies and how these technologies may be deployed in both automotive and non-automotive applications. As usual, we provide eight-year forecasts for the various smart technologies for smart mirrors in these sectors, and the projections are developed in both volume and value terms. In these forecasts, and in the report in general, we are principally concerned with the smart mirrors themselves and the relevant smart technologies (coatings, electronic systems, etc.) associated with them. Packaging and integration costs are not a focus of this report. In addition, all of the forecasts were developed in the context of important and relevant developments in the various sectors covered.

Although the primary goal of this report is to forecast the market for smart mirrors, we also examine how the new developments will influence the established players in smart mirror business, and how these firms are strategizing for these new opportunities. In addition, we review selected smaller firms that may become key players in the emerging multifunctional smart mirror field.

This is the executive summary from the NanoMarkets report, “Batteries and Supercapacitors for the Smart Grid – 2013”  (Nano-609)

This new report from NanoMarkets reviews the latest applications for grid storage and shows where money can be made in the near-to-medium term future by supplying the batteries and supercapacitors that will meet the coming storage requirements of the grid. This report provides granular eight-year forecasts of chemical batteries and supercapacitors in both volume shipments and market value, with breakouts by technology type, application, and regions supplied.  In addition, this report provides detailed assessments of the strategies being utilized by leading firms active in this space.

This is the executive summary for the NanoMarkets report, Flexible Glass Markets, 2013 and Beyond (Nano-603) 

This report from NanoMarkets quantifies the market opportunities for flexible glass over the next eight years. In the report, we examine the latest technologies, strategies, and technical developments of the flexible glass industry and identify the key applications in which flexible glass will generate revenue for the glass industry in the near- and mid-term.  The report provides granular, eight-year volume (in area) and revenue  ($ US millions) forecasts for this business.

This is the executive summary from the NanoMarkets report, “Bio-Plastics Markets”  (Nano-595)

This report provides the key decision makers with the current developments in the Bio plastics, the market potential and the growth for next 8 years. The data would be a driver for the fast growing Polymer Industry as we have provided insights into the use of renewable resources to create monomers that replace fossil-based monomers, such as feedstock’s made from sugarcane that are used to manufacture polyester and polyethylene. These resources could enable many fossil based product manufacturers to change their direction towards Bio plastics in the future and also have thrown light onto the issues (climate change, littering, unawareness of the benefits of the bio plastics, feedstock availability and municipality actions) which exist in the present Bio plastics markets.

This is the executive summary from the NanoMarkets report, “Solar Storage – 2013” (Nano-601)

This report provides a detailed analysis and forecast of the markets for energy storage for the solar industry with coverage of both the photovoltaics (PV) and concentrated solar power (CSP) sectors.  Opportunities are identified for the full range of storage options including batteries, supercapacitors and mechanical systems. This report also contains discussions of how the leading firms in the energy storage space are adapting their products and product strategies for solar markets.  In addition, many examples are also given of solar installations that are using storage in ways that suggest new directions for revenue generation in this sector.

Finally, this report assesses all the currently available storage technologies for the storage of solar generated power and determines how they can fit into solar industry landscape, both now and in the future.  The report also quantifies all the major markets for solar-related energy storage in an eight-year market forecast in both volume and value terms.  This market forecast is broken out both by technology and the region into which the solar storage products are expected to be sold.

Is there some real value that solution processing can bring to the OLED sector?  Or are the firms still dreaming of solution-processed OLEDs merely nostalgic or delusional?