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Feeds are a way for websites large and small to distribute their content well beyond just visitors using browsers. Feeds permit subscription to regular updates, delivered automatically via a web portal, news reader, or in some cases good old email. Feeds also make it possible for site content to be packaged into "widgets," "gadgets," mobile devices, and other bite-sized technologies that make it possible to display blogs, podcasts, and major news/sports/weather/whatever headlines just about anywhere.
Subscribing to feeds makes it possible to review a large amount of online content in a very short time. Feeds permit instant distribution of content and the ability to make it "subscribable." Advertising in feeds overcomes many of the shortcomings that traditional marketing channels encounter including spam filters, delayed distribution, search engine rankings, and general inbox noise.
If you want to browse and subscribe to feeds, you have many choices. Today, there are more than 2,000 different feed reading applications, also known as "news aggregators" (for text, mostly) or "podcatchers" (for podcasts). There are even readers that work exclusively on mobile devices. Some require a small purchase price but are tops for ease-of-use and ship with dozens of feeds pre-loaded so you can explore the feed "universe" right away. Free readers are available as well; a search for "Feed reader" or "Feed aggregator" at popular search sites will yield many results. A handful of popular feed readers are listed at the bottom of this page. A typical interface for a feed reader will display your feeds and the number of new (unread) entries within each of those feeds. You can also organize your feeds into categories and even clip and save your favorite entries (with certain applications). If you prefer, you can use an online, web-based service to track and manage feeds. Online services give you the advantage of being able to access your feed updates anywhere you can find a web browser. Also, upgrades and new features are added automatically.
AlgaeVS’s Rapid Algae Farming (RAF) Systems control all of the factors that affect algae growth. Optimal growing conditions are maintained inside the RAF Cells year round, regardless of the external environment. RAF Systems can effectively grow and process algae if they are placed in the arctic or in a desert. However, RAF Systems will operate much more efficiently in temperate climates that do not require large amounts of energy to heat or cool the RAF Cells. AlgaeVS has chosen to install the initial test RAF Cells throughout the State of Ohio, taking advantage of the excellent land, climate, and resources throughout the state.
AlgaeVS RAF Systems can operate in combination with animal, dairy and crop farms forming a completely self-sustaining farming operation. These self-sustaining farming operations require very few additional inputs, while producing vast amounts of food and energy for the surrounding community. Figure 1.14 depicts the Process flow diagram of sustainable farming operation.
Figure 1.14 – Process Flow Diagram of Sustainable Farming Operation
When connected to power and industrial plants, AlgaeVS RAF Systems can be used to sequester the CO2 emitted from the plants. Flue gas is the combustion exhaust gas produced at power/industrial plants that is released into the atmosphere via a flue. This gas has a high concentration of CO2, and can be piped into the RAF Cells where the algae will consume the CO2 as they grow. This synergy has the potential to eliminate over 80% of the CO2 emissions from coal-fired power plants and other industrial facilities. Figure 1.15 depicts the process flow diagram of a RAF System / Power Plant CO2 Mitigation Installation.
Figure 1.15 – Process Flow Diagram of RAF System / Power Plant CO2 Mitigation Installation
AlgaeVS RAF Systems can use the sewage processed at wastewater treatment facilities as a high-quality nutrient source, in a similar manner as described in the sustainable farming operation. Figure 1.16 depicts the process flow diagram of a RAF System / Wastewater Treatment Installation.
Figure 1.16 - Process Flow Diagram of RAF System /Wastewater Treatment Installation