Monthly Archives : December 2016

Applications & Benefits Of Oxygen In Energy Production

Now, numerous industries are evolving their techniques and strategies of production with the assistance of element Oxygen. In the energy industry, by replacing air with oxygen, efficiency and performance of a process can be enhanced significantly and it also allows the carbon capture process to be performed. This insertion of oxygen is generally used in process of heaters and boilers, along with gasification processes and industrial fermenters, thus increasing the productivity in all processes significantly. Some of the operations performed using Oxygen are direct Oxygen injection, Oxygen for gasification, Oxygen-Enhanced Combustion and VOC Treatment Recovery. 

Conversion to cleaner fuels 

Today, most industries are focused on using cleaner fuels, making it possible for the by-products of any process to be safe for direct disposal. Furthermore, by using cleaner fuel the production of by-products might decrease or it might result in production of by-products which might be used in other processes. Therefore, by using the best O2 gas cylinder productivity and efficiency of any process can be greatly enhanced. Not only does it increase the efficiency of the products and processes, but also significantly reduces the waste created. Therefore, waste treatment is made easier, which also leads to a cleaner environment in and around the workplace. 

The efficiency of an oxygen gas cylinder might not be visible clearly by operating the process just once, however, by continuing with cleaner fuels and Oxygen replacement the effects are clearly visible in the long term. The same applies in the case of waste generation and treatment.  Check this out if you are looking for a reliable oxygen delivery services.

Boiler emissions 

NOx emissions are very common from any boiler process however; this can be significantly reduced by adding a particular amount of Oxygen to this process. This results in a cleaner burning environment and a considerable reduction in the production of NOx compounds. However, it is necessary to carefully monitor the quantity and flow of Oxygen in this process, so that it does not go out of control and result in an accident. In case air is replaced by Oxygen, the quantity of nitrogen available to the process is directly reduced. Therefore, it increases the production of the final product and reduces the quantity and number of NOx by-products. Another major benefit of introducing Oxygen directly to the process is that the financial investment is low and the profits generated are fairly high. Thus, it forms the basis for further development of the business and industry. 

Some of the most prominent benefits which are visible right from the first use of cleaner fuel in any process are: 

• Reduced emissions of dangerous and volatile by-products. 

• Stable final products and stable by-products which can be used for other useful processes. 

• Significant rise in the efficiency and productivity of the process along with creation of more energy with the same volume of initial products.