Process capture technology

Process capture technology is something that is used around us all the time without us even realizing it.There are many different processes that involve using excess or exhaust from another process to work properly.This isn't the only way to think of process capture technology, but is something that many companies are considering more and more carefully, especially with the new wave of environmentalism spreading quickly.

Process capture technology can be thought of in several different ways.One of them involves thinking about a process and all of the component parts, evaluating them, and making the whole process more efficient.This aspect is particularly applicable to mass production operations because there are so many different parts involved.Mass production and assembly lines can benefit by constantly being evaluated and reconfigured to make the most effective use of time and resources.

Another form of process capture technology involves using energy given off by some other action and using it to power another process.Process capture, in this sense, began a long time ago and was mainly concerned with capturing the energy of a process in nature to make a technical or mechanical process work more effectively or efficiently.One of the earliest examples is the windmill.Those who lived in windy areas devised a way to harness the energy of the wind to power a mill that could be used to grind grain and make flour.Similar adaptations to the same idea were made using water and other natural forces to produce something.More modern examples of using nature to power a process are solar power and modern dams.These both use the energy from either the sun or the flow of water to create electricity that can then be used for other things.

Lately, many companies have tried to find ways to make use of the energy expended in mechanical processes usable for powering another mechanical process.One example is that of the turbocharger in a car engine.Internal combustion engines give off vapors or exhaust.A turbocharger has the hot air from the engine pass through it, spinning a turbine which is then used to give additional pressure or boost to the engine.It uses the actual exhaust to make the engine operate more effectively.This is a simple example and there are many more that are constantly being developed to use for manufacturing.

One example that is getting a lot of attention these days is the use of methane gas, which is a common byproduct of a landfill, to power a factory.The fumes of the gas are harvested using sophisticated equipment made specifically for the task and then the fuel is used to power the plant making other products.There are many different companies that are pioneering new ways to use `bad' energy to make new and useful things.This effort has been used by several different companies and they are getting a great deal of good press for it.There are many advantages to thinking in this way and to be constantly developing new ways to use energy.

The Green Movement has created a great deal of interest in coming up with ways to use the byproducts of harmful or inefficient processes to power more efficient ones or to make them work better.Many people are concerned about the way that the environment is treated in the process of manufacturing and many believe that companies don't care about the earth or what happens to it.Although this certainly can't be cast across every company that exists, there are certainly plenty of examples of firms that don't seem to care about their emissions or the impact they are making on the environment.Process capture technology will continue to develop and gain momentum and many companies will see both the intrinsic and extrinsic rewards for using it.