There are several in-situ heating technologies in usage nowadays that are very efficient because they have been tested over time and are reliable as well. One such heating technology is the tor process which is considered as being way better than other methods of heating up reservoirs. Although being quite simple, this technology is actually very robust. Since this process involves heating up of substances, therefore it is necessary to have insulated tubing to go along with the whole system so that the heat generated by the process is preserved.

Methods such as electrical heating, downhole burners and so on are not as appreciated as tor process because of the high expenditure involved when it comes to using these techniques. Also, these time-tested methods actually lack toughness which is why these are replaced with hot fluid injection techniques. These techniques localize the ‘sensitive’ elements or factors of the systems right at the surface. In this way, it is readily accessible if one wants to upgrade, repair or maintain the system. However, maintenance would not be a huge problem since insulated tubing would be used.

An appropriate situation for using insulated tubing and tor process would be when the existing driving mechanism consists of forced or natural waterflood. Some of the other circumstances are when the reservoirs are anywhere between thirty to a thousand meters in depth or the length of the horizontal sections are anywhere between five hundred to two thousand and five hundred meters. When the API is anywhere between eight to twenty degrees it also calls for the same but these are not the only circumstances and these can also be used in other fields.

If the steam drive in your situation is not economical, i.e. if you have a high pressure reservoir, peripheral wells and small fields then it would be beneficial for you to adopt the tor process. After all, wouldn’t it be nice to use a process that could conveniently and effectively heat up the reservoirs without any hassle? This process can also be used for pre-heating, stimulation ad early production in solvent flood, steam flood, in-situ combustion, VAPEX and SAGD. If you opt for the tor technology then it is important to ensure the presence of insulated tubing as well for best results.

A lot of people often think that if they are using the tor process for heating up their reservoirs then it is necessary for them to use insulated tubing as well. However, this is a false notion and it is not mandatory but if you do use this kind of tubing then you will be ensuring that the heated water or oil stays heated for longer. If you do choose to go for insulated tubing then go for tor tubing. In this kind of tubing method, a pipe is present inside another pipe and the space between the two pipes is filled with insulating material. In this way, the heated fluids can retain their heat for a long period of time.

The initial tor process pilot took place back in the year 2005 on a well located in Peru and the fact that this technology improved doubly the production of the well was not a surprise for anyone. When you use this process and insulated tubing together you will be able to heat up your reservoir without the need of water or extra water separation. The tor technology is the most efficient method of utilizing the energy available on your field. You can also combine the tor technology with other technologies like eor technology for best results.

Technology is subject to constant change and the tor process http://www.majus.co.uk is one of the results of such an evolution. In order to be successfully applied, it requires certain pre-conditions and one of them is insulated tubing http://www.majus.co.uk/i-tubing.php irrespective of its combination with other technologies.