Timmy
What is the market for Straight Run Gasoline/Naphtha? What is it used for?
Nov 13, 2014 02:33 pm
Rick:Timmy - there are various uses of SRN depending on the region that you are in. In North America,...MoreTimmy - there are various uses of SRN depending on the region that you are in. In North America, many refiners use SRN as feedstock for reformer units as this can be a good component for producing hydrogen and creating Reformate, a high octane blendstock. Other refiners may use SRN as direct blendstock if they have octane length. In asia and other geographies, SRN can be use as a petrochemical feedstock. The market for SRN will depend on many qualities. To name a few: naphthalene, aromatics, paraffin, octane, sulfur, benzene, metals.Less
Nov 16, 2014 04:55 pm
Feridon:One of our areas of activity is recycling unusable wastes which are created during the operations...MoreOne of our areas of activity is recycling unusable wastes which are created during the operations of ion-free water production units.
In order to produce boiler feed-water most petroleum, chemical and industrial complexes use
ion exchangers to deionize raw water and some amount of unusable waste is created during every cycle of producing ion-free water.
Our institute
after conducting comprehensive investigations and studies on a waste-recycling project has managed to develop a system which is capable of recycling about 93% of waste in the shortest time and with the lowest cost. The recycled waste can be used again and will consequently save a considerable amount of water consumed in petroleum, chemical and industrial complexes. If ion exchangers are used to produce ion-free water in the complexes affiliated with your country and in case you have not yet come up with a solution to
recycle their wastes, we would like to extend our cooperation with you through
installing and operating the above-mentioned new system.
Advantages of our new design:
a) Low cost in supplying materials
b) Easy installation and operation
c) Recycling about 65% of all waste in the first phase in the shortest period of time.
d) Recycling about 72% of all waste in the second phase requiring more time than the previous phase.
(Total: about 93% of all waste is recycled.)
e) Significant savings in water consumption for water power plants, refineries and chemical-industrial complexesLess
