Skip to main content

The New Era of Oil & Gas Industries - With Technology Revolution


The oil and gas industry is dealing with massive disruption on multiple fronts. Increasing oil price volatility is adding complexity to a fast-changing energy sectors.

With oil and gas industry disruption, wait and see isn’t an option. It’s time to reinvent for a decarbonized, digitalized, demand-driven future, Now.

The oil and gas sector was slower than others to come on board with digitalization, now digital disruption and transformation is front and center of every oil industry conference anywhere in the world.

In an era of rapid change, oil and gas companies will continue to face multiple challenges. But although disruption increases risks, it also creates opportunities to drive growth while boosting the reputational appeal of becoming greener to investors, consumers and employees.



Just as every oil and gas company is unique, so is every transformation journey. Reshaping the oil industry requires companies to pivot their portfolios to the new in a timely way - growing new businesses while keeping the current portfolio profitable and agile. This can be achieved by balancing factors like:

  • Centralization and decentralization
  • Fixed assets and pay-as-you-go
  • Standard and bespoke
  • Operator and entrepreneur
  • Human and machine-based capabilities
It is clear that the oil and gas industry is starting to move towards a future of increasing digitization. The benefits of increased efficiency, cost savings, improved performance and safety are becoming evident and companies who are investing heavily in developing these technologies will surely reap the benefits in years to come.

Comments

Popular posts from this blog

Industrial Combustion Burner: Basics of "Industrial Burner"

Industrial Engineering involves creating products that maximize function, value, and appearance for professional manufacturers and consumers. Gas burner, Oil burner, or Coal burner is relate to a mechanical device that burns a gas or liquid fuel in a controlled manner. An oil burner (engine) is a steam engine that uses oil as its fuel. Gas burner , a piece of metal fitted to the end of a gas pipe, with one or more small holes so arranged as to spread out the flame. An oil burner is a part that join to an oil furnace, water heater, or boiler. A Low NOx burner is a type of burner that is typically used in utility boilers to produce steam and electricity. The burner is simply a hollow metal disk with holes punctured through its perimeter. And a gas pilot light or electric pilot sits to one side of the burner and sends a small flame or spark to ignite the oxygen-gas mixture as it flows through the holes in the burner. Industrial Gas burner is a device to generate a flame to heat up produ

HIGH PRESSURE GAS TRAIN Components | Industrial Products

A Typical Fuel Train or High Pressure Gas Train has several components, each with a specific purpose which is briefly explained below: Manual shut-off valve (MSOV) – the purpose of this valve is to shut off the fuel  supply so that maintenance or replacement of the fuel train may be done. Gas pressure regulator (PRV) – its purpose is to maintain the fuel at a constant  pressure as recommended by the burner manufacturer. Gas Filter – the function is to prevent foreign particle and extraneous impurities  entering Gas Pressure Regulator. Low pressure gas switch – senses a low pressure in the range where the burner  cannot properly operate. This switch must be equipped with safety lock-out requiring manual reset. This tells the operator to check the gas pressure, since the burner will not try to restart until the switch is reset. Safety shut-off valve (SSOV) – the first of two valves in series that automatically  opens and shuts off the fuel supply to the burner. On burners above 1200

USE OF THERMIC FLUID HEATERS, ENSURING RELIABILITY AND LONGER LIFE FOR THERMIC FLUID

Thermic Fluid Heater is most popular in almost every industries and it is being used for various heating applications due to unique advantage over other heating systems like steam heating, electrical heating, direct firing, air heating etc., because of the following exceptional advantages:- Very low working pressure and safe from explosion hazards. Heat transfer medium or working fluid remains in liquid phase throughout and higher overall heat transfer. Greater efficiency of heat utilization , superior fuel-saving possibility, and better return on investment for the industry. No botheration continuous water treatment for feed water in case of steam boiler. No problem of scale deposition on heating surface. New generation thermic fluids with excellent properties are available in the market Better heat transfer coefficient, higher thermal stability, and long-life cycle Exemption from Indian Boiler Regulations Act and related formalities Thus, many unique advantages when selecting the the