Intellect Insights

  Biomass solid fuel Biomass solid fuel refers to fuel sources that are made from organic matter derived from living or recently living organisms. This includes wood, wood waste, agricultural residue and byproducts such as sugarcane bagasse and rice husks. Biomass solid fuel offers a renewable source of energy that holds significant promise to address current energy challenges and combat climate change. This article will explore the various aspects of Biomass Solid Fuel including its sources, production process, usage and environmental benefits.   Sources of Biomass Solid Fuel Biomass solid fuel can be derived from a variety of plant and animal sources. Some of the most common sources include:   - Wood and wood waste: Logs, branches, tree stumps, bark, sawdust and other forestry residue can be converted into solid biofuel through processes like combustion.   - Agricultural residue: Byproducts of harvesting crops such as corn cobs, rice husks, wheat and...

  Steam Turbines The steam turbine is a rotary heat engine that extracts thermal energy from pressurized steam and uses it to do mechanical work driving the generator to produce electricity. The steam turbine is one of the most efficient and reliable machines ever invented. It uses steam as the working fluid and produces continuous rotary motion to drive an electrical generator in most electric power plants. Steam turbines are also used to drive ships and trains as well as large pumps, generators, and compressors. In this article, we will explore the working principle, types, components, and applications of steam turbines.   Working principle of steam turbine A steam turbine works on the simple principle that steam contains heat energy which can be converted into kinetic energy to rotate the turbine blades. In a steam turbine plant, coal, gas, or oil is burnt in a boiler to heat water into high-pressure steam. This high-pressure steam carries a significant amount of ther...

  Vapor Recovery Units Vapor recovery units (VRUs) play an important role in reducing air pollution emissions from various industrial processes and facilities. They capture volatile organic compound (VOC) emissions and route them back into the process for reuse, storage, or destruction. In this way, VRUs help reduce harm to the environment and human health from toxic air pollutants. This article discusses the key components, workings, and applications of VRUs.   What is a Vapor Recovery Unit?   A vapor recovery unit is a system that separates and captures vapors that would otherwise be emitted into the atmosphere during storage and transfer operations. The basic components of a VRU include vapor collection points, piping, a blower or compressor, and processing equipment. Vapors are captured during activities like fuel loading/unloading, tank filling/emptying or venting. The vapors are then routed via piping into the VRU inlet where a blower or compressor pressuriz...