Learn the key differences between thrust blocks and anchor blocks in piping systems, their components, design, purpose, and installation points. Understand the roles of concrete, reinforcement, formwork, protective coatings, and more in constructing effective thrust blocks
Explore the different types of check valves, including swing, tilted disc, lift, and dual plate check valves. Understand their mechanisms, applications, benefits, and how to choose the right one for your system. This guide also covers check valve symbols, their use in series, and their role in preventing water hammer and backflow in various industries.
Compare swing check valves and wafer check valves in terms of design, functionality, and cost. Discover which valve suits your needs based on flow capacity, space requirements, and budget. Learn about the key differences, installation considerations, and maintenance tips to make an informed choice for your piping systems.
Valve Trim defines the heart of flow control. Learn about API 600 charts, materials selection, and anti-cavitation designs to prevent failure
Discover the key differences between gate valves, butterfly valves, and globe valves, including their design, applications, and cost-effectiveness.
Learn about ASME B31.12 hydrogen piping and pipelines code, its safety guidelines, material selection, inspection, and its impact on the hydrogen industry.
Prepare for piping engineering interviews with our detailed guide. Learn key topics, practice questions, and access free resources for interview success.
Master distillation columns with EPCLAND, with quizzes & videos.
Explore free online courses on piping engineering by EPCLAND, including piping stress analysis, design, certification, and isometric pipe drawing. Download free resources and books.
Industrial Utility Station Design ensures efficient plant maintenance. Learn about utility station piping layout, safety, and hose specifications for 2026.
Explore the energy sector’s key verticals, challenges, and future trends, including oil, gas, renewables, and power generation, driving global progress and sustainability
Electrolysers play a crucial role in the production of hydrogen by splitting water into hydrogen