Bertfelt Teknik AB’s Post

A well-designed and properly functioning #boilerheader is essential for the effective and efficient operation of a steam and condensate recovery system in an industrial setting. It ensures the proper distribution of steam, regulates pressure, collects condensate, and contributes to system reliability and energy conservation. Here are several reasons why a boiler header is important: 1. Distribution of steam. It ensures that steam is evenly distributed to different processes, equipment, and branches in the steam system. 2. Pressure regulation. It ensures that the steam is delivered at the appropriate pressure to meet the requirements of different applications within the facility. 3. Condensate collection. The header also collects condensate (the liquid formed when steam loses heat and condenses) from the various steam-using processes. Efficient condensate collection is crucial for maintaining the overall efficiency of the steam system. 4. Prevention of water hammer. The boiler header helps in minimizing water hammer effects by providing a buffer and allowing for a more controlled distribution of steam. 5. Steam Quality. By collecting steam from the boiler and distributing it evenly, the header helps prevent issues like uneven pressure or temperature fluctuations that can affect the quality of steam. 6. System Integrity. Boiler header must be designed and maintained properly to prevent leaks, corrosion, or other issues that could compromise the efficiency and safety of the system. 7. Condensate Recovery The boiler header is often equipped with mechanisms to separate and recover condensate, which can be returned to the boiler for reuse. This contributes to the overall energy efficiency of the system. #steam #boilerheader #energyefficiency #condensaterecovery

New boilers are a big investment so, getting your boiler installation right the first time is crucial. With all the conflicting information in the media at the moment and a shortage of skilled engineers in the trade, its hard to know what’s right! No one wants to be left with an unsafe, untidy boiler installation or a boiler that doesn’t work properly right from the start and in many instances, a new boiler, unless correctly specified, will offer no saving or efficiency improvements. As a professional, it is our responsibility to inform customers of the correct boiler for their requirements. A one size fits all approach, is not the answer and hopefully some of our tips will help you to understand what to look out for. Each week we will be breaking down every stage of the process, so you know what’s included in a boiler installation with STP So, if you’re thinking of getting a new boiler installed and don’t know what you should expect, keep an eye on our page 👀 #boilerinstallation #heatingengineer #energyefficiency Dan Tempest Claire Saxton

What is steam trap ? 🤔 Steam traps are essential components in steam systems used to remove condensate (water formed by the cooling of steam) and non-condensable gases from the system while preventing the escape of live steam. Proper condensate removal is crucial for the efficient and safe operation of steam-based heating and process systems. Function: - Condensate Removal: Steam traps remove condensate from steam systems, preventing it from accumulating in the piping or equipment. - Non-Condensable Gas Removal: Steam traps also help remove non-condensable gases, such as air and carbon dioxide, which can hinder the efficiency of the steam system. #steam #chemicalengineering #chemicalindustry #fittings

Having the correct Lockout device is vital when potentially hazardous energy sources are present. Mechanical energy sources such as steam, water, gas or liquid fuels, can often be isolated using a Valve Lockout device. To isolate the energy source, closing the valves into the ‘off’ position, and then locking the valve out with a Lockout Device is the most effective way to ensure that work can be carried out safely. At Reece we have a range of Ball Valve Lockout device, Gate Valve Lockout devices and also Butterfly Valve Lockout devices, to ensure your workers are protected. Check out the range here: https://lnkd.in/eMhBi4yA #reece #reeceinternational #lockouttagout #valvelockout

*STEAM OPERATED PUMP TRAP (SOPT)* The Forbes Marshall Steam Operated Pump Trap is an innovative product capable of working in either trapping or pumping modes automatically, depending on the process conditions. It operates on steam and is used for condensate evacuation under all operating conditions, including vacuum/stall thereby enabling high system uptime and enhanced productivity. *Application* : Condensate evacuation under stall condition *Features* : Two orifice mechanism for handling condensate evacuation under peak and low running loads (patent applied) Enhanced discharge capacity Robust and compact construction Built-in check valve Available as skid mounted unit *Benifits* : Improved batch time and productivity by keeping the process stall free Stall free process enables maintaining of temperature gradients and product quality No opening of trap bypass valve during stall, resulting in steam and condensate savings Improved equipment uptime For further more information on Steam and condensate related solutions contact our specialist Ravi Pruthi David Esomchi Ugwu Stanley Onyeocha (R.Engr, MBA) Chirag Dad Email : westafrica@forbesmarshall.com #forbesmarshall #condensate #stalling #energyefficiency

Key Components of a Centrifugal Pump: 👉 Impeller - A rotating component that transfers mechanical energy to the fluid by accelerating it. 👉 Diffuser - A stationary component that converts kinetic energy into pressure energy by gradually expanding the flow area. 👉 Volute - A stationary component that converts kinetic energy into pressure energy by forcing the fluid to flow through a gradually expanding spiral passage. 👉 Shaft - A rotating component that transfers torque from the motor to the impeller. 👉 Bearing - A component that supports the weight of the shaft and ensures smooth rotation of the impeller. 👉 Casing - Stationary component that guides the fluid flow and minimizes turbulence. 👉 Seal - Prevents leakage between the pump and the surroundings. Read More - https://lnkd.in/g6QYeDDM For More Information Follow Our WhatsApp Channel - https://lnkd.in/g3jfbqVS

#Hydrogen Piping systems shall be designed to take into consideration the following: a) fully depressurize the system for maintenance (for example, to avoid pressure trapped behind check valves); b) isolate the system for maintenance, (for example, double block and bleed, positive isolation); and c) purge the system with an inert gas before maintenance and with hydrogen after maintenance. 

🔹Boiler Shell: Definition: The outer cylindrical structure of the boiler that contains and provides support for other boiler components. Process: It houses the water and steam, ensuring structural integrity and preventing heat loss. 🔹Water Wall Tubes: Definition: Tubes located in the furnace area of the boiler, filled with water, and subjected to the heat of combustion. Process: Absorb heat from the combustion gases, generating steam as the water within them turns into steam. 🔹Furnace: Definition: The combustion chamber where fuel is burned to produce heat. Process: Generates high-temperature gases that pass over the water wall tubes, transferring heat to the water. 🔹Superheater: Definition: A component that further increases the temperature of the steam produced by the boiler. Process: Steam from the water wall tubes passes through the superheater, enhancing its thermal energy and preventing condensation. 🔹Economizer: Definition: A heat exchanger that preheats the feedwater before it enters the boiler. Process: Utilizes waste heat from flue gases to raise the temperature of the incoming water, improving overall boiler efficiency. 🔹Steam Drum: Definition: A cylindrical vessel where steam and water are separated. Process: Steam rises to the top of the drum, while water is drawn from the bottom, ensuring a steady supply of steam. 🔹Water Drum: Definition: A vessel that holds water and connects to the steam drum. Process: It acts as a reservoir, ensuring a consistent water supply for the boiler. 🔹Downcomers: Definition: Tubes that carry water from the steam drum to the water drum. Process: Facilitates the circulation of water within the boiler, maintaining a balanced water level. 🔹Burner: Definition: A device that mixes fuel and air for combustion within the furnace. Process: Initiates the combustion process, providing the heat needed for steam generation. 🔹Blowdown System: Definition: A system for removing impurities from the boiler water by periodically discharging a portion of it. Process: Controls the concentration of dissolved solids in the boiler water to prevent scale and corrosion. 🔹Safety Valves: Definition: Pressure-relief valves that release excess steam to prevent overpressure in the boiler. Process: Activated when the steam pressure exceeds a predetermined level, ensuring the boiler's safety. #chemicalengineering #processengineering #boilers #watertreatment #oilandgasindustry

Considerations in the selection of a reciprocating compressor 1. Discharge pressure 2. Capacity 3. Power supply characteristics 4. Availability and cost of cooling water 5. Space required for compressor 6. Compressor weight 7. Type and size of foundation 8. Types of process control 9. Maintenance costs #compressor #API618 #greenenergy #greentechnology #oilandgasindustry #petroleumindustry #bakerhughes #renewableenergy #oilandgasexploration