Качество Теплообменник TEMA Фабрика

Сосуд под давлением

Качество Промышленное давление для регенерационной колонны Гликол ГС Газ СО2 Жидкость NACE MR0175 ISO 15156 Фабрика

Промышленное давление для регенерационной колонны Гликол ГС Газ СО2 Жидкость NACE MR0175 ISO 15156

Pressure Vessel for Regeneration Column Glycol HC Gas CO2 Fluid NACE MR0175 ISO 15156 Product Description: The Pressure Vessel is a high-quality product designed to meet the specific needs of various industrial applications. With a design pressure of 4 Bar G, this pressure vessel ensures reliable performance under challenging operating conditions. One of the key features of this Pressure Vessel is its insulation and fireproofing capabilities. The inclusion of insulation and
Качество 1500 Пси Стальная давляющая установка для разгрузочной колонны M.D.M.T. -6°C Фабрика

1500 Пси Стальная давляющая установка для разгрузочной колонны M.D.M.T. -6°C

Stainless Steel Pressure Vessel for Stripping Column M.D.M.T. -6℃ Product Description: The pressure rating of a stainless steel stripping column depends on several factors, including material grade, wall thickness, temperature, and design standards (e.g., ASME, PED). Below are key considerations for determining the pressure capacity: Design Standards & Calculations ASME BPVC Section VIII (for pressure vessels) is commonly used. Cylindrical Shell Thickness Calculation
Качество Сепаратор низкотемпературный из нержавеющей стали / углеродистой стали, сосуд под давлением, стандарты ASME Фабрика

Сепаратор низкотемпературный из нержавеющей стали / углеродистой стали, сосуд под давлением, стандарты ASME

Low Temperature Separator (Pressure Vessel) ASME Standards Carbon Steel/Stainless Steel Cladding Material A Low Temperature Separator (LTS) is a type of equipment used primarily in the oil and gas industry to separate hydrocarbons and other components from a gas stream by cooling the stream to low temperatures. This process is commonly used in natural gas processing to separate liquid hydrocarbons (such as condensate) and water from the gas stream. Here’s a detailed overview
Качество Сосуды под давлением из нержавеющей стали NACE MR103 для рефлюкса амина, антикоррозийные, одобрение U Stamp Фабрика

Сосуды под давлением из нержавеющей стали NACE MR103 для рефлюкса амина, антикоррозийные, одобрение U Stamp

Pressure Vessels for Amine Reflux Vessels: Design & Considerations Amine reflux vessels are pressure vessels designed to handle condensed liquids (water + amine) and residual acid gases (H₂S, CO₂) from the overhead of an amine stripper column. Their design follows strict standards due to corrosive conditions and operational demands. 1. Design Codes & Standards I.> ASME BPVC (Boiler & Pressure Vessel Code), Section VIII, Div. 1 or 2 – Mandatory for pressure containment. II.>
Качество Сосуд высокого давления для сепаратора Insterstage KO, объем IBC 2018, стандарты ASCE 7, NACE MR 103 Фабрика

Сосуд высокого давления для сепаратора Insterstage KO, объем IBC 2018, стандарты ASCE 7, NACE MR 103

Product Description: The Pressure Vessel is a crucial component designed to store and transport Sour HC Gas (H2S + CO2) along with Free Water in a safe and efficient manner. Constructed in compliance with the highest industry standards, this vessel is built to withstand various environmental factors, ensuring the integrity and longevity of the stored materials. Designed in accordance with ASME VIII Div. 1 standards, this Pressure Vessel adheres to stringent regulations to
Качество ASME VIII Div. 1 Оборудование для сосудов под давлением для послеохладителей с высокой эффективностью Фабрика

ASME VIII Div. 1 Оборудование для сосудов под давлением для послеохладителей с высокой эффективностью

Pressure Vessels For Aftercooler Separator Shell, Heads Nozzle Flange Of Clading Or Stainless Steel Aftercooler separator (often referred to as an air compressor aftercooler or moisture separator) is a device used in compressed air systems to cool the hot compressed air and remove moisture and contaminants before the air enters downstream equipment. Function: 1. Cooling Compressed Air – After compression, air is hot (often 150–350°F). The aftercooler reduces the temperature
Качество ASME SA516 Gr.70 Углеродистая сталь Глава теплообменника Фабрика

ASME SA516 Gr.70 Углеродистая сталь Глава теплообменника

ASME SA516 Gr.70 Heat Exchanger Bottom Head ASME SA516 Gr.70 is a carbon steel plate widely used in medium and low temperature pressure vessels, especially for manufacturing pressure-bearing parts such as heads of heat exchangers, storage tanks and boilers. ASME SA516 Gr.70 heat exchanger bottom head is an ideal choice for medium and low temperature and non-strong corrosion conditions due to its high strength, good weldability and economy. Heat exchanger bottom head: When
Качество Вертикальное давление сосуда для снятия колонны, используемой в процессах дистилляции и разделения Фабрика

Вертикальное давление сосуда для снятия колонны, используемой в процессах дистилляции и разделения

Pressure Vessel Manufacturer for Stripping Column used in distillation and separation processes Product Description YUHONG Pressure Vessel: A stripping column is a specialized type of pressure vessel used in distillation and separation processes, particularly in industries like petroleum refining, chemical processing, and natural gas treatment. Stripping columns are critical pressure vessels used in distillation and separation processes across industries such as oil & gas,
Качество Гликолевая флеш-сосуды ASME Нагнетательные сосуды из нержавеющей стали SA240 SS304 Материал облицовки Фабрика

Гликолевая флеш-сосуды ASME Нагнетательные сосуды из нержавеющей стали SA240 SS304 Материал облицовки

Glycol Flash Vessel (Pressure Vessel) ASME Standards Stainless Steel SA240 S.S. 304/Cladding Material SA516 GR.60/70 With Stainless steel cladding A Glycol Flash Vessel is a critical component in natural gas processing systems, particularly in glycol dehydration units. Its primary purpose is to separate hydrocarbons and other volatile components from the rich glycol solution after it has absorbed water from the natural gas stream. Here's an overview of its function and