Contenitore a pressione

ASME Section VIII Pressure Vessel U Stamp Certificated Reactor for Hydrogen Service YUHONG High-Temperature CO-Shift Reactor (HT CO-Shift Reactor) is a critical, heavy-duty pressure vessel custom-engineered. Designed and certified in strict accordance with ASME Section VIII, Division 1 (2015 Edition) with official "U" Stamp certification , this reactor is purpose-built to handle severe Hydrogen Service (H2 Service) under high-pressure and high-temperature environments. High

ASME Limpet Coil Pressure Vessel for Heating and Cooling Applications in Chemical & Oil Industry Product Description This equipment is a Limpet Coil Pressure Vessel, designed for efficient heat transfer through an external half-pipe coil welded onto the vessel shell. It is widely used in chemical processing, oil & gas, and pharmaceutical industries for heating, cooling, and temperature control of process fluids. Key Features Limpet Coil (Half-Pipe Jacket) Design External half

Horizontal Pressure Vessel with Removable Flanged Closure Product Overview This horizontal pressure vessel features a removable flanged closure designed for flexible operation, easy maintenance, and reliable performance in various industrial processes. The robust cylindrical shell with multiple nozzle connections and detachable end cover provides convenient access to internal components, making it ideal for applications requiring frequent inspection or component replacement.

ASME Certificated Tovwer OVHD Trim Condenser for Crude distillation unit. YUHONG ASME-certified Tower OVHD Trim Condenser​ is a critical heat exchange equipment designed for crude oil distillation units, engineered to ensure efficient heat recovery and operational reliability under stringent industrial conditions. Design & Configuration The condenser adopts an AES-HORZ (Horizontal Fixed Tube Sheet)​ design, optimized for thermal efficiency and structural stability. Key

ASME Pressure Vessel Industrial Steam Separator SA106 Grade B for oil and gas industry YUHONG Condensate Tank is engineered for reliable service in hydroelectric plant systems. Designed and constructed in compliance with ASME Boiler and Pressure Vessel Code principles, it ensures safe and durable containment of condensate. Key Technical Specifications Design & Working Pressure:​ 2 Barg Design & Working Temperature:​ 110°C max Hydrostatic Test Pressure:​ 2.6 Barg (Tested

ASME U Stamp Certified BS EN10025 S275JR Condensate Tank for Hydro Plant Constructed from premium carbon steel and featuring precision-engineered fittings, YUHONG pressure vessel meets the rigorous structural requirements of industrial pressure vessel standards, providing a long-term solution for condensate management. Technical Specifications Parameter Value / Specification Medium Condensate Nominal Capacity 9.23 Cubic meter Operating Conditions 2 Barg @ 110degree Design

ASME U Stamp Certified High Pressure Pipeline Pig Launcher for Oil and Gas Industry YUHONG is a premier provider of high-specification equipment for the global oil, gas, and petrochemical sectors. We excel in the design and fabrication of ASME U Stamp Certified pressure components, ensuring that every product meets the most rigorous international safety and quality standards. 1. ASME Boiler and Pressure Vessel Code (BPV Code) Overview Our products are engineered and

Сосуды давления SA516 Gr.70 по ASME Section VIII для нефтехимической промышленности Профессиональные решения от Yuhong Group Co., Ltd Ведущий поставщик комплексных решений для нефтегазовой, химической и энергетической отраслей. Специализация включает производство теплообменников, сосудов под давлением, аппаратов воздушного охлаждения и комплектующих. Ключевой материал: SA516 Gr.70 Углеводородная листовая сталь для сосудов давления, работающих при средних и низких температурах

Hydrogen Sulfide Reactor Nace MR0175/ISO 15156. Section VIII, Div. 1 or 2 API 650/620 Hydrogen sulfide (H₂S) reactor is a specialized vessel designed to process, remove, or convert H₂S—a toxic, corrosive, and flammable gas commonly found in natural gas, refinery streams, biogas, and chemical processes. These reactors are crucial in gas sweetening, sulfur recovery (Claus process), and wastewater treatment. Below is a detailed breakdown of the composition and key components of