Kategorier: Alle - combustion - systems - fuel - hydrogen

af Arvind Jujare 1 dag siden

89

Hydrogen Value Chain

Innovations in hydrogen technology are driving advancements across various sectors. The hydrogen value chain encompasses the production, distribution, and utilization of hydrogen, with significant focus on its application in gas turbines and fuel cells.

Hydrogen Value Chain

ROMs/Standards

MDAO

Stack + Housing

Crashworthiness
Weld Fatigue
Static Structural
Lifting
Welds/Bolts

Random Vibration

Fatigue

Assembly Loads

Stiffness - MEA delamination

Component Calibration

Full Stack

Load Fluctuations

Impact on Rectifiers

Hydrogen Value Chain

Utilization

Fuel Cell Vehicle
Fuel Cells EV
Fuel Cells Generic

Fuel Cell Digital Twin

Virtual Validation

Mechanical, LS-Dyna

Fluent, optiSLang

Valves (back, purge)

Water separator

Radiator/Heat Exchanger

Humidifier

Cooler

Fuel Cell Sizing

H2 Gas Turbine
H2 Gas Turbines Generic

Fatigue & Life

Twin Deployer, Hybrid Analytics

Systems Test & Integration

Component Tests

Turbine

Off Design Performance

Control System

Mechanical

Whirling

Vibration

Stress

Fluent, GPU

Combustion

CHT

Aerodynamics

nozzle

inlet

turbine

compressor

Systems Engineeing

ModelCenter

Prelim studies | Choice of cycle | Type of turbomachinery

Thermodynamic Design Point Studies

H2 Combustion

Storage & Distribution

Distribution
Tank filling & transport
LNG
Pipeline
Storage
Subtopic
Embrittlement

PHM: Fatigue Life

nCode, Twin Deployer

Fatigue Life (compromised by Hydrogen presence)

Safety: Catastrophic Failure

Material Database

Diffusion Simulation

Mechanical (maybe Fluent for detailed diffusion studies

Stress + Crack Propagation Simulation

Fracture Toughness / SIF

Limiting Loads for catastrophic failure in the presence of Hydrogen

Stress Simulation

Materials Selection

Alloy/Polymer Composition

Material Selection: Tool/Database

Enviromental Loads (Temperature, Stress, Hydrogen Concentration)

Compressed H2 tank
Compressor
Cryogenic pump
Cryogenic tank

Production

Electrolysis
Electrolyzer - PEM

Operations

MEA Degradation/Life

Electrolyzer Digital Twin

Systems Integration

Virtual Commissioning

BoP Integration

HiL

SiL

MiL

Product Engineering

Electrical

Electronics Enterprise Suite: Maxwell, Q3D, SIwave, HFSS, Twin Builder, Circuit, EMA3D Cable/Charge

Power Electronics

Connections to regional codes

Structures

Mechanical, LS-Dyna, TB

Harmonics

Thermal Stress

Swelling

Response Spectrum

Random Vibrations

Modal Analysis

Contact Modeling

Fluids

Pressure Drop, Distribution, Pumping Power

CHT (Temperature Distribution)

Multiphase (Water Management)

Electrochemistry w/o fuel channels

Electrochemistry w/ fuel channels

Full Stack Analysis

Fluent, optiSLang, TB

Leak Test

Fluent

Systems Engineering


Systems Modeling Framework today

Gaps/Ask

Auxilliaries

Demister

Pump

Functional Safety

Medini

Materials - MEA Characterization

Granta

Parametric/Generative Design

Electrolyzer Sizing


Model Library

Steam Methane Reforming
Shift converters
Separator
Heat Exchanger

Erosion/Corrosion

Cold & Hot Cycle Fatigue

Syngas, chemistry, condensation, evaporation

Reformer

Digital Twin

H2 desorption from deionized water

SMR H2 production with carbon capture

SMR design and scale up

Desulfurizer

Combustor

Pyrolysis

Full SMR system

Balance of Plant