Published August 2, 2026 | Version v1
Dataset

Flow Battery Reproducibility Study – Participant 28 (Phase 2b)

  • 1. STFC

Description

Submission from participant 28 as part of the Flow Battery Reproducibility Study, Phase 2b. Job role: Postgrad/PhD student. Experience: 1–2 years.

Additional details

Domain Specific Metadata

 
Property Value
Fb Data Collection Phase Phase 2b
Fb Job Role Postgrad/PhD student
Fb Experience Flow Batteries 1–2 years
Fb Participant Identifier 28
Fb Number Of Repeats 3
Fb Electrode Pretreatment Type Heat-treated
Fb Heat Treatment Furnace Type Box
Fb Heat Treatment Atmosphere Air
Fb Heat Treatment Ramp Rate 3.0
Fb Heat Treatment Dwell Temperature 400.0
Fb Heat Treatment Dwell Time 24.0
Fb Heat Treatment Cooling Method Controlled ramp
Fb Heat Treatment Cooling Details Cooling rate also 3°C/min
Fb Heat Treatment Batching Treated individually before each test
Fb Time Between Heat Treatment And Use 2.0
Fb Electrode Storage After Heat Treatment Open to air
Fb Electrode Storage After Receipt Enclosed (non-inert)
Fb Membrane Storage Type Wet
Fb Membrane Storage Liquid deionised H2O
Fb Membrane Storage Details Stored in container included with test kit
Fb Membrane Pretreatment No (used as received)
Fb Ferrocyanide Chemical Details Potassium hexacyanoferrate(II) trihydrate, K4Fe(CN)6 · 3H2O
Fb Ferrocyanide Purity 99.0
Fb Ferrocyanide Supplier Thermo Scientific
Fb Ferricyanide Chemical Identity Potassium ferricyanide(III), K3Fe(CN)6
Fb Ferricyanide Purity 99.0
Fb Ferricyanide Supplier Thermo Scientific
Fb Supporting Electrolyte Identity Potassium chloride, KCl
Fb Potassium Chloride Purity 99.5
Fb Potassium Chloride Supplier Grüssing GmbH
Fb Water Type Deionised
Fb Water Purification System Unknown
Fb Water Purification Details Unknown
Fb Electrolyte Preparation Strategy Multiple stock batches used across repeats
Fb Electrolyte Batch Size 1000.0
Fb Electrolyte Storage Environment Dark (cupboard/covered)
Fb Electrolyte Storage Duration 96.0
Fb Electrolyte Volume Measurement Method Volumetric
Fb Reagent Purity Used No
Fb Water Ph Measured Yes
Fb Electrolyte Ph Measured No
Fb Electrode Cutting Method Template-guided manual cutting
Fb Potentiostat Usage Single instrument for all tests
Fb Potentiostat Manufacturer Cycling Biologic
Fb Potentiostat Model Cycling VMP-3e
Fb Potentiostat Manufacturer Polarisation Biologic
Fb Potentiostat Model Polarisation VMP-3e
Fb Potentiostat Manufacturer Impedance Biologic
Fb Potentiostat Model Impedance VMP-3e
Fb Potentiostat Calibration Frequency Yearly
Fb Potentiostat Calibration Method Dummy cell (manufacturer supplied)
Fb Connection Method Crocodile/alligator clips
Fb Electrical Connection Scheme 2-point (4-wire)
Fb Potentiostat Cable Length 1–2 m
Fb Potentiostat Cable Type Manufacturer cable – standard length
Fb Potentiostat Cable Shielding Unknown
Fb Number Of Pumps Single (including dual head)
Fb Pump Type Peristaltic
Fb Pump Manufacturer Masterflex (Cole-Parmer/Avantor)
Fb Pump Model Masterflex L/S Digital Drive
Fb Reservoir Material Glass (borosilicate)
Fb Reservoir Type Duran/Schott bottle (GL bottle)
Fb Reservoir Volume 130.0
Fb Electrolyte Volume Used 100
Fb Impedance Reservoir Config Single reservoir
Fb Polarisation Reservoir Config Single reservoir
Fb Temperature Control Ambient (not controlled)
Fb Laboratory Temperature 20–22 °C
Fb Pump Flow Rate Calibrated No
Fb Leak Test Performed No
Fb Break In Performed Yes
Fb Break In Duration 0.75
Fb Break In Flow Rate 25
Fb Cell Assembly Issues No
Fb Additional Experiments Yes
Fb Repeat Method Full cell disassembly and rebuild, fresh electrolyte
Fb Electrolyte Leakage Reported No
Fb Typical Group Practice Leaks Tolerate minor leaks but document/report
Fb Electrolyte Stirring No
Fb Electrolyte Sparging Yes
Fb Sparging Gas Argon
Fb Gas Humidification Humidified
Fb Sparging Application Pre-sparge then headspace blanket
Fb Sparging Gas Flow Rate Not recorded
Fb Polarisation Beyond Limits No
Fb Impedance Control Mode Potentiostatic (PEIS)
Fb Consent Public Display Yes