Capillary stress can collapse pores and damage material performance.
Insulation, glass composites, coatings and porous powders
Aerogel and porous material drying
Supercritical drying removes solvent while reducing pore collapse risk for validated formulations.
43 sourcesSource IDs: S0070, S0086, S0087, S0029, S0030, S0031 +37Public claim boundary
Application planning
Application validation path
Insulation, glass composites, coatings and porous powders
Supercritical drying removes solvent while reducing pore collapse risk for validated formulations.
- Material state and pre-treatment
- Target ingredient or product boundary
- Sample trial and acceptance criteria
- Claim review before market copy
Supercritical CO2 drying equipment / Supercritical ethanol drying equipment
43 sourcesCapability
Aerogel and porous material drying
Capillary stress can collapse pores and damage material performance. Public claim boundary
Insulation, glass composites, coatings and porous powders
- Capillary stress can collapse pores and damage material performance.
- Aerogel
- Porous powders
- Composite gels
- Insulation materials
- Porous gels
Get a process plan
- Supercritical drying removes solvent while reducing pore collapse risk for validated formulations.
- Define wet gel or porous material state
- Confirm solvent exchange and drying route
- Validate sample structure after drying
- Size basket, vessel and recovery path
- Document acceptance boundary for production
- Compare CO2 and ethanol drying assumptions
Best fit
- Solvent system
- Pore structure risk
- Vessel basket design
- Validation samples
- Ethanol route fit
- Sample size
- Basket geometry
From idea to product launch
- CO2 drying system
- Sample validation
- Basket customization
- Operating procedure
- Safety review support
- Ethanol drying vessel
Aerogel and porous materials
- Drying route comparison for pore preservation / CO2 and ethanol supercritical drying routes are compared by material window before scale-up.
43 sources
Public claim boundary
S0070, S0086, S0087, S0029, S0030, S0031 +37Commercial system
From material route to market-ready project
This application is planned as one chain: material validation, equipment fit, pilot batches, claim review and partner launch work.
Route anchored to equipment, process and source IDsMaterial intake
Insulation, glass composites, coatings and porous powders / Aerogel / Porous powders
Process window
Supercritical drying removes solvent while reducing pore collapse risk for validated formulations. / Define wet gel or porous material state
Equipment fit
Supercritical CO2 drying equipment / Supercritical ethanol drying equipment
Pilot batch
CO2 drying system / Sample validation
Claim review
Public claim boundary
Node launch
Joint commercialization / Regional node partnership
Send a process brief
- Solvent system
- Pore structure risk
- Vessel basket design
- Validation samples
- Ethanol route fit
Process path
- Supercritical drying removes solvent while reducing pore collapse risk for validated formulations.
- Define wet gel or porous material state
- Confirm solvent exchange and drying route
- Validate sample structure after drying
- Size basket, vessel and recovery path
- CO2 drying system
- Sample validation
43 sources
Public claim boundary
S0070, S0086, S0087, S0029, S0030, S0031 +37Claim-bounded cases
- Aerogel and porous materials: Drying route comparison for pore preservation
From idea to product launch
- Joint commercialization: Bring raw material, process, packaging and sales assets into one project path.
- Regional node partnership: Build shared extraction capacity around local crops and industrial partners.
- Remote operations: Connect batch records, alarms and diagnostics to keep process knowledge reusable.
Aerogel and porous material drying
Capillary stress can collapse pores and damage material performance.
Route anchored to equipment, process and source IDsRecommended equipment
Process path
