Built for battery manufacturers

Know what dry process saves you

DryForge calculates the real ROI of switching from wet electrode manufacturing to dry. Floor space, energy, solvents, capital. One tool, zero guesswork.

47%
of cell production energy goes to electrode drying alone
~1%
of global electrode production uses dry process today
3 TWh
projected EV battery demand by 2030
How it works

Input your current process. See what changes.

DryForge uses published manufacturing data to model the impact of eliminating solvents, ovens, and recovery systems from your electrode line.

Step 01

Enter Your Parameters

Current floor space, energy costs, solvent spend, production volume, and chemistry. Takes two minutes.

Step 02

See the Comparison

Side-by-side breakdown of wet vs. dry across cost, sustainability, performance, and space. Real numbers, not marketing.

Step 03

Export the Business Case

Download a boardroom-ready report with projected savings, CO2 reduction, and payback timeline for your specific operation.

The numbers

Wet process vs. dry process manufacturing

Based on published data from commercial-scale dry electrode platforms.

Metric Wet Process Dry Process
Toxic Solvents (NMP) Required 100% eliminated
Manufacturing Footprint Baseline 60% smaller
Utility Operating Costs Baseline 30% savings
CO2 Emissions Baseline 55% reduction
Capital Equipment Cost Baseline 20% lower
Cycle Life (NCM811 cathode) ~2,000 cycles 4,000+ cycles at 83% retention
Chemistry support

Model any electrode chemistry

DryForge covers the full range of commercially relevant cathode and anode materials.

NCA
NCM
LFP
LTO
Graphite
Silicon-Graphite
Aluminum-Ion
Sodium-Ion
Solid-State
Supercapacitor

The battery industry is shifting to dry. The only question is how fast.

DryForge gives manufacturers the data to move with confidence, not just conviction.