The Future of Lithium Extraction Starts with Plant Performance
Your DLE technology may be proven. Your plant still has to perform.
Direct Lithium Extraction is moving rapidly from pilots and demonstrations toward commercial-scale production.
But scaling DLE isn’t simply about selecting the right extraction technology. Process integration, plant design, equipment selection, utilities, automation, infrastructure and operational performance can determine whether a DLE project delivers at scale.
Join our expert webinar to explore what it takes to bridge the gap between DLE technology and commercial plant performance.
From Pilot Results to Commercial Reality
A successful pilot answers an important question:“Can we extract lithium?”
A commercial plant needs to answer much more:
- Can the process consistently achieve the required recovery?
- How does the DLE process integrate with downstream processing?
- Where can scale-up introduce bottlenecks?
- Is the plant designed for operational reliability and maintainability?
- How should utilities, equipment and automation be engineered?
- Can existing infrastructure be optimized before investing in new CAPEX?
- How do you translate pilot data into a commercially executable plant?
This is where engineering becomes the difference between a promising DLE process and a performing commercial operation.
What We'll Cover
01 | From DLE Technology to Plant Design
Understand the engineering considerations involved in translating a DLE process into a commercial plant.
02 | Process Integration & Scale-Up
Explore how process integration, mass balances, equipment selection and downstream processing influence plant performance.
03 | Plant Performance Optimization
Identify where process, equipment, utilities, automation and infrastructure can create hidden performance gaps.
04 | Engineering for Commercial Readiness
Understand how engineering decisions can help reduce execution risk, improve reliability and prepare DLE projects for scale.
Who Should Attend?
This webinar is designed for leaders responsible for DLE commercialization, plant performance and project execution, including:
- CTOs & Technology Leaders
- VP/Directors of Engineering
- VP/Directors of Projects & Capital Projects
- Process Engineering Leaders
- Plant & Operations Leaders
- DLE Technology & R&D Leaders
- Lithium Project Developers
- Oil & Gas / Energy Transition Leaders
Why This Matters Now
DLE is attracting significant investment because it has the potential to unlock lithium resources that are difficult or uneconomic to develop through conventional approaches.
But commercialization is the real test.
The industry is now moving from:
Pilot → Demonstration → Engineering → Commercial Plant → Optimization
And every step introduces new engineering decisions.
The question is no longer only whether DLE works.
It’s whether the entire plant can work — reliably, efficiently and at scale.
Services That Matter to Your DLE Success
Key service areas include:
- Process Engineering – Process assessments, optimization, and flowsheet development
- Automation & Controls – Instrumentation, control systems, and digital integration
- Plant Performance Optimization – Bottleneck identification and operational improvement
- Digital Engineering – Connected systems, engineering data, and digital models
Whether you’re planning a new DLE facility or optimizing an existing operation, aligning engineering with technology is critical to long-term success.
Register for the webinar to learn what you can do today and what you should prioritize to improve plant performance and accelerate DLE success.
Take the Next Step Toward Commercial-Scale DLE
Limited seats available.