NEXT-ChemX Corporation.

NEXT-ChemX Corporation is a U.S.-based development-stage chemical technology company focused on its membrane-based ion extraction process, known as iTDE Technology. The company was organized in Nevada and is developing modular systems intended to extract specific ions from liquid solutions for industrial and environmental applications.

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— NEXT-ChemX Corporation.
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iTDE Technology0% Membrane-based ion extraction systems used to selectively remove ions from liquid solutions.
Pilot Plant Development0% Engineering, fabrication, and testing of pilot-scale extraction systems.
Commercial Deployment0% Future sale or licensing of commercial extraction systems and related services.

The company’s target customers are industrial users that need selective ion extraction from brines, mine leach...

  • Brine and lithium operatorsprimary

    Buy or evaluate ion extraction systems for lithium-bearing brines and similar solutions.

  • Mining and metal recovery customersprimary

    Use the technology to extract specific metal ions from mine leach solutions and effluents.

  • Industrial process userssecondary

    Seek separation and purification tools for oils, biodiesel, and other process streams.

  • Environmental and waste-treatment userssecondary

    Need selective removal of salts, radioactive ions, or contaminants from wastewater.

NEXT-ChemX is incorporated and headquartered in Las Vegas, Nevada, with principal offices in the United States...

  • Incorporated in Nevada and based in Las Vegas, USA
  • Principal office in Summerlin South, Las Vegas
  • Pilot plants currently underway in India
  • Commercial rollout may depend on pilot results and site readiness
  • Geographic footprint is tied to testing, not broad operating scale

The company’s near-term strategy is to complete pilot plants, demonstrate extraction economics, and convert technical...

01
Complete pilot plant trialsshort-term

Technical validation is needed before commercial adoption and customer testing.

02
Demonstrate commercial extraction economicsshort-term

Customers need proof that the process is viable versus alternative separation methods.

03
Scale modular deploymentmedium-term

The modular architecture is intended to increase capacity by adding units.

NEXT-ChemX faces development-stage execution risk because its business depends on successful pilot testing, customer...

high

Pilot plant and commercialization execution risk

The company must complete testing, calibration, and validation before it can sell at scale.

Scope
Pilot plants in India and future commercial deployment
Materiality
High
high

Financing and liquidity risk

Development activities require ongoing capital and the company has relied on shareholder support.

Scope
Working capital for equipment, materials, payroll, and pilot operations
Materiality
High
high

Technology adoption risk

Potential customers may not adopt the system until performance and economics are proven.

Scope
Brine, mining, and industrial end markets
Materiality
High
medium

Scale-up and technical performance risk

A modular lab-tested process may behave differently in larger or customer-specific settings.

Scope
Extraction efficiency, throughput, and calibration
Materiality
Medium
medium

Regulatory and environmental risk

Industrial extraction and wastewater applications are subject to environmental and local rules.

Scope
Mining, brine processing, nuclear waste, and wastewater uses
Materiality
Medium
Development-stage expense recognition
Operating results are highly sensitive to project spending
Management estimates and assumptions
Can materially affect reported assets and expenses
Potential impairment of intangible assets
Could affect future balance sheet values and earnings
Going-concern and liquidity disclosures
Important for assessing financial statement risk

: 29/04/2026