Technology Incubation & Governed Deployment

Tekstein Scientific, Inc. operates as a technology incubator and systems authority that invents, validates, licenses, and governs the rollout of advanced industrial technologies.

Our proprietary platforms—led by SHURE® shock-hydrodynamic technology—address complex challenges in critical minerals recovery, water treatment, materials processing, and infrastructure resilience, where performance and scale cannot be left to chance.

Rather than acting as an OEM or contractor, Tekstein retains ownership of its core intellectual property and works with certified deployment partners responsible for construction, operations, and workforce execution. This model ensures technologies are deployed correctly, data integrity is maintained, and systems can be replicated at the regional and national scales.

Tekstein’s role extends beyond invention. We establish reference system architectures, validate performance through pilot and field deployment, and provide ongoing technical governance for technologies that directly impact national security, supply-chain independence, and critical infrastructure.

Invents and patents core industrial technologies
Validates performance through pilot and field deployment
Licenses platforms by field of use and geography
Certifies and governs deployment partners

How Tekstein Scientific, Inc. Operates

SHURE – The Future of Drilling Optimization

SHURE® is Tekstein Scientific’s flagship shock-hydrodynamic platform, designed to condition and unlock ultrafine material fractions that conventional systems cannot access.

SHURE and Cavitation Intro Video:

Low-Pressure Deployment Architecture

Typical Operating Envelope

Nominal Flow Range: up to ~20-150 GPM
Operating Pressure Class: Low-pressure (LP systems)
Target Particle Range: Ultrafine conditioning in the ~2–20 µm regime
Primary Function: Emulsion relaxation and ultrafine liberation upstream of mechanical separation

System Characteristics

Designed for integration upstream of centrifuges, hydrocyclones, or DAF systems
Optimized for continuous processing of drilling fluids, slurries, and industrial process streams
Supports modular, parallel deployment for scale-out applications

Typical Applications

Drilling fluid conditioning
Barite recovery enhancement
Industrial slurry processing
Water and waste stream pretreatment

SHURE HP-1000 – Advanced Micro-Refining™ Technology

SHURE and Cavitation Video:

SHURE Rig Overview & Cavitation Manifold Visual:

High-Pressure Deployment Architecture

Typical Operating Envelope

Nominal Flow Range: up to ~1,000 GPM (modular configurations)
Operating Pressure Class: High-pressure (HP systems)
Target Particle Range: Ultrafine and microfine conditioning in the ~2–20 µm regime
Primary Function: High-energy shock-hydrodynamic cavitation for aggressive ultrafine liberation

System Characteristics

Engineered for high-throughput, high-energy applications
Enables scaling via parallel manifold architectures
Designed to operate as a front-end performance amplifier for downstream separation technologies

Typical Applications

Critical minerals recovery
Large-scale solids processing
Produced water and industrial wastewater treatment
Pilot and pre-commercial deployment for national-scale programs

SHURE® is Tekstein Scientific’s flagship shock-hydrodynamic platform, deployed under Tekstein’s governance framework to unlock ultrafine material fractions at an industrial scale.

SHURE System Installed on Industrial Equipment – Optimizing Drilling Operations

SHURE System Installed on a Drilling Site – Red Infrastructure Example

SHURE Installation with Green Infrastructure – Efficient Fluid Processing

SHURE Technology Eliminates Micro-Fines – A Visual Difference

"The SHURE Difference: Transforming Fluids, Transforming Operations"

On Left above before SHURE: Microfine particles muddying the process, wasting valuable minerals, and increasing operational inefficiencies.After SHURE: Crystal-clear results with unmatched particle separation, preserving valuable resources, reducing waste, and optimizing your drilling fluids."From cloudy inefficiency to clear performance – SHURE delivers results you can see and savings you can feel."

Particle Size Distribution Improvement with SHURE – Before and After Comparison

Particle Size Distribution: Before and After SHURE Processing

This chart highlights the significant improvement in particle size distribution achieved through SHURE technology. The "Before SHURE" data (red) shows a higher proportion of larger particles (10-15 microns and above), which can reduce fluid efficiency and increase waste. In contrast, the "After SHURE" data (blue) demonstrates a remarkable shift, with the majority of particles reduced to the optimal range of 0-5 microns, enabling:

85% particle size reduction efficiency
Enhanced separation of valuable minerals
Reduced waste volume and improved fluid properties

Callout:
"SHURE transforms inefficient fluid processing into precision separation, ensuring your operation runs cleaner and more cost-effectively."

SHURE Technology Performance Metrics – Exceptional Particle Reduction and Cost Savings

Reamer Section Design

CESAR – Advanced Borehole Stabilization Tool by Tekstein Scientific

Key Features of CESAR and BRUTUS Tools by Tekstein Scientific

Blue Advanced Drilling Tool – High-Performance Engineering

Solid Friction Reaming
Architecture

The following tools represent validated mechanical architectures developed and refined by Tekstein Scientific as part of broader system-level technologies.

Rather than selling standalone tools, Tekstein designs, tests, and governs how mechanical components integrate into complete operational systems. These implementations serve as reference designs for certified deployment partners operating under Tekstein’s technical standards and performance envelopes.