An industrial crystallization platform developed through real equipment work.
Slipstream ZLD grew from a multi-year effort to make wastewater crystallization smaller, more energy-efficient, more maintainable, and more accessible to industrial generators operating below the scale of conventional large ZLD plants.
Bring crystallization within reach of smaller industrial generators.
Traditional zero-liquid-discharge systems were often designed for very large industrial or utility-scale installations. Slipstream’s development effort focused on a different part of the market: facilities with meaningful wastewater challenges, but without the flow, footprint, staffing, or capital structure of a conventional large ZLD plant.
The objective was not simply to build another evaporator. It was to create a compact crystallization platform that recovered water, managed solids, reused thermal energy, and remained serviceable in the field.
From process concept to complete industrial equipment.
Slipstream’s historical materials describe the X-Series as the result of approximately five years of development and maturation.
Architecture Development
Falling film evaporation, mechanical vapor recompression, low-pressure steam, and closed-vessel crystallization were combined into one process concept.
Equipment Engineering
Reactors, pumps, vapor handling, controls, solids management, structural frames, materials, and maintenance access were developed into complete system configurations.
Fabrication and Testing
Slipstream built integrated equipment and refined the design through operation, troubleshooting, cleaning, maintenance, and application work.
Commercial Platform
The X-60, X-180, and X-300 were documented as standard models, with the X-180 serving as the primary commercial product.
Field experience shaped the architecture.
The X-Series was not developed only as a process-flow diagram or bench-scale concept. Historical Slipstream materials describe complete systems that were engineered, fabricated, operated, and deployed.
The practical decisions behind the X-Series.
Several core principles repeatedly appear across the historical process descriptions, technical summaries, and product presentations.
Energy Reuse Through Crystallization
Mechanical vapor recompression reused Stage I vapor, while Stage II vapor returned to Stage I to extend the energy-reuse cycle beyond evaporation and into crystallization.
Broad Wastewater Tolerance
The platform was developed for difficult chemistry, with anti-scaling dosing, upstream solids removal, and materials selection configured around the stream.
Maintainability by Design
Scaling and fouling were treated as manageable heat-transfer challenges. Critical surfaces were accessible for inspection, cleaning, descaling, and replacement.
Compact Modular Scale
Standard configurations were documented at 1, 3, and 5 GPM, allowing industrial treatment below the scale of traditional large ZLD plants.
Automated Operation
The system sequenced feed, recirculation, heating, concentration, transfer, distillate handling, dewatering, alarms, and solids-discharge readiness.
Industrial Materials
316L stainless steel was standard for wetted components, with titanium and other specialty alloys contemplated for more aggressive service.
The value extends beyond drawings and specifications.
A significant part of the Slipstream opportunity lies in the practical knowledge developed while turning the architecture into operable industrial equipment.
- Falling film and vapor-recompression integration
- Low-pressure operation and vapor routing
- Scaling prevention and chemical-injection strategy
- Upstream solids management
- Heat-transfer cleaning and maintenance access
- Stage II rake and solids-discharge behavior
- Materials selection for difficult wastewater
- Control sequencing, alarms, and operator interaction
- Fabrication, commissioning, and field-service lessons
Documented Platform
Preserve the development work and place it with the right strategic owner.
Slipstream ZLD is being relaunched as a technology and intellectual-property opportunity. The objective is not simply to resume small-scale equipment sales under the original structure.
The preferred outcome is a full acquisition of the intellectual property and associated technical assets by an organization capable of completing modernization, validation, manufacturing refinement, market development, and global commercialization.
Licensing, OEM integration, and joint development remain possible where they offer a stronger strategic fit, but unified ownership through acquisition provides the clearest path for long-term platform development.
This page summarizes the development history and technical positioning reflected in available Slipstream process descriptions, technical summaries, equipment specifications, and commercial presentations. Exact dates, asset scope, intellectual-property status, and transaction details should be confirmed through diligence and definitive documentation.
Explore the technology, development history, and acquisition opportunity.
Begin a confidential discussion about the X-Series platform, the accumulated engineering know-how, and a potential full IP acquisition.