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Visualize Spaces LLC
Process Systems. Visualized.
High-fidelity 3D renderings and technical visualizations of process skids and industrial systems — modeled from engineering drawings for manufacturers, integrators, and process engineers.
01
CIP SKID
A fully integrated Clean-In-Place skid featuring a multi-tank configuration with three stainless steel vessels, centralized PLC control panel, and interconnected process piping. Designed for automated washdown cycles in food, beverage, or pharmaceutical environments, this skid delivers repeatable cleaning performance with minimal operator intervention.
02
PORTABLE CIP SYSTEM
A compact, self-contained Clean-In-Place system engineered for flexibility on the production floor. Built around a single stainless steel vessel with an integrated centrifugal pump, control panel, and modular piping layout, this unit is ideal for facilities requiring mobile cleaning capability across multiple process lines without permanent installation.
03
CHROMATOGRAPHY SKID
A high-density, open-frame chromatography skid built for complex bioprocess or purification applications. The stainless steel structure houses a dense array of automated actuated valves, pressure gauges, flow meters, and multi-port manifolds across two tiers, with extensive pneumatic and electrical wiring throughout. The mobile, caster-mounted frame allows flexible positioning within cleanroom or laboratory environments, making it well-suited for pharmaceutical, biotech, or specialty chemical separation processes.
04
CUSTOM SKID DESIGN
An open-frame custom process skid featuring dual motor-driven pumps, a central stainless steel vessel, and an integrated electrical enclosure. The structural steel framework houses interconnected piping with manual and automated valve assemblies, designed for flexible process routing. This skid demonstrates the versatility of a made-to-order approach, built to meet specific flow, pressure, and space requirements across a wide range of industrial applications.
05
CUSTOM SKID DESIGN
A compact, vertical custom skid integrating a centrifugal pump set, dual-column process assembly, and a front-mounted control panel with touchscreen HMI and instrumentation displays. The caster-mounted stainless steel frame allows for easy repositioning, while the organized piping layout and clearly routed wiring reflect a design built for both operability and maintainability. Ideal for pilot-scale processes or space-constrained production environments.
06
MIXING SKID
A dual-vessel mixing skid engineered for precision coating and chemical blending applications. The primary vessel features a top-mounted agitator with an extended shaft and multi-stage impeller assembly, supported by a structured cage frame for stability during high-torque operation. A secondary jacketed vessel with its own overhead drive handles auxiliary mixing or temperature-controlled fluid preparation. Integrated pump assemblies, manual valving, and a base-mounted electrical panel with emergency stop provide full process control at the operator level. Originally developed to apply a solvent-based coating onto titanium orthopedic implants, this skid reflects the exacting standards required for medical-grade surface treatment processes.
07
WASTE TREATMENT SKID
A self-contained waste treatment skid built around a large-capacity stainless steel pressure vessel with an extensive network of piping, valves, and instrumentation for managing process effluent. Copper and stainless tubing runs handle fluid routing across multiple treatment stages, while a base-mounted pump and manual valve assemblies provide controlled discharge management. Designed for reliable, compliant handling of industrial process waste streams in chemical, pharmaceutical, or water treatment applications.
08
FIELD INTEGRATION
A fully pre-assembled field integration skid designed for direct installation into an existing facility. The dense open-frame structure houses a high-density arrangement of automated yellow actuated valves, flow meters, pressure instrumentation, and multi-port manifolds across interconnected process lines. Ceiling-mounted pipe connections indicate a design built for tie-in to overhead utilities, enabling seamless integration into active production environments with minimal on-site assembly time.
01
CIP SKID
A fully integrated Clean-In-Place skid featuring a multi-tank configuration with three stainless steel vessels, centralized PLC control panel, and interconnected process piping. Designed for automated washdown cycles in food, beverage, or pharmaceutical environments, this skid delivers repeatable cleaning performance with minimal operator intervention.
02
PORTABLE CIP SYSTEM
A compact, self-contained Clean-In-Place system engineered for flexibility on the production floor. Built around a single stainless steel vessel with an integrated centrifugal pump, control panel, and modular piping layout, this unit is ideal for facilities requiring mobile cleaning capability across multiple process lines without permanent installation.
03
CHROMATOGRAPHY SKID
A high-density, open-frame chromatography skid built for complex bioprocess or purification applications. The stainless steel structure houses a dense array of automated actuated valves, pressure gauges, flow meters, and multi-port manifolds across two tiers, with extensive pneumatic and electrical wiring throughout. The mobile, caster-mounted frame allows flexible positioning within cleanroom or laboratory environments, making it well-suited for pharmaceutical, biotech, or specialty chemical separation processes.
04
CUSTOM SKID DESIGN
An open-frame custom process skid featuring dual motor-driven pumps, a central stainless steel vessel, and an integrated electrical enclosure. The structural steel framework houses interconnected piping with manual and automated valve assemblies, designed for flexible process routing. This skid demonstrates the versatility of a made-to-order approach, built to meet specific flow, pressure, and space requirements across a wide range of industrial applications.
05
CUSTOM SKID DESIGN
A compact, vertical custom skid integrating a centrifugal pump set, dual-column process assembly, and a front-mounted control panel with touchscreen HMI and instrumentation displays. The caster-mounted stainless steel frame allows for easy repositioning, while the organized piping layout and clearly routed wiring reflect a design built for both operability and maintainability. Ideal for pilot-scale processes or space-constrained production environments.
06
MIXING SKID
A dual-vessel mixing skid engineered for precision coating and chemical blending applications. The primary vessel features a top-mounted agitator with an extended shaft and multi-stage impeller assembly, supported by a structured cage frame for stability during high-torque operation. A secondary jacketed vessel with its own overhead drive handles auxiliary mixing or temperature-controlled fluid preparation. Integrated pump assemblies, manual valving, and a base-mounted electrical panel with emergency stop provide full process control at the operator level. Originally developed to apply a solvent-based coating onto titanium orthopedic implants, this skid reflects the exacting standards required for medical-grade surface treatment processes.
07
WASTE TREATMENT SKID
A self-contained waste treatment skid built around a large-capacity stainless steel pressure vessel with an extensive network of piping, valves, and instrumentation for managing process effluent. Copper and stainless tubing runs handle fluid routing across multiple treatment stages, while a base-mounted pump and manual valve assemblies provide controlled discharge management. Designed for reliable, compliant handling of industrial process waste streams in chemical, pharmaceutical, or water treatment applications.
08
FIELD INTEGRATION
A fully pre-assembled field integration skid designed for direct installation into an existing facility. The dense open-frame structure houses a high-density arrangement of automated yellow actuated valves, flow meters, pressure instrumentation, and multi-port manifolds across interconnected process lines. Ceiling-mounted pipe connections indicate a design built for tie-in to overhead utilities, enabling seamless integration into active production environments with minimal on-site assembly time.
The Vision Behind the Visualization
Visualize Spaces LLC was built on a simple observation: the gap between a great engineering design and a client's confidence in it is almost always a visual one. Fabricators, operators, and decision-makers don't read P&IDs the same way engineers do — and that gap costs time, money, and trust.
We exist to close it. By combining deep process engineering knowledge with precision 3D modeling and intelligent documentation, we give industrial teams a shared visual language — one that holds up in the boardroom, on the shop floor, and in the field.
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