Phoenix Controls
Phoenix Controls contributes to the safety, simplicity, and sustainability of critical environments by providing precision airflow control systems since 1985. They serve industries such as healthcare, research, life sciences, high purity manufacturing, and more, with a focus on energy efficiency, safety, and environmental integrity. Their solutions include advanced valve technology, control platforms, and comprehensive system solutions designed for critical environments worldwide. The company actively participates in industry events, offers a wide range of products and solutions, and maintains a global presence through dealer networks and online resources.
Industries
Nr. of Employees
medium (51-250)
Products
Mechanically pressure-independent venturi valves
Valves characterized and calibrated for accurate, repeatable volumetric flow control across wide flow ranges; suitable for fume hoods, cleanrooms, and life-science spaces.
Integrated critical-space control platform
A scalable platform combining valves, controllers, sensors, and visualization software to manage airflow, pressurization, and IAQ across facilities.
Controllers, sensors, and local displays for room control
Electronic controllers, network-compatible controllers, sensor peripherals, sash sensors, and local displays used to operate and monitor airflow and containment devices.
Mechanically pressure-independent venturi valves
Valves characterized and calibrated for accurate, repeatable volumetric flow control across wide flow ranges; suitable for fume hoods, cleanrooms, and life-science spaces.
Integrated critical-space control platform
A scalable platform combining valves, controllers, sensors, and visualization software to manage airflow, pressurization, and IAQ across facilities.
Controllers, sensors, and local displays for room control
Electronic controllers, network-compatible controllers, sensor peripherals, sash sensors, and local displays used to operate and monitor airflow and containment devices.
Services
Full-scale demonstration environments showing ventilation sequences for wet chemistry labs, BSL-3 containment, life-science suites, and critical-care hospital rooms; tours available by appointment.
Continuing-education courses and tailored training on implementing demand-based ventilation and cleanroom HVAC best practices for applications such as life-science and high-purity manufacturing.
Deployment and ongoing support delivered via a global dealer and channel partner network for valve installation, system integration with BAS, and onsite maintenance.
Published data sheets, installation guides, design guides, valve selector tools, and BIM/Revit drawings to support specification and integration into facility designs.
Full-scale demonstration environments showing ventilation sequences for wet chemistry labs, BSL-3 containment, life-science suites, and critical-care hospital rooms; tours available by appointment.
Continuing-education courses and tailored training on implementing demand-based ventilation and cleanroom HVAC best practices for applications such as life-science and high-purity manufacturing.
Deployment and ongoing support delivered via a global dealer and channel partner network for valve installation, system integration with BAS, and onsite maintenance.
Published data sheets, installation guides, design guides, valve selector tools, and BIM/Revit drawings to support specification and integration into facility designs.
Expertise Areas
- Critical-environment airflow control and containment
- Cleanroom and life-science facility environmental management
- Laboratory ventilation and fume hood containment
- Demand-based ventilation and HVAC energy optimization
Key Technologies
- Mechanically pressure-independent venturi valves
- High-turndown valve hardware
- Valve shut-off mechanisms for isolation and decontamination
- High-speed actuation (<1s response)
News & Updates
2022 ISPE Biotechnology Conference will bring together leading pharmaceutical and biopharmaceutical manufacturers, technology providers, academic scientists, and international regulators to network, share insights, and provide an outlook on the evolving landscape and future of Biopharmaceutical manufacturing and therapeutics.
Research and operational performance requirements, and major new funding opportunities are driving the surge in new planning initiatives for animal research and containment facilities (renovations, capacity expansion, technology investments, and equipment upgrades).
Sustainable Labs Canada is collaborating and sharing knowledge and expertise on everything from new technologies to planning principles to operational solutions. Tackling topics such as: air management; design principles; use of hazardous materials; funding challenges; environmental impact and more.
At this conference, you’ll get the details on new facility design, space planning, renovation, and construction initiatives that research organizations have put in place for their new, updated research workplaces. These initiatives include raising the utilization of existing spaces, implementing new research work environments and shared space models, achieving lab decarbonization and energy reduction goals, getting more capacity and higher occupancy density, increasing flexibility, providing more space for more equipment, improving support space, and meeting increasingly complex infrastructure requirements.
The article discusses the critical role of airflow control systems in research environments, emphasizing operator safety, room pressurization, ventilation, and comfort. It highlights the need for precise, reliable airflow solutions like Phoenix Controls' products to ensure safety and research integrity.
This article covers the history, operation, and applications of the Phoenix Controls venturi valve, a mechanically pressure independent device that offers precise airflow control for critical environments such as laboratories, healthcare spaces, and high purity manufacturing facilities.
2022 ISPE Biotechnology Conference will bring together leading pharmaceutical and biopharmaceutical manufacturers, technology providers, academic scientists, and international regulators to network, share insights, and provide an outlook on the evolving landscape and future of Biopharmaceutical manufacturing and therapeutics.
Research and operational performance requirements, and major new funding opportunities are driving the surge in new planning initiatives for animal research and containment facilities (renovations, capacity expansion, technology investments, and equipment upgrades).
Sustainable Labs Canada is collaborating and sharing knowledge and expertise on everything from new technologies to planning principles to operational solutions. Tackling topics such as: air management; design principles; use of hazardous materials; funding challenges; environmental impact and more.
At this conference, you’ll get the details on new facility design, space planning, renovation, and construction initiatives that research organizations have put in place for their new, updated research workplaces. These initiatives include raising the utilization of existing spaces, implementing new research work environments and shared space models, achieving lab decarbonization and energy reduction goals, getting more capacity and higher occupancy density, increasing flexibility, providing more space for more equipment, improving support space, and meeting increasingly complex infrastructure requirements.
The article discusses the critical role of airflow control systems in research environments, emphasizing operator safety, room pressurization, ventilation, and comfort. It highlights the need for precise, reliable airflow solutions like Phoenix Controls' products to ensure safety and research integrity.
This article covers the history, operation, and applications of the Phoenix Controls venturi valve, a mechanically pressure independent device that offers precise airflow control for critical environments such as laboratories, healthcare spaces, and high purity manufacturing facilities.