PHOENIX, ARIZONA — Long recognized globally for pioneering oil-free chiller technology, Smardt is expanding its footprint into the air-handling market with the official North American launch of Smardt AIR. Leveraging decades of engineering expertise from its parent corporation, TICA—whose underlying technology has been successfully deployed hundreds of thousands of times worldwide—the newly established entity is aiming to reshape how HVAC professionals approach airside design, manufacturing, and building-level integration.
Rather than merely introducing "another metal box" to a crowded market, Smardt AIR is betting that a holistic, system-level approach can revolutionize air handling in the same way oil-free technology transformed the chiller sector. Headquartered with localized manufacturing, engineering, and supply chains in Phoenix, Arizona, the company has tailored its entire product lineup specifically for North American codes, climate variations, and strict building standards.
According to Nick Agopian, Smardt AIR’s Director of Sales, this launch represents a unique corporate paradox: "It is a new product. It’s a new company, but it’s not a new company." Backed by global scale yet localized for regional agility, Smardt AIR is looking to dismantle legacy inefficiencies in mechanical engineering and push the boundaries of total system performance.
Main Facts
- Strategic Expansion: Smardt, globally known for oil-free chillers, is officially launching Smardt AIR to bring system-level integration to the air-handling unit (AHU) market.
- Global Tech, Local Execution: While the underlying technology leverages decades of proven deployment worldwide through parent corporation TICA, all local engineering, manufacturing, and supply chains are anchored in Phoenix, Arizona, ensuring strict compliance with North American codes.
- System-Level Efficiency: Smardt AIR focuses on deep integration between chillers and air handlers, utilizing smart controls, dynamic water-temperature adjustments, and optimized internal static pressure to achieve true "operational efficiency."
- Engineer Autonomy via Digital Tools: The company has introduced an advanced digital configurator that allows consulting engineers and channel partners to visually design, customize, and modify custom air handlers in two-inch increments, eliminating traditional multi-week administrative bottlenecks.
- Real-World Versatility: Engineered with modular flexibility—including the ability to be broken down, shipped knocked down on pallets, or fitted into tight elevators—the equipment addresses complex retrofit challenges in aging North American infrastructure.
- Expanded Portfolio: Beyond chilled-water applications (which represent roughly 30% of the market), Smardt AIR’s ecosystem encompasses direct expansion (DX) systems, energy recovery, heating, ventilation, indoor air quality (IAQ), and intelligent controls.
Chronology: The Evolution from Chillers to Total Air-Side Integration
To understand the trajectory of Smardt AIR, one must look at the evolution of the modern commercial HVAC landscape, where component-level silos have long hindered maximum building efficiency.
Phase 1: Establishing the Chiller Legacy
Smardt initially carved out its industry reputation by mastering oil-free centrifugal chillers. By eliminating oil management systems, the company drastically improved mechanical reliability and part-load efficiency. However, industry insiders long noted a persistent disconnect: highly efficient chillers were frequently paired with air-handling units that operated in total isolation, communicating little with the central cooling plant and resulting in wasted energy.
Phase 2: Global Synergy and TICA Integration
Recognizing the limitations of isolated equipment manufacturing, Smardt’s leadership looked toward its parent corporation, TICA. With decades of international experience and hundreds of thousands of deployments globally, TICA possessed a massive repository of air-handling and heat-transfer technology. The strategic decision was made to bring this proven global framework to North America.
Phase 3: Localized Establishment in Phoenix
Rather than attempting to import rigid overseas units unsuited for North American standards, Smardt established a dedicated North American base in Phoenix, Arizona. This allowed the company to build a localized supply chain, establish domestic manufacturing pipelines, and design an engineering framework explicitly tailored to ASHRAE standards, local building codes, and regional weather profiles.
Phase 4: The Digital Configurator Rollout
To solve the notoriously slow traditional engineering pipeline—where custom unit modifications required a cumbersome chain of factory-direct inquiries—Smardt AIR developed an intuitive digital configurator. This tool shifted design autonomy directly into the hands of consulting engineers, reducing design turnaround times from weeks to hours and setting the stage for the official commercial rollout of Smardt AIR.
Supporting Data & Technical Overview
The HVAC industry has long suffered from what engineers refer to as "component-level thinking." In a traditional scenario, a designer purchases an efficient motor from manufacturer A, a high-performance fan from manufacturer B, and an energy recovery wheel from manufacturer C, housing them together in a generic metal box.
Smardt AIR argues that efficient components do not automatically equate to an efficient system.
Breaking Down Operational Efficiency
Operational efficiency goes beyond the nameplate data of individual parts. It examines how those components interact under real-world, fluctuating building loads. Smardt AIR’s ecosystem connects chillers and air handlers through intelligent master controls, allowing the entire mechanical loop to adapt dynamically.
Consider a typical changeover-season day in a commercial building:
- The Traditional Scenario: The building’s interior spaces require sensible cooling, but outdoor humidity is already low and well-controlled. Despite the lack of latent cooling demand, legacy systems continue producing cold, dehumidifying 43°F chilled water, wasting significant compressor energy.
- The Smardt AIR Scenario: Through integrated system logic, the smart controls recognize that latent demand is satisfied. The system automatically raises the chilled-water supply temperature to 55°F while adjusting air-handler fan speeds accordingly. This simple operational shift yields massive energy savings without sacrificing occupant comfort.
Engineering for Retrofit Realities and IAQ
Beyond energy optimization, the physical architecture of Smardt AIR equipment is designed to solve longstanding installation headaches:
- Modular Adaptability: Units can be completely broken down to fit inside standard commercial elevators or shipped "knocked down" on a pallet to be fully reassembled on a tight job site—a vital feature for retrofitting aging commercial real estate across North America.
- Indoor Air Quality (IAQ) Safeguards: To combat microbial growth and ensure clean airflow, units feature triple-bent drain pans that completely eliminate stagnant standing water, alongside advanced protective coil coatings designed to actively resist biofilm accumulation.
Official Responses and Industry Perspective
Nick Agopian, Director of Sales for Smardt AIR, has been vocal about the cultural and operational shifts the company is attempting to introduce to the mechanical engineering community.
"Anybody can buy an efficient motor, anybody can buy an efficient fan, anybody can buy [an] efficient energy wheel and put it in a metal box," Agopian stated, emphasizing the core philosophy driving the brand. The true differentiator, he explains, is designing those elements to work as a unified, communicating organism rather than passive roommates.
Agopian also highlighted the immense pressure modern consulting engineers face regarding time management and profitability:
"If we go back 10 years ago and somebody approaches an engineer, says, I need you to design a system. Here’s 100 hours of design time. Today, they come, look, I need you to design the same thing. And by the way, here’s only 10 hours of design time, right? So we need to increase and improve the speed of business for them, so that they can become profitable, but more importantly, to be able to streamline information process flow through the configurator."
Addressing the flexibility of the company’s digital design tools, Agopian pointed out how custom requirements are handled seamlessly:
"Somebody asked me yesterday, well, what if I want a 60-inch section for a steam distribution header where you need one foot before and five feet after it? No problem. You just select it. You just put, you say, section or plenum section, and you put in the dimension."
Implications for the North American HVAC Market
The introduction of Smardt AIR carries significant implications for building owners, mechanical contractors, and consulting engineers alike.
1. Reclaiming Engineering Hours
By democratizing custom air-handler design through a transparent digital configurator, Smardt AIR addresses a critical labor crunch in the engineering sector. By cutting out the traditional multi-tier communication lag (engineer-to-rep, rep-to-manager, manager-to-inside sales, inside-sales-to-factory engineering), projects can move from concept to procurement at unprecedented speeds.
2. A Shift Beyond Chilled Water
While chilled-water systems represent a vital cornerstone of large commercial architecture, they account for only about 30% of the broader HVAC market. By positioning Smardt AIR to cover a comprehensive spectrum—including direct expansion (DX) systems, sophisticated energy recovery modules, ventilation, heating, IAQ enhancements, and intelligent controls—the company is signaling its intent to influence total building environmental control, not just central plant operations.
3. Future-Proofing Aging Infrastructure
With much of North America’s commercial real estate inventory aging, building owners face immense financial hurdles when replacing obsolete, monolithic air-handling units. Smardt AIR’s knock-down shipping capabilities and modular assembly offer a practical, cost-effective alternative to major structural demolition during retrofits.
Conclusion
As the commercial building sector faces tighter municipal carbon caps, rising energy costs, and relentless demands for compressed project timelines, the launch of Smardt AIR arrives as a timely disruption. By wedding global manufacturing maturity with localized North American agility, and by replacing isolated component selection with synchronized system intelligence, Smardt is positioning itself to lead the next generation of air-handling innovation.
