Related Posts

• 

  Customizing the standard S-Series for better performance in humid environments

  Customizing the standard S-Series for better performance in humid environments In warehouse and distribution center spaces where our standard S-Series HTHV (high-temperature heaving & ventilation) heaters are commonly installed, the units see 20-30+ year lifespans under routine maintenance and within the range of normal environmental conditions. However, not all applications are “standard” and need specific conditions to be considered in the system design. A prime example of a situation where a facility needs the heat throw and efficiency that our S-Series provides, but with an overly humid environment, is that of heating a carwash tunnel.  First, the facts: the car wash industry is one of the fastest-growing industries in the U.S., valued at a record $14.21 billion in 2020 and expected to expand 4.8% annually from 2021 to 2028. Based on conversations with industry leaders, a significant portion of their profit comes in the winter months; however, outside winter weather conditions paired with open bay doors present a challenge to keeping the tunnel warm enough for the car wash equipment to stay optimally functional. Closing the bay doors to retain heat is ...
• 

  How Stainless Steel HVAC is Transforming the Car Wash Industry

  The Car Wash Industry’s Heating Challenge—And How Stainless Steel HVAC is Changing the Game  The car wash industry is booming, reaching a record valuation of $14.21 billion in 2020. But with rapid growth comes significant challenges—particularly when it comes to heating. Car wash owners face high humidity, exposure to harsh cleaning chemicals, and constant temperature fluctuations from open tunnel doors. Traditional heating systems struggle to keep up, leading to premature equipment failure, inefficient energy use, and higher operational costs.  At AHR 2025, Dave Binz, Cambridge Air Solutions VP of Engineering, presented on these challenges and shared how our stainless steel heating enhancement has become the go-to solution for leading car wash chains. By developing HVAC technology that resists corrosion and maximizes energy efficiency, we strive to keep car washes open and profitable—no matter the weather. The Challenges of Heating a Car Wash Environment Car wash facilities are uniquely challenging to heat due to several environmental factors: High Humidity & Condensation – Constant water exposure increases corrosion risks for HVAC systems. Harsh Cleaning Chemicals – Detergents, surfactants, and presoaks contain corrosive compounds that degrade equipment. Temperature Fluctuations – ...
• 

  Best Heating Solutions for Car Washes from Cambridge Air Solutions

  Sizing S-Series Units for Car Washes with Local Expert Support Choosing the right heating solution for a car wash can be a challenging process. Every car wash has unique needs, and there is no one-size-fits-all approach. However, 2 of our products, the S1200 and S950, have won the hearts of many carwashes, but there’s a strategic approach in how you go about picking the right solution. Things that should be considered are the region, the tunnel length, direction the building is facing, whether or not it’s not just a one unit project, but maybe 2, and the unique advantage that comes from installing the heater outside the carwash environment.  Here’s a deep dive into how to size our S-Series units specifically for car wash facilities, ensuring efficiency, comfort, and reliability across different regions and configurations. Cambridge S1200: The Versatile Workhorse The S1200 is one of our most versatile units, known for performing well in a range of conditions. In colder Northern regions, the S1200 has the flexibility to meet the high cold weather demands of any facility. Northern car washes with larger tunnels, ...
• 

  How HTHV Heaters Embrace Sustainability with Hydrogen | Cambridge Air Solutions

  How Direct-Fired HTHV Embraces Sustainability with Hydrogen Fuel As the demand for sustainable and environmentally friendly energy solutions grows, many organizations are exploring alternatives to traditional heating systems. One such option gaining traction is hydrogen fuel, which offers a cleaner, more efficient way to heat buildings and industrial spaces. Unlike conventional fossil fuels, hydrogen produces zero carbon emissions when burned, making it an attractive choice for companies and institutions striving to reduce their carbon footprint and reach sustainability goals. As energy regulations tighten and the need for greener solutions intensifies, hydrogen fuel is emerging as a viable option for those seeking to future-proof their heating systems while contributing to a more sustainable energy landscape. In the evolving world of hydrogen as a fuel, how it’s mixed and burned can make all the difference in efficiency and safety. Our High-Temperature Heating and Ventilation (HTHV) systems leverage direct-fired technology, which proves to be particularly advantageous in hydrogen mixing. Here's why. Potential Roadblocks to Hydrogen-Fueled Heating Systems When discussing hydrogen combustion, terms like flashback, lift-off, and ignition problems are common. These issues cause many to rule hydrogen heating ...
• 

  Retrofit Case Study: Cambridge HTHV Heaters vs Direct Fired Recirculation

  Retrofit Case Study: Cambridge HTHV Heaters vs Direct Fired Recirculation In Fairmont, WV, a manufacturer with a 160,000 ft2 building faced a challenge. They were using direct-fired-recirculation units to heat their facility, but this resulted in uneven temperatures, high operating costs, cold dock areas, and maintenance headaches. They knew they needed a solution that would not only reduce their energy consumption and carbon emissions but also save on annual operational costs. That's when they decided to turn to the Cambridge S-Series. Choosing the Cambridge S-Series proved to be a game-changer for the manufacturer. The Cambridge system provided more even temperatures, warmer dock areas, lower operating costs, and lowers maintenance costs. Their total operating cost with the Cambridge system was only $0.65/ft2, which is significantly lower than the previous operating cost of $1.12/ft2. What's more, the Cambridge system used less total energy, resulting in a remarkable 42% reduction in carbon emissions, or 410 fewer metric tons of CO2 per year. Thanks to their choice of going with the Cambridge S-Series, the manufacturer can now enjoy annual savings of up to $1.54 million over 20 ...
• 

  The Path to Net Zero Utilizing HTHV Technology

  The Path to Net Zero Utilizing HTHV Technology *This article was originally published as an advertorial in ASHRAE Journal, July 2022 More and more, leaders want to provide comfortable workspaces for their employees with HVAC that’s both reliable and sustainable. Persistent challenges such as uneven temperatures and inadequate ventilation can be addressed head on with the right equipment and technology. These systems also play a vital role in the reduction of natural gas consumption resulting in lower carbon emissions.  While electrified systems that produce zero carbon are a long-term goal for some, the reality is that leaders will need to make decisions for their facilities long before that goal will be achievable. Finding partners and technology that require less carbon, especially for large, high-bay facilities is instrumental to helping these leaders along that path. Cambridge Air Solutions’ proprietary HTHV technology in our S-Series heaters enables industrial space heaters to be more energy efficient than all other types of indirect and direct gas-fired systems. Since they only require a very low energy use per square foot, facilities can realize a 20-70% reduction in energy ...