Thermal Buffer Storage Tanks are used to store large volumes of chilled or hot water. They reduce chiller or boiler short cycling by increasing system capacity and stabilising the return water temperature.
ecoHVAC have a wide range of Thermal Buffer Storage Tanks sizes from 500 – 15,000 litre and are available in both Mild Steel and Stainless Steel. Other options include Soft Vinyl or Metal Cladding with insulation and internal baffle sparge pipes. AS1210 compliant tanks are also available.
The main function of the SteriTouch Antimicrobial Coating on Apreco VARI-centric® Air Pressure Stabilisers is to offer protection against a range of bacteria including e.coli, MRSA, Salmonella and Legionella, as well as black mould growth biofilm and fungi. SteriTouch eradicates the bacteria which causes contamination and infection. Its purpose is not to create a sterile environment but to act as a complementary measure to routine cleaning.
Independent performance tests carried out for Apreco have proven that SteriTouch® powder coated VARI-centric® Air Pressure Stabilisers reduce E.coli and MRSA organisms by 99.999% within a 24 hour duration.
Historically brushed Hair Line Stainless Steel has been the material of choice in the healthcare sector, however antimicrobial claims cannot be made for this material.
The brushed surface finish on Stainless Steel also acts as a safe haven for bacteria allowing it to survive and thrive even after routine cleaning.
In Independent tests carried out for Apreco have proven E.coli organisms increased by 39% over a 24 hour period on Stainless Steel sample while the same size sample from a SteriTouch® powder coated VARI-centric® Air Pressure Stabiliser saw a reduce in E.coli organisms by 99.999%
Quality, Performance and Safety All Rely On Solid Engineering
For the past eight years, Entrematic has committed itself to providing the highest quality, best performing — and best looking HVLS fans.
While simple, eye-catching design and colour options are important considerations, beneath the surface of every Entrematic fan is a wealth of solid engineering that goes well beyond what meets the eye.
Their team of HVLS fan engineers are involved in every step of our fan production process — from initial concept and design to stringent safety measures — as well as our product lifetime performance guarantee. And above all, the sheer amount of engineering that goes into each fan’s safe operation for the life of the product is second to none.
As you spec HVLS fans for your various mechanical HVAC and other projects, we invite you to learn more about the solid engineering that resides at the core of each and every Entrematic HVLS fan.
Experienced designers know that a well-designed high-performance air system is the most cost-effective and efficient system for many buildings. Thanks to industry and ASHRAE innovation, no other air-conditioning technology has advanced as rapidly over the last 10 years.
Condensing boilers use water vapour in the exhaust gases (a natural result of combustion) to pre-heat the incoming water and save energy in comparison to conventional boilers. They are usually 90% to 98% efficient, compared with the National Construction Code minimum requirement of 80% or 83%. Systems should be designed so that the water returning water from the heating system has a temperature between 30-55°C, to ensure full condensing capacity is achieved and maximin energy efficiency.
• Increased Efficiency
• Improved Comfort & Control
• Reduced carbon footprint
• Space Saving
For more information, please Contact Us or call 1300 770 908.
Germicidal Ultraviolet-C (UV-C) devices installed on the downstream side of the cooling coil, reduce HVAC energy consumption and cleaning. The germicidal UV-C light continuously cleans coils of mould and organic build-up, bringing them back to peak efficiency. Benefits include better airflow, temperature and humidity control, improved heat transfer, and greater net cooling capacity. Energy savings of 20% and higher are common.
Benefits of UV-C;
• Increase IAQ
• Increase Heat Transfer
• Decrease Pressure Drop
• Decrease Microbial Growth
• Decrease Maintenance Costs
Studies confirm that Therma-Fuser™ Systems are the most efficient VAV approach, with building energy savings of 10%-47%, as compared to VAV box systems.
Therma-Fuser VAV diffusers allow for all low-pressure, low-energy system designs, which prevent overcooling and overheating. The thermostat-actuator and damper, located inside each unit, is designed to reduce the flow of supply air such that the volume entering the space is only the amount necessary to maintain a set temperature. By preventing overcooling and overheating, overall energy usage is greatly reduced.
Therma-Fuser VAV diffusers also have the lowest pressure drop of any VAV terminal, allowing for low-pressure systems and low energy fan motors.
No energy is required to operate the diffuser’s controls.
Sources of Energy Savings:
• Individual Temperature Control (small zones)
• Lower Turndown
• Eliminate Pressure Drop
• All low-pressure duct system