STIMO™ Super Steam

Innovation of Cooling and Energy Efficiency

STIMO™ equipment is designed and built in Malaysia to the highest quality standards with one goal in mind: to ensure top customer productivity and satisfaction. It is supported by cleaning specialists, engineers, service agent and authorized distributor of our replacement parts. Service support is only a phone call away. We keep your machines and jobs operating on schedule.

Revolutionary

In all HVAC units the heat is either removed or added to indoor spaces by coils. Optimum heat transfer and system efficiency, is determined by how clean the coil surfaces are. Dirty coils is the primary source of problems in HVAC systems.

The air moving across the evaporator and condensing coils, will always contain dust, dirt, pollen, grease, and moisture. When the coils become blocked, they simply cannot provide its designed or even adequate heat transfer, and this will costs you in many ways.

Extend Life of HVAC Equipment
  • Differential pressure improvements
  • Improvements in heat transfer and airflow
  • Compressor and condenser fan motor life is extended
  • Restores coils to like new condition
How Sustainability Goals Are Achieved
  • Energy Efficiency Analysis Reports
  • Operational HVAC expenses lowered (track spending)
  • Projected ROI for HVAC equipment cleaned
  • Sustainable with servicing every year (usage dependent)
  • Capital Spending Lowered
Benefits
  • Easy to operate and maintain
  • Reduce the need for chemical cleansers
  • Automated boiler and safety features

Efficient

Greatly reduce facility downtime from cleaning and increase your production efficiency. Steam requires very little to no preparation prior to cleaning or sanitizing. STIMO™ Steamer is pressurized and heated to 352°F, making it ready to steam for all day use in as little as 6 minutes*. Reach hard-to-reach nooks and crannies, and tackle those harborage areas without generating over-spray or puddles of waste water.

STIMO™ dry steam with gentle pressure can safely clean the most sensitive equipment components such as control panels, conveyor belts, HVAC coils and screens, walk-in coolers and freezers. Eliminate multiple steps of preparing, washing, soaping, rinsing, drying and cleaning up waste water. Less downtime means more production and increased efficiency.

Cleaning Applications
  • Reduced water and chemical consumption
  • No waste water runoff or overspray
  • Chemical-free sanitation
  • Deodorize and sterilize surfaces
  • Clean hard to reach nooks and crannies
Sustainable Steam Cleaning Technique
  • A clean system runs more efficiently
  • A clean system means a cleaner Workplace, less dust being circulated throughout the office
  • Provides a healthier working environment
  • Reduces absenteeism and complaints
  • Positive perception of building
  • increases productivity
  • Costs less to operate and maintain
  • Deodorize and sterilize surfaces
  • Clean hard to reach nooks and crannies
Technical Specification
Brand Model STIMO™ Super Steam
Dimensions (mm) 440(W) X 660(L) X 780(H)
Electrical Supply (V/Hz) 415V 3 phase/50~60
Weight 58.5 kg
Water Tank 16 Litres
Cable 8 Meter
Boilder Output (W) Max 10,800
Boiler Volume (L) 7.5
Operating Temperature 180 +/- 3 degree
Operating Pressure (Bar) 9
Steam Production (g/min) 291
Functions Dry saturated steam

Versatile

Dirty coils also create an excellent breeding ground for bacteria and mold, negatively impacting a building’s indoor air quality, and potentially the health of people indoors. In addition to the coils, the condensate pan is prone to the build-up of bacterial slime. If it doesn’t drain properly, it can become a breeding place for harmful bacteria and can cause significant water damage.

Green Machine
  • No chemicals are used in this coil cleaning process
  • Excessive chemicals hinder the effective operation of the HVAC system
  • Steam cleaning your equipment will rid hospitals of the harmful agents that pollute our indoor air by reducing the number of dangerous bacteria emitted from most HVAC systems
The Process
  • Medium pressure, high temperature steam
  • Complete coil penetration
  • Cleaning should include blower section, blower wheels, condensate drain pan, interior cabinets
Reduction in Operational & Maintenance Costs
  • Reduce cost in replacement of chill water coil
  • Chillers can fully load up
  • Less wear and tear on fan motors - Less wear and tear on compressors
  • Compressors are allowed to run at normal operating head pressures
  • Increased Capacity
Indoor Air Quality improvements
  • Sick, moldy, mildew, earth like smell sometimes known as "Dirty Sock Syndrome"
  • Kills microbial and bacterial growth, immediately
  • Sterile environment created with high temperature steam process
  • Increased air exchanges
  • Infection control improvements

Comparison to

Chemical Cleaning

What’s more, conventional cleaning products are not always an effective means of cleaning the high efficiency cooling coils found within HVAC units. While systems may appear clean on the surface, these products push dust and debris further into the unit, which can create blockages in the system and initiate mold and bacteria growth

This can lead to excessive operating costs, comfort control problems, and unhealthy sanitary conditions that are not conducive to good air quality As a result, building occupants may experience allergy-like symptoms, coughing, wheezing, watery eyes, asthma-type conditions, and other symptoms.

In some cases, poor indoor air quality can even affect an individual’s ability to perform specific mental tasks. The worse the air quality, the more likely that the building’s occupants are affected by these symptoms-and that is a liability to the organization or property owner.

Chemical Effect on Dirty Coils
  • Dangerous and corrosive chemicals
  • Chemicals only make coils appear to be clean and will damage coils over time
  • Chemical methods clean about 2 to 3 inches of coils but most coils are about 6 to 10 inches thick
  • Does nothing to extend the life of the coil or other components of the AHU
  • Does not penetrate the entire coil
  • Toxic fumes can be introduced into the indoor air environments
Chemical Effect on HVAC Equipment
  • Could lead to replacement of HVAC AHU
  • Could lead to inefficient operation of the chiller
  • Guaranteed to increase your energy use b
  • Provides very poor indoor air quality (IAQ)
  • Loss of compressors and fan motors
  • ”Dirty Sock” syndrome
  • Excess wear and tear on chillers
  • Microbial and bacterial growth (Humidity)