Heat Assault 500X
STATE OF THE ART IN THERMAL REMEDIATION
-
500,000 BTU/Hr Propylene Glycol Heat Plant
Capable of:
- Reaching Temperatures as High as 205°F
- Treating High-Rise Apartments
The HEAT ASSAULT 500X uses forced convection technology which creates a powerful, consistent and uniform output of heat.
The standard HEAT ASSAULT 500X is capable of treating entire floors or multiple units at a time - however...
our system is expanded!
EXPANDED EQUIPMENT
ADDITIONAL HEAT EXCHANGERS, HOSES, AND FANS
-
9 x 100,000 BTU/Hr heat exchangers
- 10 x 25 feet return/supply hoses
- 3 x 75 feet return/supply hoses
= OVER 225 FEET MORE HOSE!
Additional capabilities, including...
2-9 Units AT A TIME!
EXPANDED EQUIPMENT
ADDITIONAL HOSES
- 10 x 25 feet return/supply hoses
- 3 x 75 feet return/supply hoses
= OVER 225 FEET MORE HOSE!
Additional capabilities, including...
2-9 Units AT A TIME!
ENVIRONMENTALLY FRIENDLY & CHEMICAL FREE
TWO POWERFUL CONTINOUS LOOPS
RUNNING ON DIESEL FUEL
ENVIRONMENTALLY FRIENDLY & CHEMICAL FREE
TWO POWERFUL CONTINOUS LOOPS
RUNNING ON DIESEL FUEL
First Loop: Within the Heat Assault unit, an eco-friendly heat transfer fluid (HTF) is sourced from its reservoir. This HTF courses through dual-coil heaters, which are fortified coil pipings heated by oil-fired burners, attaining a temperatures of up to 205°F (96°C).
After this, the HTF is channeled back into the 130-gallon (492-liter) reservoir, awaiting the second phase. This loop alone produces a staggering 500,000 BTU/Hr. of heat, solidifying Heat Assault's position as the industry's leading bed bug heating equipment.
TWO POWERFUL CONTINOUS LOOPS
RUNNING ON DIESEL FUEL
First Loop: Within the Heat Assault unit, an eco-friendly heat transfer fluid (HTF) is sourced from its reservoir. This HTF courses through dual-coil heaters, which are fortified coil pipings heated by oil-fired burners, attaining a temperatures of up to 205°F (96°C). After this, the HTF is channeled back into the 100-gallon (378-liter) reservoir, awaiting the second phase. This loop alone produces a staggering 500,000 BTU/Hr. of heat, solidifying Heat Assault's position as the industry's leading bed bug heating equipment.
Second Loop: The HTF is extracted from the unit and transported via robust industrial hoses to distant heat exchangers. These exchangers, fitted with fans, discharge intense heat to the designated areas. After its mission, the HTF is cycled back to the reservoir of the Heat Assault unit for reheating. Thus, only the scalding heat remains, ensuring the complete annihilation of bed bugs and their eggs in the treated zones.
Second Loop: The HTF is extracted from the unit and transported via robust industrial hoses to distant heat exchangers. These exchangers, fitted with fans, discharge intense heat to the designated areas.
After its mission, the HTF is cycled back to the reservoir of the Heat Assault unit for reheating.
Thus, only the scalding heat remains, ensuring the complete annihilation of bed bugs and their eggs in the treated zones.
FIGURE 1. EXAMPLE SET UP
SET UP
FAST AND DISCREET
WHAT DOES A TYPICAL HEAT TREATMENT DAY LOOK LIKE?
SET UP: On the morning of the treatment, set up takes about an hour. Hoses, heaters, and circulating fans are strategically placed throughout the designated areas to be treated (see Figure 1, left).
Once the treatment begins, the location will be inaccessible for 4-8 hours, depending on size and severity of infestation.
DISCREET: Our vehicles, equipment, and uniforms are discreet.
FIGURE 1. EXAMPLE SET UP
SET UP
FAST AND DISCREET
WHAT DOES A TYPICAL HEAT TREATMENT DAY LOOK LIKE?
SET UP: On the morning of the treatment, set up takes about an hour. Hoses, heaters, and circulating fans are strategically placed throughout the designated areas to be treated (see Figure 1, left).
Once the treatment begins, the location will be inaccessible for 4-8 hours, depending on size and severity of infestation.
DISCREET: Our vehicles, equipment, and uniforms are discreet.
SET UP
FAST AND DISCREET
WHAT DOES A TYPICAL HEAT TREATMENT DAY LOOK LIKE?
SET UP: On the morning of the treatment, set up takes about an hour. Hoses, heaters, and circulating fans are strategically placed throughout the designated areas to be treated (see Figure 1, below).
Once the treatment begins, the location will be inaccessible for 4-8 hours, depending on size and severity of infestation.
