Pest control has evolved past spraying dangerous chemicals on pests. Green, sustainable and organic pest control is the future of the industry. Chemicals leave harsh residues that can be toxic to humans and their pets. Not only are some pesticides toxic, many chemicals in the pest control industry are suspected of being carcinogenic. New technologies such as superheated steam, dry heat and CO2 snow show that pest control is possible without the use of harsh chemicals. As the efficacy of each treatment varies, an appropriate strategy must be used for effective pest control. In many cases, a combination of a MightySteam®, CO2 snow, or dry heat treatment followed by a treatment of all natural, food grade diatamoceous earth and followup visits may effectively control a bed bug outbreak. Each situation is unique and should be evaluated by a trained pest management professional.
Bed Bugs die when exposed to 122°F (50°C) heat for around an hour. MightySteam's 572°F (300°C) low velocity steam can kill bed bugs without blowing them, or their eggs, from their present harborages. Bayzi's suggested treatment regiment for bed bugs is relatively easy. Vacuuming followed by a MightySteam® walkthrough, treating floors, along baseboards, mattresses and any other known bed bug harborages. While MightySteam's temperature can easily kill bed bugs near the surface of a mattress, it is suggested to use a mattress encasement after treatment to ensure the entirety of bed bugs and their eggs are eliminated. After the initial treatment, a proper application of diatamoceous earth is suggested. Diatamoceous earth is an inexpensive, 100% organic and safe powder that kills bed bugs and most crawling pests shortly after they crawl through it. After the initial visit, schedule a follow up visit to re-inspect the property, ensuring that there are no surviving bed bugs.
Dust mites can only withstand 122°F (50°C) of dry heat for 20 minutes, or 140°F (60°C) of moist heat for the same 20 minutes. With optimal operating conditions, MightySteam® is capable of killing nearly all common allergen causing mites with a residence time of approximately .1 second. Dust mites cause allergies, but are often overlooked because they don't feed on humans, but rather their dead skin cells. For this reason, many people tolerate their presence. Mites cannot withstand high temperatures, so the treatment strategy for mites using the MightySteam is relatively simple. Using the MightySteam® on the mattress, boxspring, furniture, and carpets will eliminate the majority of dust mites, with an immediately noticable effect. Preventing their return is more of an issue, because warm, humid environments with plenty of dander, dust and dead skin are their favorite places. In addition to treating a property with MightySteam®, proper strategy to minimize a mite population may also entail suggesting a dehumidifier for use during the winter and also frequent washing of bedding materials in or water warmer than 130°F (54°C.)
Fleas need to be exposed to 113°F (45°C) heat for 10 minutes, but with the MightySteam™ fleas can be killed as fast as .1 second. Fleas present a greater challenge for superheated steam because most fleas reside on a living host, such as a dog, cat or human. Because you don't want to use superheated steam on your pets or other humans (NEVER use the MightySteam® on a living creature you do not wish to harm) the focus of MightySteam® should be on cleaning the residence of errant flea eggs or fleas that may be hiding in the carpet or furniture. After treatment, ensure that all pets are groomed and treated with a flea medicine or shampoo.
Weeds are a nuisance and the MightySteam's 572°F (300°C) steam is capable of killing weeds, and other vegation, with minmal exposure. Vegetation control with the MightySteam simply entails a point and steam strategy. Any vegetation exposed to superheated steam for a short period of time will die. When operating the MightySteam use care to not point it at plants you do not wish to kill, because it is indescriminant in which vegetation it kills.