Anti Termite Treatment Pre and Post Construction
1. Inspection of the site: The first step is to inspect the site to determine if it is infected with termites or not. A thorough inspection should be carried out to determine the extent of the infection.
2. Soil testing: Soil testing is an important step to determine the soil type and moisture content, which can impact the effectiveness of the anti-termite treatment.
3. Choosing the right treatment: Based on the site inspection and soil testing, the appropriate anti-termite treatment should be selected.
4. Application of the treatment: The anti-termite treatment should be applied before the construction starts. The treatment should be applied as per the manufacturer's instructions.
This treatment is for the Management of pests such as Houseflies. Houseflies may spread diseases such as conjunctivitis, poliomyelitis, typhoid, fever, tuberculosis, anthrax, leprosy, cholera, diarrhea and dysentery. The treatment has to be decided as per the surrounding conditions of each location.
1. Inspection of the treated area: The treated area should be inspected to ensure that the treatment has been applied correctly and there are no gaps or areas that have been missed.
2. Monitoring for termite activity: After the treatment, the area should be monitored for any signs of termite activity. If any activity is observed, the treatment should be reapplied.
3. Regular inspections:Regular inspections should be carried out to ensure that the treatment continues to be effective over time.
A pipe treatment is laid out according to the floor plan of a structure and is disposed below the structure foundation slab. Pressure Pump System is connected with the pipe system to cause circulation of insecticide. The pipe members have apertures formed therein to permit the distribution of insecticide into the ground thereby preventing infestation by termites.
1. It is necessary the piping system allows constant repeat treatment effectively for 50 years.
2. Piping System ensures that accurately designed rates of chemical are applied evenly. Wherever hand operative sprayers are not permitted or not proved its effectiveness then piping treatment is advisable.
3. When construction work is completed then Piping System can be useful alternative to avoid chemical treatment with spray pump.
4. Piping System allows for the treatment to be replaced/recharged with no disruption and no unsightly excavation or drilling.
5. The Piping System can apply with a low cost and without spending extra cost for cost drilling and excavation of trench for re-treatment.
6. With the help of Piping System new innovated chemicals can apply throughout the life of the system.
7. The Piping System can be used as a complete system for all kinds of new constructions with pipes below the floor and around the perimeter or on established buildings along with the external perimeter to avoid the termite control methods with the convenient maintenance.
Chemical barrier treatment: In this treatment, a chemical barrier is created around the foundation of the building to prevent termites from entering. This is done by applying a liquid termiticide to the soil.
Physical barrier treatment: A physical barrier such as stainless steel mesh or graded stone particles can be placed below the building foundation to prevent termite penetration.
Baiting systems: In this treatment, termite baits are installed around the perimeter of the building. These baits contain a slow-acting poison that the termites carry back to their colony, eventually eliminating the entire colony.
1. Soil Injection: This method is commonly used for liquid termiticides. The termiticide is injected into the soil around the building foundation to create a barrier against termites. This method is effective in creating a continuous barrier around the foundation.
2. Surface Application: This method involves spraying or spreading the termiticide on the surface of the soil around the building foundation. This method is used for liquid termiticides, and it creates a barrier between the soil and the building foundation.
3. Trenching: This method involves digging a trench around the building foundation and applying the termiticide to the soil at the bottom of the trench. The soil is then replaced, creating a continuous barrier around the foundation. This method is commonly used for liquid termiticides.
4. Bait Stations: Bait stations are installed in the soil around the perimeter of the building. These bait stations contain a slow-acting poison that the termites carry back to their colony, eventually eliminating the entire colony. This method is effective in eliminating termite colonies, but it is slower than other methods.
5. Wood Treatment: Wood treatment involves treating wood with a termiticide before installation to prevent termite infestation. The termiticide is applied to the wood using spraying, brushing, or dipping methods.
The frequency of application for anti-termite treatment depends on several factors, including the type of treatment, the site conditions, and the severity of the infestation. Here are some general guidelines for the frequency of application for anti-termite treatment: 1. Pre-construction treatment: Pre-construction anti-termite treatments such as physical barriers or chemical barrier treatments are typically applied once before the building is constructed.
2. Post-construction treatment: The frequency of application for post-construction anti-termite treatment depends on the type of treatment and the severity of the infestation. Generally, soil treatments and baiting systems need to be reapplied every 5-10 years, while chemical barrier treatments may need to be reapplied every 3-5 years.
3. Wood treatment: The frequency of application for wood treatment also depends on the type of treatment and the site conditions. In general, wood that is exposed to moisture or in contact with the soil may need to be retreated every 3-5 years.
It is important to note that regular inspections are crucial to ensuring the effectiveness of anti-termite treatment. Even if the treatment is supposed to last for a certain period, it is important to monitor the treated area for any signs of termite activity and reapply the treatment if necessary.
Pest management log sheets are important records that document the anti-termite treatment carried out in a building or a property. These log sheets help to keep track of the type of treatment applied, the date of application, and the effectiveness of the treatment. Here are some examples of what should be included in a pest management log sheet for anti-termite treatment: 1. Property Information: This section should include the property name, address, owner's name, and contact information.
2. Treatment Details: This section should include the type of anti-termite treatment applied, the name of the termiticide, the amount applied, and the date of application.
3. Location Details: This section should include the specific location where the treatment was applied, such as the room, floor, or area of the property.
4. Inspection Details: This section should include the date of the next scheduled inspection, the inspector's name, and any notes on the inspection.
5. Observations: This section should include any observations made during the inspection, such as signs of termite activity or damage.
6. Recommendations: This section should include any recommendations for future treatments or corrective actions to be taken.
7. Signatures: This section should include the signatures of the inspector and the property owner or manager, indicating that they have reviewed the log sheet and agree with its contents.
Preventive measures are important to ensure the effectiveness of anti-termite treatment and to prevent future termite infestations. Here are some suggestions to clients on preventive measures to be taken for anti-termite treatment:
1. Keep the property clean and well-maintained: Clutter and debris around the property can provide a conducive environment for termites. Regular cleaning and maintenance can help to reduce the risk of termite infestation.
2. Remove sources of moisture: Termites are attracted to moisture, so it is important to fix any leaks or sources of water around the property, such as faulty plumbing or air conditioning units.
3. Store wood properly: If there is any wood stored on the property, it should be stored away from the building and at least 6 inches above the ground.
4. Seal entry points: Termites can enter the property through small cracks and gaps. Sealing these entry points can help to prevent termite infestation.
5. Monitor for signs of termite activity: Regular inspections can help to identify signs of termite activity, such as mud tubes, discarded wings, or damaged wood. Early detection can help to prevent the infestation from spreading and minimize damage to the property.
6. Follow recommended maintenance schedules: If the property has received anti-termite treatment, it is important to follow the recommended maintenance schedules to ensure the continued effectiveness of the treatment.
7. Seek professional advice: If clients have any concerns about termite infestation, they should seek professional advice from a licensed pest control company. A professional inspection can help to identify any termite activity and recommend appropriate treatment and preventive measures.
The methodology for anti-termite treatment varies depending on the type of treatment, the severity of the infestation, and the site conditions. Here are some general steps that are typically involved in anti-termite treatment:
a. Inspection: A thorough inspection is carried out to identify the extent of the termite infestation and the type of termites present. This involves checking for signs of termite activity, such as mud tubes, damaged wood, and discarded wings.
b. Treatment Plan: Based on the findings of the inspection, a treatment plan is developed that outlines the type of treatment to be used, the application method, and the expected results.
c. Preparation: The area to be treated is prepared by removing any obstacles, covering any exposed food or water sources, and protecting any sensitive items that could be damaged by the treatment.
d. Treatment: The actual treatment is carried out, which may involve the use of physical barriers, chemical barriers, baiting systems, or wood treatment.
e. Follow-up: After the treatment is completed, follow-up inspections are carried out to monitor the effectiveness of the treatment and make any necessary adjustments. This may involve periodic inspections and re-treatments as needed.
