What is Well Flow Testing?

A well flow test is about examining how much water your private well can pump to the system of your home. Checking the maximum and minimum range is essential to know how much water your well can safely pump to your home system. Some factors are considered to check the water flow level. They are:

  • Duration
  • Flow rate
  • Pressure range
  • Switch intervals
  • Well depth

Further, there is a fixed formula to determine a well’s accurate water flow level. Two elements are very important in the formula. First, its necessary to gather information about the time for which the pump is running. Also, keep a note about the quality of water (in gallons) the pump is drawing.

The flow rate can then be measured by dividing the water drawn by the pump (in gallons) by the operation cycle of the pump (in seconds). This result is again multiplied by 60 to get the result about the well’s gallons per minute or GPM water flow.  So, the formula is:

(Gallons of water drawn by the pump/Number of seconds the pump was on)*60

You can hire a reliable and specialized company to check your well’s water flow.

What is a Good Well Flow Rate?

The more, the merrier! On a serious note, let’s be practical as the natural water resources, especially groundwater levels, will differ across various geographical locations. So, a universal standard cannot be set regarding a good well water flow rate. Nevertheless, a 3 GPM water flow is decent for private wells in households. However, a well’s water flow is usually considered good when it is 5 gallons per minute or above.

If your well water flow rate is low, a technician can help you improve the flow. The problem can be solved by installing a booster pump, a constant pressure system, or adjusting the pressure tank settings. You can also receive suggestions like widening the borehole or drilling the well deeper.

What is Well Water Quality Testing?

The water flow rate of your well determines whether your household system is receiving adequate water supply or not. On the other hand, water quality testing assesses the water quality indicators and contaminants in your well water. This is very important to ensure that your water is safe to drink and wash with. Good water quality also ensures that that the appliances connected to the water source can function well and have a decent shelf life. In addition, quality testing also helps you to obtain necessary guidance from your local health and environment department if contaminants are detected.

What are Water Quality Indicators?

Some water quality indicators checked during water testing are the pH level, total coliforms, and fecal coliforms. If your well water has high levels of total coliforms, there is a high chance that harmful elements like viruses, bacteria, and other parasites are present in the water. Further, a higher presence of fecal coliforms hints at the existence of germs causing hepatitis, diarrhea, and dysentery.

In addition, a high pH level in your water can damage your house’s appliances and plumbing systems. Moreover, it can yield some adverse health effects.

What are the Water Contaminants?

The United States Environmental Protection Agency (EPA)says that the highest permissible level of nitrate in drinking water is 10mg/L. Maintaining this nitrate level is important for avoiding severe health problems like the blue-baby syndrome. If your well water has more nitrate than the permissible level, it will be considered contaminated.

Volatile Organic Compounds (VOC) derived from “industrial fuel-related chemicals” can also contaminate your well water if your house is close to industrial areas. Some of these organic compounds are:

  • Carbon tetrachloride
  • Benzene
  • Toluene
  • Methyl tertiary butyl ether
  • Trichloroethelene, etc.

Your well water can get further contaminated by harmful minerals like arsenic, lead, radium, mercury, and atrazine. Moreover, there are many instances of pesticide and germ contamination in well water.

If the inspection report says that your well water is contaminated, you must seek help from the local health or environmental department. You can also contact EPA to seek necessary guidance on the measures to be taken.

Why Should I Test My Well Water?

You should get your well water tested because consuming contaminated water or being in contact with polluted water can cause instant or future health problems. Problems like diarrhea and dysentery are common health implications caused by contaminated water. Further, the harmful minerals and chemicals in the water can cause severe damage to your skin, hair, nails, and internal organs.

You need to be more particular about your well water quality testing if you have children, pregnant women, elderly persons, or people suffering from chronic diseases at home.  Regular testing of your well water is the most effective way to ensure that your well water is safe for use.

How Can I Get My Well Water Tested?

Your state’s local health and environmental department will usually conduct examinations to check the levels of water quality indicators. Further, you will find a detailed list of certified laboratories for water testing in your area on your state’s official website of the Department of Public Health.

What is the Right Time to Have My Well Tested?

The Centers for Disease Control and Prevention recommends water testing yearly during spring. However, you must make arrangements for well water testing immediately if you experience any change in the water’s taste, smell, or color. Further, immediate testing is imperative if there are reports about well water problems in your area.

Your well water should also be immediately tested after any repairing work on the well equipment. Additionally, any land disturbance or waste disposal near your well should call for immediate water testing.

What is the Cost of Well Water Testing?

The cost of well water testing may differ based on the test being conducted. For example, the cost of a test for checking arsenic levels will be different from bacteria-determinant tests. On average, well water testing will cost you somewhere between $100 to $750.

Final Words:

If the inspection report of your well water is not satisfactory, or your well water fails inspection, it is imperative that you follow measures as guided by the technician. In cases of a failed inspection, cleaning the well, evacuating the well, changing the pump and other equipment, UV treatment, etc., are recommended. If the condition of your well water is beyond improvement, the technician will advise you to have a new well drilled.

Radon is a gas that occurs with no color, taste, or odor. This gas is produced from the natural decomposition of the radioactive element uranium, commonly found in soil, water and rock worldwide. As such, it is found in all 50 states. However, the radon concentration varies greatly from state to state and from town to town.

No doubt, exposure to radon gas always poses a greater health risk. You may be surprised to know that radon exposure takes the life of 21,000 Americans in the form of lung cancer every year. This is why radon exposure is considered the second-leading cause of lung cancer, just behind tobacco smoking.

Unfortunately, there are still no federal regulations to determine a radon standard in drinking water. But the Connecticut Department of Public Health has already set a standard for radon level in the private well, which is set at 5,000 picocuries per liter (pCi/L). And they recommend the water departments monitor this action level constantly and keep the radon level below this level. In this article, we will discuss everything you need to know about radon in water.

How Does Radon Get into the Home?

Most of the time, radon enters a home from the earth beneath the house. When uranium decays, it produces radon gas which can enter any type of building, office, apartment, or school. The danger arises when radon can accumulate in high concentrations in indoor air. Radon gas usually makes its entrance into our homes through:

  • Cracks and holes in the foundation
  • Construction joints
  • Cracks in wall
  • Crawl spaces

Radon gas can also reach our homes through the domestic water supply system. The radon gas emitted from underground sources can quickly dissolve and accumulates in water. So, the radon gas in water can easily enter your home when it is heated or agitated during household activities like cooking, washing clothes, and showering. It is estimated only 1 pCi/L radon is released into the air from every 10,000 pCi/L of radon in water. If the main source of your domestic water supply come from a reservoir, lake, or river, you should not be too concerned about radon exposure. The radon from these exposed bodies of water will be released into the air before it makes its entrance into your home.

But this does not mean you will always receive water completely free from radon, and some radon can remain in the water. Drinking water with high concentrations of radon for a prolonged period can largely increase the risk factors for stomach cancer and other cancers. However, this risk is almost negligible when compared to the risk of lung cancer from radon present in the air.

When Should You Test Water for Radon?

If your domestic water supply system is connected to well water, you should conduct a radon water test to measure the radon level in the water. The Connecticut Department of Public Health (CT DPH) recommends every home be tested for radon in water, especially if the homes are served by well water. Besides, the CT DPH has set a regulatory standard to maintain the radon level in drinking water. The maximum contaminant level of radon in public water is set at 5,000 pCi/L.

Its important to understand that it is quite possible to experience an elevated level of radon in your water, even having a low level of radon in your indoor air. The only way to determine the radon level in your water or indoor air is to conduct a radon test.

How to Reduce the Radon Levels in Water?

From our experience, we have seen many homeowners worried over a simple question: how to reduce the radon levels in drinking water. No doubt, if your average radon test result shows the radon level in water is 5,000 pCi/L or higher, you should consider reducing the radon level. Fortunately, you can find two water treatment systems for reducing radon from water: Granular Activated Carbon (GAC) System and Aeration System.

  • Granular Activated Carbon (GAC) System

There is no doubt that the Granular Activated Carbon (GAC) System is truly capable of reducing the radon level in water when the radon level is less than 10,000 pCi/L. These systems come with a fiberglass tank loaded with Granular Activated Carbon Compounds. These granular activated carbon traps the radon when water flows through. These can also capture other contaminants such as hydrogen sulfide which can produce a rotten eggs odor, chlorine, and volatile organic compounds  (VOCs).

However, these contaminants will accumulate inside the fiberglass tank, eventually shortening the carbon’s life. Furthermore, the radon adsorbed can accumulate to dangerous levels and cause the system to become ineffective and/or become a source of radioactivity. This is why replacing the carbon in a GAC system at regular intervals is important.

However, the CT DPH always recommends hiring a certified radon mitigation professional to handle the installation task.

  • Aeration System

The only way to reduce radon from water when it is equal to or more than 10,000 pCi/L is to install an aeration system. These systems can aerate or absorb water so that water can release radon during the water treatment. These radon gases are eventually freed to the outside, away from your home.

Nowadays, different types of aeration systems are available on the market. So, it is important to contact an experienced radon mitigation professional to decide on the ideal aeration system for your home.

How to Find an Experienced and Qualified Radon Professional?

You can find the lists of certified radon professionals on the Radon – Professionals webpage of the CT DPH’s official website. These professionals are trained as per the EPA protocols and hold a national certification in radon measurement and radon mitigation. Don’t hesitate to visit the CT DPH Radon Program website for more information about how to test radon in water.

Final Thoughts

The two most common ways of radon exposure are through the air we breathe and the water we drink. The CT DPH recommends that every home test radon in water if the water comes from a private well. No doubt, contacting a professional is the best bet for you to conduct a radon water test and install a radon mitigation system in your home.

There is no doubt that, nowadays, pollution and toxins can contaminate our drinking water, especially in an industrial society.  Most of the time, arsenic, uranium, & volatile organic compounds (VOCs) are the main culprit behind this water contamination. If you look at a recent US Geological Survey study, you’d find that many private wells in the Northeast region contained an elevated level of arsenic, uranium, and VOCs. This is a great concern for anyone whose domestic water supply comes from a private well as it poses a greater risk to our health.

But you don’t have to be worried as, once identified, these contaminants can be removed from your drinking water. In this article, we will address the basics arsenic, uranium, & VOCs in water and how you can get rid of them.

Arsenic in Water

Arsenic is a commonly occurring element in water, and it is highly toxic when it appears in an inorganic form.  People can be exposed to this toxic element in various ways, but contaminated groundwater is the greatest source of arsenic exposure to humans. Exposure can result from drinking contaminated water, using that water in the irrigation of food crops, consuming contaminated food, etc. Arsenic poses a potential health problem as it is highly toxic even at a low level in drinking water supplies.

Although short-term exposure can result in short-term effects, like vomiting, diarrhea, or abdominal pain, long-term exposure can cause cancer. This is why the  International Agency for Research on Cancer (IARC) has categorized arsenic and its compounds as carcinogenic.

Health Effects of Arsenic

The immediate or short-term effects of arsenic poisoning include vomiting, diarrhea, or abdominal pain. Fortunately, these health problems can be treated easily with proper medical attention. But the long-term effects of arsenic poisoning are always proven as a greater health concern for us.  Long-term ingestion of inorganic arsenic can cause several adverse effects on our health. These include skin cancer, pigmentation changes, skin lesions, hard patches on soles and palms, etc. Worse yet, it can cause developmental effects along with cardiovascular and pulmonary diseases. It may also contribute to cancers of the lungs and bladder.

What Arsenic Level in Water is Safe?

The U.S. Environmental Protection Agency (EPA) has clearly set a regulatory standard for arsenic in drinking water. The maximum contaminant level of arsenic in public water is set at 0.010 mg/L. This is equivalent to 10 parts per billion (ppb), 0.010 parts per million (ppm), or 10 micrograms/liter (µg/L). So, if the arsenic in your water exceeds 0.010 mg/L, you should not use that water for drinking or cooking.

How to Test the Arsenic Level in Water at Home?

Previously, testing for arsenic in the water had been considered as difficult as eliminating it. This had to be tested in a laboratory environment with the help of expensive laboratory equipment like atomic absorption spectrometers. These days you can find many test kits on the market to measure the arsenic level in the water. These arsenic test kits are designed based on simple chemistry in which inorganic arsenic compounds present in the water are converted to arsine gas due to the reaction between the acidified water sample and zinc powder.

How to Reduce the Arsenic Level in Water at Home?

The most cost-effective way to remove arsenic from water is to use a water cooler built with reverse osmosis technology. This type of water cooler follows a simple process. It forces water to flow through a semi-permeable membrane under pressure to remove the contaminant present in the water and eventually dispense more and more healthy drinking water.

Uranium in Water

Uranium can be found in groundwater and surface water because of its natural occurrences, and it can be present in certain rocks and soils, especially granites.

You will be surprised to know that two-thirds of the community water systems in our country contain detectable levels of uranium. And this report comes from the U.S. community water system monitoring records.

Undoubtedly, uranium contamination in surface and groundwater poses a greater health risk. Although the majority of uranium elements in drinking water are eliminated from our bodies, a small amount is absorbed and remains in our digestive tract. If we continue to intake that drinking water for an extended time, it can damage our kidneys. So, it is always important to minimize exposure with it as much as possible.

Health Effects of Uranium

Several studies have shown us the adverse health effects of uranium. Most of the time, consuming drinking water containing uranium for a long time can result in kidney damage or Nephritis. However, our kidneys can recover from this damage if the exposure is reduced or eliminated.

What Uranium Level in Water is Safe?

The US Environmental Protection Agency has set a regulatory standard for the maximum contaminant level for uranium, which is 30 micrograms per liter in drinking water.

How to Test the Uranium Level in Water at Home?

The most effective way to determine the uranium level in the drinking is to conduct uranium testing.  However, it is always recommended to contact a state-certified laboratory that conducts a uranium test using ICP-MS. These tests are undoubtedly proven faster and less expensive compared to other alternatives. It is designed based on the direct introduction of the sample with no chemical pre-treatment into an inductively coupled plasma mass spectrometer (ICP-MS).

How to Reduce the Uranium Level in Water at Home?

The easiest way to reduce the uranium level in drinking water is to use a reverse osmosis water treatment. It can eliminate up to 99% of uranium elements present in the drinking water, along with other contaminants.

VOCs in Water

Volatile organic compounds aka VOCs are treated as carbon-containing compounds with unique properties that permit them to easily evaporate and move between the soil, air, groundwater, and surface water. Common sources of VOCs include detergents, disinfecting agents, gasoline, fuels, solvents, paints, stains, strippers, and pesticides.

Most of the time, the VOCs found in drinking water is originated from human activities. Private wells near commercial or industrial areas are often at higher risk of VOC contamination.  Industrial dumping, spills, and leaks can be notable sources. VOCs in drinking water can also occur from the use and improper disposal of household products that contain these chemicals.

Testing the well water for VOCs should be done at least every 3 to 5 years. Several VOCs can indeed cause a range of short- and long-term health risks. The Environmental Working Group has identified 12 potentially carcinogenic VOCs in drinking water. These include:

  • 1,1,2-Trichloroethane
  • 1,2,3-Trichloropropane
  • 1,2-Dichloroethane
  • 1,2-Dichloropropane
  • 1,4-Dioxane
  • Benzene
  • Carbon tetrachloride
  • Dichloromethane (methylene chloride)
  • Styrene
  • Tetrachloroethylene (PCE or PERC)
  • Trichloroethylene (TCE)
  • Vinyl chloride

VOCs pose a greater health risk to us with many adverse health effects like damage to the kidneys, liver, and nerve systems. Furthermore, exposure can cause kidney and liver tumors and neurological effects.

What Level of VOCs in Water is Safe?

The US Environmental Protection Agency has set a regulatory standard for the maximum contaminant level for different VOCs. For 1,1-Dichloroethylene, it is set at 0.007 mg/L. For 1,1,1-Trichloroethane and 1,1,2-Trichloroethane, it is set at 0.2 mg/L and 0.005 mg/L respectively.  If you would like to know about the contamination level of other VOCs, you can check out the National Primary Drinking Water Regulations page on EPA’s official website.

How to Test VOCs Level in Water at Home?

The most effective way to test the VOCS levels in water is to take a sample of that water and send it to a state-certified laboratory for testing. They will test the sample with an onsite PID meter so that they can determine the actual level of volatile organic compounds present in the water.

How to Reduce the VOCs Level in Water at Home?

There are  several filtration systems that are truly capable of filtering VOCs out of drinking water. One great example of such a filtration system is the carbon filter system. You can install it at the faucet or in the place where water enters your home to filter out the VOCs from drinking water.

Final Thoughts

Its important to have your water tested to ensure you aren’t being exposed to elevated levels for these contaminants for extended periods of time. If arsenic, uranium, and VOCs are present in your drinking water at an elevated level, it needs to be reduced or eliminated as early as possible. Fortunately, you can find many technologies capable of reducing or eliminating those contaminants.

A septic inspection remains a crucial procedure to maintain the health of everyone on the property. Moreover, septic testing helps in keeping your house’s plumbing in good condition.

However, most homeowners consider septic inspection trivial compared to other home-based inspection processes. The lack of importance attached to septic inspection often stems from not knowing what is a septic inspection and the benefits of the inspection.

Why Perform a Septic System Inspection?

With regular use, solid waste accumulates at the bottom level of the tank. If the septic tank is not pumped at proper intervals, the level of internal waste in the tank gets over-saturated. And that hampers waste collection in the septic system.

Moreover, as the solid waste accumulates, it will reach the pipe network. The presence of waste in the pipes can result in major clogging. As a result, water cannot flow through the pipes into the associated drain field. When the wastewater produced by the systems of household utilities has nowhere to go, it can work its way back into the home.

Consequently, the wastewater enters into channels of sinks, bathrooms, and toilets. Notably, as the water is not clean and contains waste materials, the pipelines and interior finishing of the house become contaminated and damaged owing to the ill-functioning septic system.

Thus, the dangers of not assessing the septic system include compromised waste management and health risks to the residents. So, you need proper septic checking to ensure good health and consistent working of the house’s septic system and water lines.

When to Get the Septic System Checked?

The process of septic evaluation is common during the selling or buying of a house. But, experts recommend house transactions should not be the only time to perform a septic inspection.

As suggested by the US environmental protection agency, you should hire a certified and expert professional to inspect your household septic system every three years. By maximum limits, you should opt for septic checking every five years.

But, sadly many homeowners never consider getting the septic system checked until a problem arises. You should opt for septic examination at regular intervals to facilitate proper functioning for consistent periods.

Factors Affecting Septic Inspection

  • Size and condition of the septic tank
  • Associated elements like pipelines
  • Soil condition in the drain field
  • Mechanical and electrical components of the septic tank
  • Experience of the inspector
  • The guidelines or norms of the inspection agency you contacted

Things to Check for Septic Testing

  • The qualifications of the septic system inspector
  • Guidelines of the agency you have hired
  • The report of septic inspection
  • The validity period of septic inspection certificates

Here it’s important to mention how long the certificate obtained following inspection remains valid is crucial during buying or selling of property. For example, if you want to get your septic tank inspected and want to sell your house, you need to consider the timeline of the expiry date of the septic certificate.

For example, if you get a septic certificate valid for 2 years following the inspection and sell the house within 2 years, you need not have another inspection while selling the house. If the certificate expires before selling, you need to have another check of the septic system.

As a home buyer, you must check whether the seller provides an inspection certificate. If they don’t have any, you need to get the septic of the house you are about to buy assessed.

Finding Septic Inspection Near Me

You can get recommendations from septic inspectors from your real estate agent while buying a house. Make sure your selected one is licensed and has the proper experience.

Here it’s important to note every agency operates under its guidelines for service. So while contacting an agency for getting a septic inspector, check pricing, types of inspections they provide, and how long they take to give reports.

Types of Septic Inspections

There are two types of inspections, full and visual, based on the comprehensiveness of the checking. A quick inspection process includes visual checking, also known as level 1 septic inspections. This type of inspection takes the details and time of the last inspection into consideration to evaluate the present functioning condition of the septic system.

Here the inspector checks the pressure of water levels. The inspection also involves checking to ensure the water and drain field in good condition. The visual inspection gives quick results but fails to examine the real condition inside the septic tank.

The full inspection process takes more time but gives more effective results. In this type, the inspectors thoroughly check the internal condition of the septic tank, the pipelines’ effectiveness, and whether the water is draining properly.

They may perform a dye test as a part of a full inspection to evaluate how much water drained from household utilities enters the septic tank. Moreover, the inspection involves assessing the drain field.

However, the full inspection does not always involve a comprehensive checking of the septic system, and it can be segregated into three types based on the detailing involved.

  • Level 1 septic inspection

This includes opening the tank’s lid and conducting a limited internal assessment. Also, the inspector checks the functioning of the waste pipes.

This type of checking does not always require pumping out of the tank contents before the inspection unless instructed by state laws.

  • Level 2 septic inspection

Almost all level 2 checking necessitates prior pumping out of the tank contents. This variety involves thoroughly checking the septic tank’s internal condition and detecting the presence of cracks or structural faults.

  • Level 3 septic inspection

This is the most comprehensive, covering everything performed from level 0 to level 2 checking. In addition to that, level 3 inspection includes an assessment of soil conditions in the drain field.

Final Thoughts

A septic system inspection is a crucial process to maintain septic tanks in well-functioning conditions. Inspecting the septic system is an effective process for detecting internal issues and assessing wastewater management.

The comprehensive inspection of the septic tank on your property will depend on the type of service you are opting for. Level 1 is a visual assessment of the septic system, while level 3 is the most comprehensive among all types.

You can get inspectors based on the recommendation of your real estate agent or from nearby agencies. Remember to check the guidelines for service before hiring septic inspectors.

Virtual home tours may have received immense popularity during the Covid-19 pandemic, but their roots can be traced back many years ago. The term dates back to the 90s. Most interestingly, the first tour exhibited a tour covering the 3D reconstruction of 1550’s Dudley Castle in England. Moreover, Queen Elizabeth II was one of the initial users of a virtual tour.
Every sector makes good use of virtual tours in today’s age, from tourism to real estate. But here we are particularly interested in what is a virtual tour of a house and the necessary tidbits you need as a home buyer (or seller).

What Is a Virtual Home Tour Exactly?
Imagine getting a house tour minus the physical contact. That is the gift of virtual reality. In more precise terms, a virtual home tour can be taken as a virtual imitation of a real house tour. The virtual experience lets users explore property or houses realistically through a virtual and remote platform.
So, you can access or take a tour without being at the exact geographical location of the home you are touring for.
Many people consider virtual home tours as videos or virtual simulations, but virtual tours possess great diversity. That brings us to the next section.

Types of Virtual Home Tours

• Captured 360-degree photos
This variety comprises photos or videos of the house taken from a 360-degree camera. The variety contains either sequence of shots or a shot taken continuously. The 360-degree tour lets you have a look at the rooms and corners of the house from different angles.

• 3D experience
This type brings more immersive quality than just looking through photos or videos. Also, 3D produces more detail compared to the first variety.

• Virtual reality (VR) simulation
This type possesses greater detail and immersion and gives a more realistic experience, making you feel you are in the home location. Users can even interact with the surroundings shown in the virtual tour through the use of controllers.

• Floor plan
This isn’t necessarily a house tour. Floor plans show the spatial arrangement and dimensions of the building and the placing of rooms, doors, and windows.

How to Do a Virtual Home Tour?
As a home buyer, you can certainly opt for virtual home tours. And you can consider these tours to weed out choices and make a concentrated selection while sitting in the comfort of your own home.
But how do you do such a virtual tour? When you open the link to your virtual tour, it is simply a matter of clicking or swiping through different rooms and panning to view various aspects of each room.
The tours are user-friendly, thus excluding the need for the pre-requisite technical expertise to take the tour.

How to Create a Virtual Home Tour?
As a home seller or an agent, you may want to create an online video of the house. The first step to creating a virtual home tour involves getting good equipment for taking the video. Even a mobile phone that can click wide-resolution photos will give you a video with good quality. Before taking videos or pictures of the house, ensure the house looks clean and well-lit.
You can use Matterport or other sites to make the selection of cameras or hardware to create virtual tours. Also, you can take the services of their professionals to scan your area and make virtual tours on your behalf.

Cost of Virtual Home Tour
You can make virtual tour videos as a home seller or real estate agent. To do so, you can use virtual home tour software. There are several free and paid softwares, and the paid ones require a monthly price or entry fee.
As a potential home buyer, you can potentially get a virtual tour for free if the seller has posted it for free. For the paid virtual tours for real estate, the pricing of varies depends on the house’s size and the video’s detailing and quality.
With a small apartment, the virtual tour would take less time and effort to produce and hence would require a smaller fee. On the other hand, virtual tours of mansion houses take more effort and have a high price. Also, a VR simulation can cost more than a 3D virtual home tour.

Pros of Virtual Home Tours
• Geographically reaching home locations for taking tours consumes time. But virtual home tours let you view many houses in a short period of time.
• Being a remote service, a virtual tour saves time. Imagine no longer having to lose time driving away to view a house.
• By letting you have plenty of time, the tour helps you to compare houses in your preferred schedule.

Cons of Virtual Home Tours
• Have you heard of buyers who decide to buy homes just by watching virtual home tours? The answer is either no or very few.
• Despite being time-saving, virtual tours never gives you a chance to have a face-to-face talk with the agent.
• Virtual home tours are great but can hardly give you an understanding of the neighborhood. Getting a feel of the neighborhood or an idea of who your neighbors are is a critical deciding factor for home buyers.
• You can never gauge the natural lightning the house gets.
• Also, the videos can show you the structure but not its strength. You can become impressed by the staircase design as shown by the video, but you wouldn’t know how sturdy the staircase and handrailing is until you physically visit the house.

Final Thoughts
If you are contemplating what is a virtual house tour, consider it as a virtual representation of home tours minus physical contact. There are several types of virtual tours. Also, these let you save time and fuel and let you view many houses in a short time.

We all know that spiders can be quite beneficial to our homes and gardens, considering that they snack on the other insects —like roaches, flies, mosquitoes, and millipedes— that could otherwise go unchecked. This understanding doesn’t, however, make our encounters with spiders any more pleasant… especially when they’re found within our own homes. Fortunately, there are many simple methods that you can use to clear up an infestation of spiders and keep them out for good.

 

What attracts spiders to your home?

Weather: Spiders are attracted to dark and comfortable locations and require specific environments to survive in. If the temperatures outside are cold, spiders will be eager to make their way indoors where they can be warm and cozy. Similarly, spiders will navigate to the indoors in effort to cool off when the temperatures outside are too hot.

Habitat: Most species of spiders prefer to live in dark and secluded locations such as basements, crawl spaces, garages, and attics. These areas can offer shelter from the elements and an ideal habitat for building webs and finding prey.

Food Sources: Spiders often make their way inside because they’re following other pests such as moths, flies, or ants. Like other pests, spiders also eat what whatever food sources we’ve left out for them. Crumbs, food scraps, juice residue are all potential sources for spiders to persist.

Mating: The mating season for spiders begins in the late summer and early fall. This is when many spiders will leave their webs and search for a mate. One spider may attract others when it is time to mate so it is important that you act quickly following an indoor spider sighting.

Gaps and Openings: Spiders commonly enter through tiny cracks, crevices, holes, and gaps in areas near doors, windows, and vents. Sometimes spiders enter through openings created by other pests such as mice. At other times, they may hitch a ride on the things we bring into our homes such as furniture, food, plants, and pets.

 

Where in the home are spiders typically found?

Spiders prefer to live in various areas in the home depending on the type of climate a particular species finds suitable. Generally, spiders are attracted to quiet rooms and nesting in undisturbed clutter with easy access to insects. Spiders that prefer moisture will be found in bathrooms, basements, crawl spaces and other damp parts of building ideal for hiding, reproducing, and pouncing on their next meal. Others that are more keen to dry climates may live in attics, air vents, and high corners of rooms where they can catch other insects that pass by. Egg sacs left from female spiders are commonly found in low traffic areas in the basement. In two weeks time, these eggs hatch into young spiders. When left unchecked, this cycle can manifest into an infestation.

 

How to prevent spiders from entering your home?

Reduce Exterior Lighting: Outside light turned on throughout the night can attract a plethora of insects such as moths, mosquitoes, and beetles. This activity can also draw in spiders. Keep outdoor lighting near doors and windows to a minimum or consider switching your bulbs to sodium vapor, halogen, or dichromium yellow bulbs which insects find less attractive than bright white and bluish lights.

Eliminate Exterior Shelter: Because spiders are often seeking out to shelter and warmth, things like stacks of firewood and piles of leaves can attract them to your home. Make sure your yard is clear of areas where spiders can find shelter or, at the very least, store these items a minimum of 10 feet away from your home. Break up any webs that you can see near your house to encourage the spiders to go somewhere else.

Seal Entry Points: Seal any cracks or small gaps in your foundation, siding, and weather stripping around doors and windows. You should also pay attention to areas where exterior pipes and conduits enter the building and make sure these locations are properly sealed. Any windows or door screens that have become loose or torn should be repaired and new screens should be installed where missing.

Use Homemade Repellents. Spiders are repelled by a number of natural scents that we often find pleasing. These include vanilla, lemon, citronella, peppermint, lavender, eucalyptus, chestnut, marigold, cedar, cinnamon, and tea tree. You can apply a few drops of essential oil in strategic locations at the exterior of your home, your garage, and even your car.

Use Store-Bought Insecticide. These insecticides can provide a chemical barrier that repels or kills spiders. Insecticides can be an effective means of addressing a serious spider infestation. A downside to this approach is that many insecticides contain toxins or chemicals that are hazardous to children and pets. It is important that you carefully read the labels and directions.

 

How to get rid of spiders in your home?

Remove Webs: In addition to being unsightly, these webs harbour spiders while allowing them to feed and reproduce. You can either dust walls and ceilings where the webs have been built or use a vacuum with a hose attachment to remove spider webs from your home. It’s best that you do this upon spotting any webs in your home.

Keep a Tidy Home: Regularly clean your home and remove as much clutter as you can. Leftover food and crumbs may attract spiders and other insects so stay on top of maintaining a clean kitchen. Don’t forget about low traffic areas such as corners and closets and clear out any piles of cloths. Also consider transferring stored belongings from cardboard boxes over to airtight containers. Doing so will make it more difficult for spiders to find areas that they perceive as well sheltered and comfortable.

Get a Spider Catcher: If you’re interested in a way to remove spiders from your home without necessarily harming them, look into getting a spider catcher. It is a hand-operated wand that works by surrounding the spider with bristles that close around the spider so that you can gently pick it up and release it outside.

Use Essential Oils and Vinegar: Essential oils can be an effective deterrent both inside and outside of the home. If your aim is to get rid of spiders without killing them and without insecticides, vinegar is also an effective natural spider repellent. You can fill a spray bottle with a 50/50 white vinegar and water solution and spray the mixture into the corners of your home, around window frames, and gaps near the entrance doors to repel spiders. It will likely take some experimenting to determine which solutions and ratios are most effective, how often you should spray, and which locations are ideal.

Place Spider Traps: Traps with a sticky glue designed to catch and kill spiders can be effective if you place them in areas where spiders are likely to be. These are often laced with a pheromone or aroma that attracts spiders to the trap. As with store-bought insecticides, you should carefully read the instructions and make sure they are placed out of reach of children and pets.

Use Store-Bought Insecticides: When used indoors, these treatments are usually intended to be used, in the corners of your home, beneath furniture, and along the baseboards. As described earlier, make sure you understand the instructions and potential hazards.