Frequently Asked Questions

FAQs

Frequently Asked Questions (FAQs) about infrastructure upgrades and Kene Pro.

What is the Fibre to the Home (FTTH) project?

All Over Canada and the rest of the World providers are starting to invest in updating their Infrastructure to FTTH. Its part of an ongoing effort to make sure internet Infrastructure is more reliable and able to keep up with future technological advancements. In the coming years it will become increasingly more important to have access to FTTH technology which provides high-speed internet directly to residential homes through optical cables. It is the gold standard in communications technology for ensuring fast and reliable connectivity to homeowners. You can learn more about Fibre Optics, how they work , and their benefits by clicking here.

How does FTTH benefit homeowners and communities?

FTTH offers lightning-fast speeds, reliable connections, and the capacity to handle future technological advancements, providing homeowners and communities with seamless access to online resources, education, and business opportunities.

How can homeowners consent to infrastructure upgrades in their neighbourhood?

Homeowners can provide consent for infrastructure upgrades by participating in community canvassing efforts conducted by Kene Pro representatives, who will educate them about the benefits and obtain their consent to bring FTTH to their homes.

What is Directional Drilling?

Horizontal Directional Drilling (HDD) is a modern construction technique used for installing underground pipelines, conduits, cables, and other utilities without the need for extensive open trenching. This method is particularly effective for laying infrastructure under obstacles like rivers, buildings, roads, and environmentally sensitive areas. Here's how HDD works and how it minimizes disruption

‍1.Planning and Design: Before drilling begins, a detailed plan is formulated. This includes surveying the route and using geotechnical data to understand soil conditions.

‍2.Pilot Hole Drilling: HDD starts with drilling a small, horizontal pilot hole along the planned underground path. This is done using a drill rig that launches a drill bit into the ground at a shallow angle. The drill bit is steered with precision to follow the predetermined path.

‍3.Enlarging the Hole: Once the pilot hole is complete, the hole is enlarged to a size suitable for the utility installation. This is done using back reamers, which are pulled back through the pilot hole, gradually increasing its diameter.Pulling in the Utility Line: After the hole is enlarged, the utility line (such as a pipe or cable) is attached to the drill string and pulled back through the hole to its final position.How HDD Minimizes Disruption:

‍4.Reduced Surface Impact: HDD avoids the need for large trench excavations. This means there's less disruption to traffic, minimal impact on surface activities, and no need for large-scale rerouting of pedestrians or vehicles.

‍5.Environmental Protection: By allowing utilities to be installed beneath sensitive areas without disturbing them, HDD is an environmentally friendly option. It's especially beneficial in preserving habitats, water bodies, and green spaces.

‍6.Faster and Safer: HDD is generally faster than traditional trenching methods and poses fewer safety risks, as it requires less heavy machinery and open excavations.

‍7.Cost-Effectiveness: Although the initial cost might be higher than traditional trenching, HDD can be more cost-effective in the long run due to reduced restoration needs and minimized surface disruption.In summary, Horizontal Directional Drilling is a technologically advanced method of underground utility installation that offers significant benefits in terms of minimizing surface disruption and environmental impact, while also being a safer and potentially more cost-effective option compared to traditional trenching methods.

What are all these markings and flags in my area?

If you've noticed unusual markings or flags on your property, it's likely part of the preparation for fibre optic construction in your area. These markers are an important step in the construction process. Here's what they mean and why they're there:Safety and Precision: Before any digging or construction starts, it's crucial to know exactly where existing underground utilities are located. This includes things like water pipes, gas lines, electrical cables, and telecommunication lines.

‍Color-Coded Markings: You might see different colored spray paints or flags on the ground. Each color represents a different type of utility:

‍Red for electric power lines, cables, conduit, and lighting cables.Yellow for gas, oil, steam, petroleum, or gaseous materials.

‍Orange for communication, alarm or signal lines, cables, or conduit.Blue for drinking water.

‍Purple for reclaimed water, irrigation, and slurry lines.

‍Green for sewers and drain lines.

‍Relation to Fibre Optic Construction: For fibre optic construction, the focus is often on the orange markings. These indicate where existing communication lines are, which is crucial for planning where new fibre optic cables can be installed without interfering with or damaging current utilities.

‍Utility Locating Services: These markings are typically done by professional utility locating services. They use special equipment to detect and mark the exact locations of underground utilities.

‍Protecting Your Property and Workers: The markings help ensure that the construction process is safe and efficient. They minimize the risk of accidentally cutting into an underground utility, which can cause disruptions, safety hazards, and additional costs.

‍Your Role: As a property owner, it's important to avoid altering or removing these markings until the fibre optic construction work is completed. They are essential for the safety and success of the project.In summary, the markings and flags on your property are there for safety and to help guide the construction team during the fibre optic installation. They ensure that existing underground utilities are protected and that the new installation goes smoothly and safely."

When and How Will My Property Be Restored?

After the installation of fibre optic infrastructure, property restoration is a crucial and final step. The restoration process typically begins immediately after the construction is completed, with the timeline for restoration varying. It can take anywhere from a few days to a couple of weeks, depending on the extent of the work and the site conditions. However, it's important to note that all restoration work is subject to weather conditions. Adverse weather can delay the process, as certain restoration activities require dry or mild conditions, especially those involving landscaping.