This backyard renovation project in Coquitlam included the installation of a large concrete patio designed to create a clean and durable outdoor living space for everyday use and entertaining. The patio surface was constructed following proper excavation, grading, and compacted road base preparation to ensure long-term stability and performance. A pergola-covered seating area provides shade and a comfortable gathering space while maintaining an open connection to the surrounding backyard. The new patio layout integrates with the Allen Block retaining wall and landscape stairs that lead to the elevated garden area, creating a functional multi-level outdoor environment. This exterior upgrade improved drainage, accessibility, and overall usability of the backyard while enhancing the visual structure of the outdoor space.

After the homeowner experienced basement flooding, extensive remediation work was required. Our team began by thoroughly cleaning and repairing the affected areas to ensure proper flood prevention measures were in place. Once the remediation was completed, we moved on to replacing insulation, drywall, flooring, and paint. Following discussions with the homeowner, they opted for a reconfiguration of the basement layout, which included the addition of a modern three-piece bathroom featuring a custom walk-in shower. This renovation not only revitalized the space but also enhanced its functionality, making it one of our favorite transformations to date. The updated basement now provides the family with a more practical and enjoyable living area that will serve them well for years to come.

After the homeowner experienced basement flooding, extensive remediation work was required. Our team began by thoroughly cleaning and repairing the affected areas to ensure proper flood prevention measures were in place. Once the remediation was completed, we moved on to replacing insulation, drywall, flooring, and paint. Following discussions with the homeowner, they opted for a reconfiguration of the basement layout, which included the addition of a modern three-piece bathroom featuring a custom walk-in shower. This renovation not only revitalized the space but also enhanced its functionality, making it one of our favorite transformations to date. The updated basement now provides the family with a more practical and enjoyable living area that will serve them well for years to come.

There are a few reasons why it is critical that your trees have a regular schedule for pruning and maintenance. Pruning helps trees to maintain a tree’s health as well as form it to a pleasing aesthetic shape. Furthermore, pests and diseases are also controlled by regular pruning and care. When pruning is properly performed, your trees will be healthy and attractive all year long. Five Star Tree Services has put together a list of seven things you should keep in mind regarding your tree pruning. Tree Inspection Before any tree pruning job, the tree should be properly inspected. This will allow you or our tree care service team to determine which branches should be cut. It will also allow any diseases or pests to be identified and dealt with. Remove Dead, Weak & Crossed Branches Dead and weak branches are a hazard to your property and those who happen to walk or lounge under the tree. They also suck vital nutrients away from healthy branches and the tree trunk. Removing them will prevent accidents and allow your tree to thrive. Crossed branches can also cause problems later down the line. They affect the airflow to the crown and can also prevent sunlight from passing through the tree. Pay Attention to Spacing It’s important to pay attention to branch spacing when pruning your tree. Lateral branches should be spaced evenly, especially when pruning trees that have yet to mature. Follow the Basic Pruning Rules It’s important that the 1/4th and 1/3rd rules of pruning are followed. This means that you should never cut more than a third of the total height of the tree. This length is measured from the bottom up. You should also only cut 1/4th or less of a tree’s crown when you prune at any one time. Get Your Tools Ready The tools you use to prune should be ready well before you make the first cut. You should start your project equipped with a pole pruner, pruning saws, hedge shears, loppers, and pruning shears. They also need to be properly sharpened before you start your pruning project. Each of these tools will allow you to reach different parts of the tree and prune them in a safe manner. If your tools are dull, they can damage the tree or even cause accidents when you attempt to cut. Prune on Schedule There are schedules for pruning that should be followed according to the type of tree you are caring for. Summer blooming trees should be pruned in early spring while evergreens and hedges should be taken care of in the early part of summer. Fruit-bearing trees should be pruned late in winter ahead of the frost. If there is damage to your tree, it doesn’t matter what time of year it may be, correct the problem as soon as possible. Avoid Protecting Post-Pruning Pruning leaves behind wounds, but they will heal. Though they may be unsightly for a while, the marks will heal and return back to its natural beauty. Don’t paint the pruning wounds to protect the tree, it actually has no effect on decay prevention. Painting may even trigger diseases or encourage pests to take up residence. How We Can Help Tree pruning is a complication job, but with our tips, you can do it right. It is always a good idea to leave the job to the professionals here at Five Star Tree Services instead. Our Toronto tree care experts have the tools, experience, and skills to get the job done right the first time. Get in touch with us at (416) 990-3355 today for more information.

Once CRS was brought in to finish the basement, the previous work was corrected and the rest of the space followed suit. The majority of the basement was designed to have an open concept with a small living room and a large office space. A small utility room was created with additional storage and a small fridge, separated from the rest of the basement by a sliding barn door. Additional power outlets and new pot lights in the ceiling required a pony box to be installed, providing enough power for the new additions. New stairs and proper support for the basement landing made the basement safe for everyone to enjoy and doors were added to hide the workspaces from the main living area. The laundry room had it’s original concrete sink demolished and removed to allow for a sleek modern replacement with storage. The layout of the laundry machines was also altered to create a better flow and functionality to the room. The homeowners requested the window boxes remain unfinished throughout the basement to allow more flexibility in the future when the windows are replaced.

Once CRS was brought in to finish the basement, the previous work was corrected and the rest of the space followed suit. The majority of the basement was designed to have an open concept with a small living room and a large office space. A small utility room was created with additional storage and a small fridge, separated from the rest of the basement by a sliding barn door. Additional power outlets and new pot lights in the ceiling required a pony box to be installed, providing enough power for the new additions. New stairs and proper support for the basement landing made the basement safe for everyone to enjoy and doors were added to hide the workspaces from the main living area. The laundry room had it’s original concrete sink demolished and removed to allow for a sleek modern replacement with storage. The layout of the laundry machines was also altered to create a better flow and functionality to the room. The homeowners requested the window boxes remain unfinished throughout the basement to allow more flexibility in the future when the windows are replaced.

The following post is follows on from the Limestone tiled kitchen floor restoration I recently completed in Cardiff. You may recall that the floor had not been maintained properly since it was first installed in 2008 and one of the key problems I had to deal with during that particular restoration was a number of dark stains left on the tiles by the kitchen dustbin. Here’s a detailed account of how I tacked the staining. To deal with the stains, I suggested to the client that I experiment with a Tile Doctor product called Reduxa, which is formulated to remove certain stains, including red wine stains, from natural stone. It is suitable on Limestone, Marble and Travertine tiles, amongst others. Nonetheless, I did have to advise the client that unfortunately some stains are unavoidably permanent and that there was no guarantee that the product would be able to remove these particular stains. Had the sealer been maintained on this floor, then the problem would have been much easier to tackle. However, in this case the sealer had worn off over the years. I began treating the problem area by applying the Reduxa solution, before heating up the tile with a heat gun to lift out the stains. This process of spraying and heating was repeated around eight times. To cut a long story short, the process worked very well, and both myself and the client were amazed at the results the Reduxa stain removal solution had on the floor. This product really does what it says on the label! If you would like more information on the product, check out the video on the Reduxa page on the Tile Doctor website. Julian Iancono SE Wales Tile Doctor

The stepping stone path leading from the back to the front yards curves to follow the silice stone retaining wall. Alchemilla mollis, lysimachia hug the path while a large cast iron urn provides a focal point on the wall. photogarpher:Maryse Raymond

The flooring tile in this lovely kitchen picture is our 12x12 Saltillo regular square tile in its natural color variations. They are sealed with our oil based sealer (semi gloss). You can also have the Saltillo tile stained and sealed in brick red, antique birch, soft brown, walnut, or white wash. Other sealed options are glossy, and matte. The very welcoming Talavera tile in this picture are the following: T31 Solid Off White 4x4 (counter top), T67 Decorative 4x4 (counter top), T83 Decorative 2x4 SBN (surface bullnose, edges). These tiles are sold per piece. (Saltillo tidbits: The area of Saltillo Mexico where the tile is made has the proper mix of clay, climate, and dedicated workers to produce one of the world's most popular tiles. Saltillo tiles are not merely "sundried", they are also kiln fired. The way in which these tiles are stacked and positioned in the kiln produces their natural shading and range of colors. The stripping is caused by the overlapping of tiles when they are stacked in the kiln). We also carry Saltillo regular square in 4x4, 8x8, and 16x16, or in Super (round edges) in 12x12. Questions? Message us or call us at 210-736-2634. Check out our website at www.reesotiles.com.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

As part of this backyard renovation project in Coquitlam, Arani Construction installed a structural Allen Block retaining wall system to create a clean transition between the lower concrete patio and the elevated garden area. The wall was constructed following proper excavation and grading, with compacted road base preparation and gravel drainage installed behind the blocks to ensure long-term stability and water management. The retaining wall also defines the landscape layout and provides a functional border for the upper planting area, helping prevent soil movement while improving the visual structure of the backyard. Natural stone accents and planting beds were incorporated into the design to soften the hardscape and blend the retaining wall with the surrounding landscaping. This upgrade was part of a larger exterior renovation aimed at improving drainage performance, usability of the outdoor space, and the overall appearance of the property.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

Our Process Every siding project we complete follows a structured, detail-focused approach to ensure long-term performance and a clean, high-end finish: 1. Preparation & Protection We begin by protecting all surrounding areas, including landscaping, walkways, and entry points. This ensures a safe and clean job site from start to finish. 2. Removal of Existing Siding The old siding is carefully removed and disposed of. During this stage, we inspect the underlying structure for any signs of damage or moisture issues. 3. Surface Inspection & Repairs We address any compromised sheathing or framing as needed to create a solid, secure base for the new installation. 4. Weather Barrier Installation A proper moisture barrier is installed to improve energy efficiency and protect the home from water intrusion. 5. Siding Installation We install Double 4.5" Encore Dutch Lap siding in Natural Clay with precision, ensuring straight lines, tight seams, and consistent spacing throughout. 6. Trim, Shutters & Moldings All shutters and exterior moldings are carefully reinstalled and aligned, maintaining the home’s original character while enhancing the updated look. 7. Final Detailing & Cleanup We complete all finishing touches, conduct a full quality check, and leave the property clean and ready to enjoy.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.