Paving Archives - McNeil Engineering

The advantages and disadvantages of using precast concrete in structural engineering

Precast concrete is a construction material used in structural engineering for several decades. It’s made by casting concrete in a reusable mold or form outside its final location. The precast concrete elements are transported to the construction site and assembled into the final structure. As we have covered in our previous blog posts, concrete is a very popular material, used in almost every structure today.

Here at McNeil Engineering, we use a lot of concrete in our projects. With precast concrete, however, there are several advantages and also some disadvantages to using it in structural engineering, which we have outlined below.

Advantages of Precast Concrete in Structural Engineering:

Quality Control: Precast concrete elements are manufactured under controlled conditions in a factory, allowing for better quality control than on-site construction. The precast elements are produced using high-quality materials and subjected to rigorous testing, resulting in higher quality and consistency than site-cast concrete.
Speed of Construction: Precast concrete elements can be manufactured in large quantities in a factory and transported to the construction site as needed. This results in faster construction times and a shorter project schedule. Precast concrete elements can also be installed quickly, reducing the time required for on-site assembly and minimizing disruption to the surrounding area.
Cost-Effective: Precast concrete may have higher initial costs due to the need for molds and transportation, but it can be more cost-effective in the long run. Precast elements require less labor and equipment on-site, reducing the overall project cost. Additionally, the high-quality finish of precast concrete can eliminate the need for additional finishing work, saving time and money.
Durability: Precast concrete is known for its durability and resistance to environmental factors, such as extreme weather conditions and chemical exposure. It is also resistant to fire and has a long service life, which can reduce the need for frequent maintenance and repairs.
Flexibility: Precast concrete elements can be designed and manufactured to meet various structural requirements. They can be used in various building types and configurations, including multi-story buildings, bridges and retaining walls. Precast elements can also be customized to match specific design requirements for projects, allowing for greater flexibility in design.
Reduced Site Disruption: Precast concrete elements are manufactured off-site, reducing on-site construction and disruption to the surrounding area. This can be particularly beneficial in urban or densely populated areas where minimizing disruptions is important.
Improved Safety: Precast concrete elements are produced in a controlled factory environment, improving workers’ safety compared to on-site construction. This reduces the risk of accidents and injuries, and can also improve the quality of the final product.

Disadvantages of Precast Concrete in Structural Engineering:

Transportation and Installation: Precast concrete elements can be heavy and require specialized equipment for transportation and installation. The size and weight of precast elements may also limit the use of certain construction methods, such as crane placement, which could result in additional costs and logistical challenges.
Environmental Impact: The manufacturing process for precast concrete can have a significant environmental impact. Concrete production requires large amounts of energy and releases carbon dioxide into the atmosphere. Additionally, the transportation of precast elements can contribute to greenhouse gas emissions.
Maintenance: While precast concrete is durable and requires minimal maintenance, repairs can be more complex and costly than on-site repairs to site-cast concrete. Precast elements may also require special maintenance, such as sealing joints and replacing damaged elements.

Precast concrete is popular in structural engineering due to its many advantages. The quality control, speed of construction, and cost-effectiveness of precast elements make it an attractive option for many construction projects. The durability and flexibility of precast concrete also make it a reliable and versatile building material. However, precast concrete has several disadvantages, including transportation and installation challenges, potential environmental impact and unique maintenance requirements.

When considering the use of precast concrete in structural engineering, it is important to carefully evaluate the project’s specific needs and weigh the pros and cons of this material. Precast concrete may be a good option for projects that require speed of construction, high-quality finishes and durability. However, projects that require specialized installation methods, or have strict environmental requirements may not be well-suited for precast concrete.

Additionally, it is important to work with experienced and reputable manufacturers and contractors like our engineers at McNeil Engineers when using precast concrete in structural engineering. Proper planning, design and quality control measures can help minimize the risks associated with this material and any other project materials and ensure a successful construction project.

If you’re considering a project involving precast concrete or need a structural engineer, we hope you’ll contact the team at McNeil Engineering here. You can also check out some of our previous structural engineering projects here. You can count on our professionalism, understanding of the construction process and commitment to quality design. The result is the most efficient, economical and safe structures specifically suited to your needs.

Concrete and permeable pavers in commercial applications

Over the past few years, more and more businesses are turning to concrete pavers for commercial entrances, driveways and parking lots, waiting areas, and other retail and industrial applications. And there is a good reason why. Put simply, pavers provide a wide array of benefits, they are a superior choice for commercial applications. Take your outdoor layout as one example. When seeking to create or update a beautiful outdoor space, the installation of concrete pavers can provide a beautiful and inexpensive paving solution. Interlocking concrete pavers add character while functioning as a durable, low-maintenance, easy-to-install paving option.

Even better, concrete pavers for commercial applications come in a plethora of styles, colors, and designs. Even more, they are incredibly durable and long-lasting. They have been used successfully in numerous commercial applications and in all sorts of climates and weather systems. The result? When properly installed, concrete pavers will easily last over 20 years with very little maintenance on your part. Modern high-strength concrete pavers provide resistance to freeze-thaw cycles and heavy friction and high abrasion and skid resistance. Worried about oil and petroleum products? Many concrete pavers are manufactured already resistant to oil-based liquids. They are also very resistant to high temperatures.

Another big advantage of using commercial concrete pagers includes their ease of use. You can remove and replace them quickly and easily. If a paver gets dislodged, it can be re-set very quickly and inexpensively. Pavers are also excellent for reducing stormwater runoff and flooding. Put simply, you cannot find this many compelling reasons to use anything other than concrete commercial pavers!

Concrete Commercial Paver Value Propositions

While concrete pavers may carry a higher sticker price than alternative materials, consider the long-term cost when investing in pavers. After you have taken a closer look at the durability, flexibility, low maintenance, and quick installation of concrete pavers, you will quickly realize that their lower life cycle costs can often prove to be the most cost-effective option for your commercial project.

Pavers withstand shifting earth through the natural use of control joints. While control joints are intentionally added to poured concrete to accommodate the stress of settling and shifting of the earth beneath, the spaces between concrete pavers act as built-in control joints. Unlike full concrete slabs, pavers are less prone to cracking and degradation over time, as a result. Most commercial paving installers improve this durability by using sand-filled joints. These joints act to transfer the load without actually damaging the pavement surface. What’s the result? A longer-lasting, lower-maintenance installation. What’s not to like about that?

What Are Permeable Pavers?

Permeable pavement is a commercial paving option that has been growing in popularity over the past several years, and there’s a good reason for that. It’s superior to asphalt and concrete in terms of durability, cost, installation time, maintenance requirements, and sustainability. Some companies even make 100% recycled plastic pavers, which are one of the most eco-friendly paving materials you’ll find anywhere. If you want to burnish your project’s sustainability cred, then permeable pavers may be just what your company needs.

Permeable pavers are a great option if property prices are high or water restrictions restrain development options. Permeable paver systems offer a functional, space-saving, and safer alternative to traditional water maintenance solutions such as retention ponds. And in some municipalities retention ponds simply are not allowed. Using permeable pavers opens the door to a project that might not have otherwise been possible.

Almost every commercial business in America uses pavement of some sort. Pavement plays a vital role in building the sidewalks, pathways, driving lanes, and parking lots that accompany most buildings. There are many different types of pavement, all with their own strengths and weaknesses. That’s why it is so important for you to conduct proper due diligence on the type of pavers you’ll need for your project.

Concrete pavers are manufactured and installed to easily withstand high volumes of pedestrian and vehicular use. They have been used successfully in numerous residential, commercial, municipal, port and airport applications. So, no matter what your commercial application, you’ll likely find a use for commercial concrete pavers somewhere in your project.

Are you looking for an engineering firm that has worked on countless commercial paving projects? If so, consider your friends at McNeil Engineering. When it comes to commercial roofing and paving jobs, our experts know just what kind of materials your project needs, whether commercial pavers or otherwise. For more information on some of our commercial paving projects, check out the commercial paving section of our website. And once you’re ready for your free consultation, simply contact us. We’re ready to help you take your next commercial building project to the next level.

From our roofing and paving team: A closer look at clay pavers

We’ve been doing commercial paving jobs for a long time. In fact, we’ve paved so many apartment complexes, commercial centers, and so on, that we can practically do it in our sleep. We joke! Of course, we are not paving places around Utah and beyond in our sleep. We only mean our roofing and paving team does an incredible job. From both an esthetic and durability perspective, the work we do stands the test of time.

Now, the question is, what pavers do we prefer as we evaluate paving jobs on behalf of our clients? We’re very honest about the fact that clay pavers are recognized by builders, renovators, architects, and building designers for their quality and reliability as well as for their colors and textures. The unique look and feel of clay pavers can only be owed to that kiln-fired construction.

Why we love clay pavers

Seen across many public places and in homes throughout the world, clay pavers are known for their rich earthy tones that add natural character and distinction to any paving project and can be mixed to create interesting design statements. Who doesn’t love a good earth tone? This is our planet, after all. Colors that ground us in nature are both relaxing and still very much on-trend.

Beautiful, strong, striking and versatile, clay pavers provide a timeless element in landscaping architecture and design. Clay pavers add a certain level of artistry to your outdoor setting. Our contractors and engineers suggest kiln-fired clay pavers because they offer an array of vivid colors and textures that help create beautiful landscape designs and evoke a certain sophisticated style and natural beauty. You can look both wealthy and natural at the same time.

Suitable for pathways, patios and domestic driveways, clay pavers are manufactured to last. When you think of “clay”, don’t think of clay pavers as shrunken or fragile. They offer the unique combination of beauty, quality, and durability that only one of Utah’s most experienced commercial paving firms can promise.

What are some advantages to clay pavers?

Clay pavers do have some natural advantages over other types of pavers on the market. They aren’t superior from a purely aesthetic perspective. First, clay pavers provide you with a truly natural feel. Clay pavers are high-quality, natural products made from natural clay and water. They also fade far less than other materials. High temperature firing over 1100°C ensures a clay paver’s color will never fade due to sun exposure. They’ve already been exposed to near-sunlike temperatures, after all.

For those looking for more practical applications, clay pavers are also slip-resistant: The unique textures of clay pavers deliver slip resistance, even on wet driveways or pathways. This slip resistant quality can be designed with aesthetics in mind. It checks all the boxes. Form and functionality meet in clay pavers. Clay pavers are also quite strong. They are great for driveways and other heavy-load areas. For commercial applications, nothing beats clay pavers for strength and durability. Similarly, for pathways, patios and other foot traffic areas, clay pavers are ideal. Guests will also find them pleasing to look at.

You’ll also be happy to know that clay pavers are easy to maintain. That’s good news for highly trafficked areas. Clay pavers are hardwearing and clean easily. Usually, all it takes is a mild detergent and a little scrubbing to clean even heavily soiled clay pavers. In most cases, they can just be hosed down or swept clean. Quick and easy maintenance will ensure they last long and look beautiful for a long time to come.

Better value and environmental cred

For those looking to burnish their environmental credentials, clay pavers offer a number of benefits. They are environment-friendly. How? Well, clay pavers are kiln-fired products made from readily available, naturally occurring clays. No environmentally damaging chemicals are used in their production. They come from the earth and can equally return to the earth.

Clay pavers are recyclable in this way. We find that clay pavers are a time-tested choice for those who want pavers that both look good and will last a long time. They never go out of style, you will never tire of their warm, natural beauty and they can be easily recycled. If you are a commercial business, you can advertise to your customer base that you are environmentally friendly because you use clay pavers.

Finally, clay pavers offer great value for the money. Clay pavers are natural in appearance and maintain their color even after long-term exposure to the sun’s UV radiation. Clay pavers can last over 1000 years. Now that’s impressive. Want to have a look at some of the roofing and paving jobs we’ve completed over the years? We’re waiting to show you!

What does the global 2023 construction outlook reveal?

It’s no secret that 2022 has been a complicated year. The construction sector has seen some serious highs and lows as the lingering effects of the COVID-19 pandemic linger. Add in soaring inflation, big infrastructure spending, and a hot job market and it truly is a confusing environment for civil engineering firms in Utah. The question now is, what will 2023 bring? Let’s take a moment in today’s blog post to find the answer.

The United States 2023 Construction Outlook

The United States benefits from big infrastructure projects and an economy that’s still humming. Analysts are seeing an easing in inflation and lead times for certain building materials. Still, pricing remains stubbornly high. Optimistic projections point to a mild and short recession, mainly because of high employment and a dropping consumer price index (CPI) reading.

Here is how construction spending in six sectors is going to look. Expect manufacturing, highways, transportation, multifamily housing, lodging, and communications to expand by at least 5% next year. Another four other sectors, which include healthcare, public safety, education, and commercial, are expected to grow by zero to 4%. And there will be a slight decline in construction spending for single-family housing, power, improvements, and office buildings.

Finally, let’s take a local look. Utah added some 50,600 new jobs over the past 12 months, a 3.1% increase, with the numbers in fast-growing Washington County and the rest of southwestern Utah closer to 4%, according to a new report from the state Department of Workforce Services. And what was the fastest-growing sector in Utah over the past year? Construction, which added 15,100 new jobs. Utah continues to be one of the best-performing economies in the United States.

The European Union’s 2023 Construction Outlook

Meanwhile, across the pond, analysts are a lot more pessimistic about the European construction outlook. According to one reading from a European construction research group Construction output growth across Europe will drop to 0.2% in 2023 and drop even further to flat in 2024, with the reason being the ongoing war in Ukraine. But Europe is also grappling with rising interest rates, inflation, and material shortages.

Many analysts expect this to be a rough period of adjustment for the construction sector. Why? Because nearly all factors that affect construction demand are trending negatively in the Eurozone. These include the economy, consumer prices, interest rates, and consumer confidence. Specifically in Europe, demand for civil engineering has been lifted by big public and private investments in low-carbon energy and transport schemes. Still, the prospects for residential output drag down the overall outlook for the sector. And unlike the United States, Europe is not rolling out huge infrastructure investments across the board to its member countries.

It was only as recently as early summer that many were expecting a 2.2% growth in GDP in the Eurozone, even taking the war in Ukraine into account. Those estimates have been revised down to as little as 0.5%. Fortunately, the civil engineering outlook in Europe looks positive as many countries invest in low-carbon energy and renovate existing infrastructure, albeit with projects small in scope than those in the United States.

The U.K.’s 2023 Construction Outlook

The United Kingdom relies on seasonal construction forecasts released by the Construction Products Association (CPA). So, what does this upcoming forecast say about the state of construction in the U.K.? Well, according to the Autumn Construction Forecast, construction output is forecast to fall by 3.9% in 2023. Contrast that with 2022, when construction activity rose by 2%, and you’ve got a pretty wild swing. Currently, construction activity is at above-normal levels as activity continues at a high level.

It is also important to consider that the huge decline in activity for fall 2023 is a sharp downward revision from -0.4% in even the worst scenario included in the U.K.’s CPA Summer Construction Forecast. Why? Mainly due to the impact of a wider economic recession, exacerbated by the effect of the ‘Mini Budget,’ and the consequent fallout from recent political uncertainty. With the U.K. having set a record for the shortest term for a prime minister in recorded history, lots of important projects have been either shelved or delayed.

The fact is there is still much uncertainty around the United Kingdom’s economy. There are still many factors that will adversely affect the construction forecast within the country. These factors include falls in real wages and potential further rises in interest rates, which will likely lead to further falls in consumer spending decisions.

On top of these issues, the wider uncertainty around the UK economy means that demand for private housing new build and private housing repair, maintenance, and improvement, is expected to fall. But what about commercial builds? Other key construction sectors such as commercial and infrastructure are also expected to be adversely impacted by valid worries about construction cost inflation. Rising prices are sure to negatively impact and possibly directly hinder project viability.

So, with that update on the U.S. and European construction outlook, 2023 appears to be a year of contraction, although more in some places than others. Here at McNeil Engineering, we are ready to serve our clients with top-level civil engineering services on construction projects in Utah and beyond. Contact us today to schedule a consultation.

Advances in engineering continue to reshape the discipline

Engineering is a vital and ever-changing discipline. At McNeil Engineering, we offer civil engineering, structural engineering, roofing, paving and landscape architecture services for companies and municipalities all over Utah. But we also closely follow all sorts of updates and innovations in the engineering sector. Sure, civil and structural engineering are our specialties, but what are some of the big advances occurring in engineering today? It’s fascinating stuff, which is why we wanted to take a closer look at our latest blog post.

So, what did we do? We conducted a thorough research regarding the latest scientific advances in the engineering field. It could civil, structural, electrical, or otherwise. We just find this stuff so cool. Advances in engineering of all types greatly interest us. Let’s get started!

Scientists Use DNA to Overcome Materials Engineering Obstacles

Scientists at the University of Virginia School of Medicine and other researchers have successfully used DNA to create superconducting materials. And while this advance is in the field of materials engineering, it will have a big impact on our sector as well since a lot of the big engineering and construction tools we use require advanced semiconductors to function properly. Now, what’s the big breakthrough?

Superconducting materials and substances have been the holy grail for electric engineers and material scientists for a long time. So, what are superconducting materials? Superconducting materials will have no electrical resistance. Electrons will simply flow with no friction, which in turn means the material will not create heat. Today, modern forms of electrical transmission create heat, thus degrading its performance.

The big advance here is in the use of carbon nanotube lattices. These are hollow cylinders that are literally a few atoms thick. They are so small they’re measured in a billionth of a meter. Previously, scientists struggled to control the chemical reactions that assembled the nanotubes. With this breakthrough, scientists used DNA sequencing to control the carbon nanotube modification reaction sites. As computer scientists and molecular genetic engineers continue to advance this process, expect to see faster, smaller and more efficient computer chips appear because of it.

Shifting to More Sustainable Bricks

Here’s an interesting breakthrough that very much relates to civil engineering, structural engineering and construction overall. It involves creating bricks out of polymer waste materials instead of mortar and cement. Why is this important? Consider that firing bricks and making mortar and cement is very costly and not quite sustainable from an environmental perspective. Now, organic materials chemists are working on sustainable alternatives to the good old-fashioned brick.

Instead of using the aforementioned materials (mortar and cement), scientists have focused on building materials made from waste byproducts. Using this method also supports something called the “circular economy.” The circular economy is based on the concept of little to no waste. Everything is reused or recycled. In this case, researchers used low-cost feedstocks to make lightweight and durable polymer building blocks. Once created, the blocks can be used the same way bricks are and bonded together using an adhesive-free chemical reaction. So, not only are these polymer waste byproduct bricks more sustainable, they also don’t need any separate adhesive.

While bricks like these have been created before, this new study specifically tested the strength and durability of these materials. Researchers also create bricks from waste cooking oil mixed with sulfur and dicyclopentadiene. It also looked at ways the material can be reinforced, if necessary. Integrating polymer bricks into other construction practices is now the primary focus of research in this area. As with any new technologies, incorporating them into the construction processes we already use every day is the next big challenge.

Other Notable Advances in Engineering

There are so many interesting innovations made in engineering every day. Let’s take a look at a few more quick applications of fascinating advances in engineering. First, let’s go back to the microscopic scale with the smallest flow-driven motors ever created. Researchers at the Delft University of Technology in the Netherlands took a cue from the iconic Dutch windmills sprinkled all over the Dutch countryside. They created self-configuring flow-driven rotors from DNA and all the rotors need to function is an electrical or salt gradient.

Another interesting bit of research involves reducing emissions from road construction to cut construction emissions in half. Consider that the construction sector accounts for approximately a quarter of carbon dioxide emissions around the world. To reduce those emissions, researchers in Sweden evaluated the construction of an eight-kilometer stretch of road using futurized materials, production technologies, supply chains and transport. They found that if construction companies used sustainable materials and construction techniques, they could reduce construction emissions by nearly 20%.

These and other fantastic advances happen in the engineering space every day. And at McNeil Engineering, we’re quick to embrace them. When Building Information Modeling (BIM) techniques became effective, we immediately began to incorporate them into our projects. And as laser scanning technologies matured, we embraced those as well. Do you have a project that requires advanced thinking and sustainable materials or construction policies in Salt Lake City or elsewhere in Utah? If so, it’s time to get in touch with your friends at McNeil Engineering. (801) 225-7700

Advances in roofing and paving technologies

When you think about roofs and roads, they seem like unchanging paradigms. Sure, humanity went from thatch to tin to tile and roads went from dirt to pavement, but is it as simple as that? Here at McNeil Engineering, we offer roofing and paving consultation services. But we also take great pride in following advances in the roofing and paving disciplines. When we offer our services, we do so with these advances in mind.

Because here’s a fact: technological advancements are visible in all aspects of human existence, whether it be in the construction industry or otherwise. And roofing and paving materials have also undergone their fair share of technological advancement. That’s why we wanted to take a moment in our latest blog to discuss those advances and how builders can benefit.

How Roof Technology Has Evolved Over the Years

Gone are the days when the roof was nothing more than something that protects a home or business from the elements. Today, builders are constructing rooftops that play a critical role in efficient energy consumption and cost-effective construction jobs. Engineering and construction firms grow with their local markets and the demand for greater roofing trends and sustainable roofing has never been greater.

Take green roofs as one example. Green roofs absorb heat and light, but they also contribute to less pollution and fresh air. When combined with solar tiles, commercial businesses can do a lot to burnish their sustainable credentials. We went into greater detail discussing rooftop innovation in one of our recent blog posts discussing some of the most common rooftop materials in use today.

We discussed things like:

Cool roofs
Roof insulation
Flat roof membranes
Fireproof roofing
Synthetic roofing
Solar roof panels
Green roofing

There are specific reasons and implications as to why a company should invest in new roof technologies and materials. Not only are newer materials more durable, but they can save on costs and lost a lot longer. While they may be more expensive at the outset, in the long run they generally prove to pay themselves back. If you’re thinking of a roof retrofit, there are plenty of exciting advances to choose from, and McNeil Engineering would be happy to help you make that choice.

New Demands Create a Need for Paving Innovation

You may look at a road and see just a road. Yet, you would be surprised to learn how new and existing technologies are radically changing the world of asphalt paving. The road of today is not the same road your father or grandfather traveled on. Paving, like many other construction-related activities (like roofing), is undergoing dramatic evolution. And while some are either in development or only exist on paper, the way the world thinks about infrastructure is rapidly shifting.

Engineering firms have also been able to use existing technologies to make paving better, more cost-effective, and more efficient. And with a giant $1 trillion infrastructure bill now making its way through state coffers, the demands for paved roadways have only gone up, and it’s up to engineers and contractors to innovate and meet those demands.

The question is, how has paving technology changed? The innovation is in how you mix it. In years past, asphalt was mined as small rocks out of the ground. These small rocks – called aggregate – make up the majority of the world’s paved surfaces. This aggregate could be a mix of pebbles, rocks and other small particles. A binder — generally a petroleum byproduct — would then glue everything together.

How Paving is Evolving in the Engineering and Construction Sectors

Rather than paving from new materials, which all must be gathered and then glued, firms now use recycled materials. Rather than simply tossing old roads, they can be pulverized where the new road will be laid and the materials can then be recycled. This saves time, money and the environment.

Asphalt mixes used to be very one-note. Asphalt would be laid using a one-size-fits-all solution. Today, asphalt mixes can be specially designed to withstand heavy equipment use and specific environmental changes. One such example is Superpave, which is essentially the short fo for “SUperior PERforming Asphalt PAVEments.” They certainly took liberties with that acronym, but it’s a way to give highway engineers and contractors more control over how pavement will perform under different temperatures and traffic loads.

Our engineers and consultants and McNeil Engineering take all advancements and innovations into account when they begin a roofing or paving job. We take pride in staying on top of the latest developments in paving, roofing, consulting, civil engineering, structural engineering, land surveying and so much more. Don’t leave your next job to a firm that doesn’t keep up with the trends and evolve to meet the needs of changing times. Contact us today for more information on how we can help you with your next big commercial project.

A wide range of engineering services

Here at McNeil Engineering, we provide comprehensive design services that include civil engineering, structural engineering, land surveying, high-definition scanning (HDS), landscape architecture and consulting services to the private and public sectors. We also offer consulting services for cities, urban designers, urban planners, and others in the Utah construction market. With so much on offer, we figured now would be a good time to go into greater detail regarding our services and what they entail.

Civil Engineering in Utah and other states

Let’s start with the core of what we do. We are civil engineers first and foremost. But what exactly is it that civil engineers do? Well, in short, civil engineers work closely with others in the construction industry, from architects to contractors, to ensure construction projects progress as they should. Many of their tasks include site surveying ground condition tests, inventory, and materials and equipment maintenance and support. Civil engineers are also responsible for coming up with solutions that take the weather and other geologic factors into account.

Structural Engineering for Long-Lasting Projects

Structural engineering of the type we do fits specifically into the wheelhouse of civil engineering. Structural engineering in this context focuses mainly on the framework of a structure. Engineers design the structures to ensure they can withstand whatever stresses or pressures they may encounter in their environment. The key for structural engineers on projects like ours is to ensure that the buildings and structures we work on remain safe, reliable, and secure at all times.

Land Surveying Where You Need It

Another big part of what we do is land surveying. It’s a critical part of any construction project. There are different types of land surveying, but civil engineers utilize this technique in specific ways. Surveying in civil engineering represents the collection and analysis of specific data regarding the land under survey. Specific measurements of the horizontal and vertical lengths between points will also be recorded. Details will be documented regarding specific aspects of the land, such as size, shape, formation, and soil. Quality and accurate land surveys can set the foundation for a successful project.

Landscape Architecture for Beautiful Grounds

Another important aspect of what we do includes landscape architecture. Put simply, landscape architecture is described as designing specific outdoor spaces that integrate well within an overall project. In our case, we design large landscape architecture projects, such as those for green spaces, a town square, municipal playground, and so much more. Keep in mind there are significant differences between landscape architecture and landscape design. Landscape architects have a degree and they generally work on larger public works projects, whereas a landscape designer often works on residential and smaller-scale projects. Landscape architects are experts in their field.

Consultation Services for Companies Who Need an Expert

We also provide a wide range of consulting services to companies that require a committed and knowledgeable professional to help them with their engineering needs. These are often companies that do not have the in-house expertise they need to get the job done successfully. Our consulting civil engineers advise our clients on the design, development, and construction of projects of all shapes and sizes. We pride ourselves on offering consulting services that ensure safe, efficient, and fully resourced project completion. When you need a consultant you can count on McNeil Engineering.

Other Services We Offer

Now that you’ve learned more about the human aspect of our resources, take a few minutes to learn about some of the other services we offer. We provide a wide range of engineering, surveying, and consulting services. But these services would not be nearly as effective were not for our technologies. We use the latest technologies suitable for engineering projects.

One such example is laser scanning. 3D laser scanning has become an industry norm. Advancements in hardware, software, and workflows have made laser scanning a viable option for projects of all sizes. Laser scanning allows our surveyors to collect tremendous amounts of precise data at high speeds. We use the most advanced, high-definition laser scanners, total stations, and modeling and point cloud software to provide comprehensive, record surveys, 3D CAD models and detailed 2D isometric drawings.

We also have extensive expertise in BIM 3D modeling. Building Information Modeling (BIM) is essentially a technological solution that allows engineers to view a digital representation of a building as well as specific characteristics of its functionality. BIM is a model-based process that provides insight to help you plan, design, construct, and manage buildings and infrastructure.

And guess what? That’s not all. If you need consulting services for roofing, paving, and even construction administration, we have the people and experience you need to ensure the job gets done right the first time, every time. We invite you to take a moment to peruse the various projects we have completed in Utah and around the country. Let’s work together!

Kimball Plaza parking lot replacement

Kimball Plaza parking lot replacement While we are best known regionally for patented architectural engineering consultation services – which we have put to good use on thousands of projects around the American west regional area – we also have an arsenal of other consultation expertise beyond just architectural engineering too.

Take, for example, our consultation expertise when it comes to the tricky business of parking lot replacement. This particular sort of property redevelopment can be extra difficult to navigate for the stakeholders in institutions, businesses, municipalities, and any other sorts of organizations who have tenants in buildings utilizing said parking lot. It is vital for such entities to maintain civil relationships with their tenants, while also adhering to tight parking lot replacement/property redevelopment budgets.

This is exactly the sort of instance that occurred in Utah, during our consultation on the Kimball Plaza parking lot replacement.

The nuts and bolts of parking lot replacement

When it came to the Kimball Plaza parking lot replacement/property redevelopment project, we immediately understood the owners were dealing with a very tight budget for said project, along with disgruntled tenants.

The first challenge we faced on this project’s consultation was to get the property redevelopment drawings, sketches, and blueprints approved by the local city. The client’s goal was to increase parking for their development, which would improve circulation in and around the whole property altogether. The only hurdle was – the local city/county would require upgrading the existing storm drainage system if the project changed any of the hardscape square footage.

With these factors in mind, we here at McNeil Engineering were able to completely redesign the parking lot layout in such a way we were able to maintain the existing hardscape to landscape ratio, while simultaneously adding six parking stalls. Additionally, we simplified the circulation for patrons of local businesses. Seeing sense, the local county approved this plan, and we saved the client the expense of both a new treatment system and collection boxes.

Parking lot replacement on a budget

The design for this Kimball Plaza parking lot replacement/property redevelopment project called for the removal and replacement of both asphalt and base. We here at McNeil Engineering performed a study of the existing base course, determining it was in good enough condition we could leave it in place – simply removing the existing asphalt, demolishing some existing landscape islands, and installing new islands and asphalt paving without having to remove any existing base. Indeed, we only brought in asphalt as needed to meet the modified grading requirements.

When the project’s initial bid was suddenly canceled, we helped guide the client into finding a reputable contractor to perform a modified scope of this parking lot replacement/property redevelopment project. We worked very closely with the said reputable contractor in order to accomplish every single one of the client’s goals- while staying within budget, fulfilling the tenants’ desires, and not breaking any local county zoning laws.

The client was beyond ecstatic we here at McNeil Engineering, along with the reputable contractor were able to help keep their parking lot replacement/property redevelopment project within their tight budget while also helping them to maintain a positive relationship with their tenants at Kimball Plaza in Utah.

In need of a new parking lot?

Are you the stakeholder in an organization, business, and/or institution currently searching to replace your property’s parking lot? Perhaps you’re just looking to redevelop the said property in some other dynamic, business savvy, budget-friendly way? Well, you don’t need to look any further – you’ve come to the perfect place! We here at McNeil Engineering are more than capable of providing you with such sterling parking lot replacement/property redevelopment consultations and recommendations. We can aid you in your goal of completing your desired results in the cheapest, most elegant, and most ecologically sustainable manner humanly possible. Allow yourself to finally relax in the comfort of knowing your architectural engineering/property redevelopment needs are more than taken care of.

When you need a paving consultation

Paving Consultation If you want to keep the exterior of your property looking architecturally healthy and durable, then it is important to maintain it on a regular basis. It does not matter what type of driveway or parking lot you have, you must take preemptive actions to protect it from harmful factors while mitigating disruptive risks.

The best way to do this is by contacting a professional paving consultant. These solutions-driven teams of experts come with years of experience and can easily outline what needs to be implemented in order to improve your exteriors among other things.

This article will take a close look at the nuances of the paving consultation sector and help you better navigate the complexities of pavement upkeep.

1- New Parking Lot Design

If you are planning to build a new parking lot, then you should consider a paving consultation. As you know, a parking lot is an important area of your property for both you and your clientele – and also a large investment. One of the many reasons why consulting a professional to discuss everything about the design properly is vital to the longevity of your pavement structure.

The paving consultant will be able to give you accurate information and guide you in the right direction. There are many involved in and are required to create the perfect parking lot design and a paving consultant is the only person that can execute everything properly while also remaining compliant with any regulations. They can also tell you about the designs that will best suit your needs. Nowadays, for instance, concrete paving comes in different styles.

A paving consultant can tell you about the benefits of all designs and materials in a detailed manner.

2- Re-Engineering Of Existing Parking Lots

If you have an existing parking lot and want to remodel, restructure, or re-engineer the area, then you need a paving consultation. However, while there is certainly no doubt that re-engineering is one of the best ways to make your old parking lot more efficient, this is no easy process.

From narrowing down the materials to setting a proficient budget, there are many things required to execute the process in a thorough and successful manner.

A paving consultation will tell you what changes you should make and what materials would be best for your area’s climatic conditions. The consultant can also give suggestions that will help you do everything using a systematic approach. Here is best to ascertain direct information regarding the finalized costs.

3- Existing Condition Analysis

If you are not sure about the condition of your parking lot and are confused about what you should do, then a paving consultant is who you need to talk to.

The consultant will come to the project site and comprehensively analyze your property. Then he will help you decide whether you should undertake a new project or just update a few specific areas.

Your paving consultant will also tell you things that you can do to improve the condition of your property. For instance, if your property needs heavy repairs and / or drastic alterations, the consultant will give you notable suggestions along with an estimate.

4- Drainage And Slope Solution

Drainage is one of the most important factors that everyone should keep in mind before starting any paving project. Poor drainage can ruin the look of your pavement and reduce the overall durability and long-term warranty.

Drainage issues can also saturate the supportive materials, which can cause severe damage. Save yourself from this problem by taking on a paving consultation.

A paving consultant will provide you the right drainage solution. He or she will provide you the right information about the installation of the drain tile as well as the slope of pavement that you should opt for to achieve maximum efficiency and draining optimization.

5- Concrete Parking Structure Evaluation

While it is true that concrete is highly durable, they do have some weaknesses and can deteriorate with time. Just another reason why it is important to perform an evaluation of the parking structure to avoid any accidents.

A paving consultant knows all the key aspects of structure evaluation and will able be able to complete an accurate analysis. He will review the documentation, do a virtual assessment, and then execute the required testing. After that, he will analyze all acquired metrics and accompanying data in order to inform you regarding measurements needed to improve the current condition.

6- Pavement Structure Analysis And Design

You need a paving consultant if you are in need of executing a pavement structure analysis and design.

Your paving consultant will use varying approaches to observe the pavement structure and also help you with the design initiatives and eventual implementations. It is the consultant’s job, in this case, to give you all the information necessary to determine what would be the appropriate layer of thickness along with other compliant and mandatory details.

Our paving consultants here at McNeil Engineering specialize in all areas of concrete:

Asphalt
Recycled Materials
Other Pavement Systems

If you have any other questions regarding your pavement projects or designs, please reach out to us here today. We look forward to working with you!

A smooth solution at Salt Lake City International

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BEFORE: the hazards of Delta Reservations’ parking lot.

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AFTER: The finished surface.

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Paving is an essential, integral component of every built structure in the United States today, especially for commercial and industrial buildings. The way that people and vehicles approach and enter a building or other structure has profound impacts on safety and security of people. It also has an important effect on the longevity of the whole structure.

That’s why, at McNeil Engineering, we make paving and the exterior setting an integral part of every structural engineering and construction management project. We know it’s essential to consider approaches, entrances, exits and traffic flow in project planning and management.

In this blog, we’re going to take a closer look at one project where paving the parking lot was key.

The Challenge

After a number of years, the parking lot and sidewalk at the Delta Reservations facility at the Salt Lake City International Airport had become something of a safety risk, with settled slabs, gaps between the curb and the sidewalk, broken and spalled sections, and generally damaged concrete.

The culprit, as you may have guessed, is in the climate of Salt Lake City — summer and winter freeze-thaw cycles, harsh winters and the general wear-and-tear of a busy airport.

The plan

Delta turned to McNeil Engineering for our skills and extensive experience in paving solutions as integral parts of a civil engineering project. As with every McNeil Engineering project, we began with consultations with the client. It’s essential to determine exactly what the client needs and expects from the project.

Next, we carefully examined and analyzed the existing state of the site. For that, we engaged our professional paving specialists.

“The concrete issues were mostly due to the age of the concrete,” says Carl Greene, Principal and Consulting Manager, Roofing & Paving at McNeil Engineering. “In many instances the concrete itself was in good shape, but the sub-grade beneath it had settled in some fashion, causing a sidewalk slab to sink or a vertical curb wall to tilt and pull away from the adjacent sidewalk.”

McNeil decided to divide the project into three phases. This way, only one-third of the parking lot would be unusable at any time, and employees could continue to use the parking lot during construction.

Phase I started on July 7, 2019. Phase II began after Phase I wrapped up, finishing on Aug. 20. Phase III was slated to be completed in mid-September.

The project

“When we first arrived on site, it was obvious that the existing parking lot was flat. While that may look good when it comes to appearances, that is not so good when you need to get water off the surface,” Green explains. “Water is the single most destructive force on the planet, and when it sits on a paved surface, it begins to slowly wear down the surface prematurely.”

In total, the project involved tearing out and replacing 335,000 square feet of asphalt — that is, more than 8,300 tons of material.

The next step was to address the underlying strata, or layers, of gravel, sand and other matter, improving drainage and slopes for optimal performance and durability.

The topography or shape of the surface is critical to longevity. As Greene explains, the best approach is to mimic natural landforms to a certain extent.

“A well designed parking lot looks a lot more like the rolling hills than the prairie,” he says. “There are visible ups and downs, but nothing that is uncomfortable to walk on or drive upon. But it is very much not flat. So, when you look at the finished areas of Phase I and Phase II, they roll up and down from one side to the other, moving water off the surface as quickly as possible and depositing it into the storm drain, where it belongs.”

Each phase wrapped up with replacing broken concrete, curbs and sidewalks, shaping them for safety first, as well as proper drainage and long-term durability.

The result

Once done, the Delta Reservations facility at the Salt Lake City International Airport will have a parking lot for its staff that is once again smooth, safe and dries quickly after rainstorms.

And it will be so for years to come. Deeper changes to the design of the under-layers will help it endure the extremes of Utah’s annual climate variations.

Midway through the project, Delta employees were already expressing more than simple satisfaction with the repairs and improvements. It’s now both easier and safer to cross the space in their vehicles and on foot, as well.

Is your employee parking lot or other pavement showing signs of age, with warping, buckling, cracking and spalling? Talk to one of our paving and roofing consultants for an honest, professional appraisal and some ideas about solutions that work for you.