The Biggest Projects in Sports Construction

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2024 is a great year for sports: from the recent San Francisco vs. Kansas City Super Bowl rematch to the upcoming Summer Olympics, we’re primed and ready to yell at the TV root for our favorite athletes. 

Of course, working at Steadfast Entities LLC, we’re also paying attention to the construction of the stadiums where the sports are played. Here are a few of the biggest sports infrastructure projects finishing up this year. We can’t wait to see the final results! 

1. Los Angeles Stadium at Hollywood Park (SoFi Stadium)

Location: Inglewood, California, USA
Estimated Cost: Over $5 billion

The Los Angeles Stadium at Hollywood Park, dubbed SoFi Stadium, is an architectural marvel. Its sweeping canopy roof, spanning over 19 acres, creates an awe-inspiring spectacle, while the Oculus—a 70,000 square-foot, double-sided video board—promises an unparalleled viewing experience. With sustainability at its core, SoFi Stadium boasts a host of eco-friendly features, including a rainwater capture system and solar panels, solidifying its status as a beacon of modern sports architecture. While it is mostly completed, it is installing retractable corner seats that will expand the field for soccer games, an important upgrade since Sofi will be the home of the 2026 World Cup. The construction should be completed by May of 2024. 

2. Paris 2024 Summer Olympics Infrastructure

Location: Paris, France
Estimated Cost: Billions

With the eyes of the world turning to Paris for the 2024 Summer Olympics, the City of Light is undergoing a remarkable transformation. From the iconic Stade de France to the futuristic Aquatics Center, Paris is poised to showcase its architectural prowess on the global stage. These state-of-the-art venues, designed to host a wide array of sporting events, embody France’s commitment to sustainability and inclusivity. As Paris prepares to welcome athletes and spectators from around the world, these venues stand as testaments to the enduring power of sport to unite and inspire.

3. Nashville Fairgrounds Stadium

Location: Nashville, Tennessee, USA
Estimated Cost: Over $275 million

Nashville’s vibrant music scene is about to be joined by the thunderous roar of crowds as the city welcomes its new Fairgrounds Stadium. Designed to be the home of Nashville SC, the city’s Major League Soccer team, this state-of-the-art venue promises to be a hub of excitement and entertainment. With a seating capacity of over 30,000 and a stunning canopy roof, the Nashville Fairgrounds Stadium will provide fans with an unforgettable experience rain or shine. More than just a sports venue, it will serve as a gathering place for the community, hosting concerts, festivals, and other cultural events.

4. Milan-Cortina 2026 Winter Olympics Infrastructure

Location: Milan and Cortina d’Ampezzo, Italy
Estimated Cost: Billions 

Italy’s storied sporting legacy takes center stage once again as Milan and Cortina d’Ampezzo prepare to host the 2026 Winter Olympics. From the Alpine slopes of Cortina to the urban landscapes of Milan, a flurry of construction activity is underway to ensure that these historic cities deliver an unforgettable sporting extravaganza. With venues ranging from the iconic San Siro stadium to the picturesque mountains of the Dolomites, Italy’s passion for sports and culture will be on full display. As the world eagerly anticipates the 2026 Winter Games, Italy stands poised to showcase its unique blend of tradition, innovation, and hospitality on the global stage.

5. Brisbane Live Entertainment Arena

Location: Brisbane, Australia
Estimated Cost: Over $2 billion

Brisbane’s skyline is set to be transformed with the construction of the Brisbane Live Entertainment Arena. This world-class entertainment precinct, situated in the heart of the city, will feature a state-of-the-art arena capable of hosting major sporting events, concerts, and cultural performances. With a seating capacity of over 17,000 and cutting-edge audiovisual technology, the Brisbane Live Entertainment Arena promises to be a magnet for both local and international talent. As Brisbane cements its reputation as a dynamic cultural hub, this iconic venue will take center stage, drawing visitors from far and wide.

The completion of these areas in 2024 marks not only a triumph of engineering and design but also a celebration of the unity, resilience, and power of sports to inspire us all. As we appreciate the complexity of these stadiums and arenas, let’s also reflect on the values they represent—teamwork, determination, and the pursuit of excellence—in sports, at work, and in life.

Smart Infrastructure

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Happy New Year!

If you’ve been reading the Steadfast blog, you know that the construction industry is undergoing a significant transformation, largely propelled by the integration of smart infrastructure. 

This innovative approach is revolutionizing how construction projects are planned, executed, and managed, paving the way for enhanced efficiency, sustainability, and cost-effectiveness. 

Here are a few ways we expect smart infrastructure to continue reshaping the construction industry this year:

Efficient Project Planning and Design

Smart infrastructure utilizes advanced technologies like Building Information Modeling (BIM), enabling comprehensive digital representations of construction projects. BIM facilitates collaborative planning and design, allowing stakeholders to visualize and analyze the entire project in a virtual environment before construction begins. This significantly minimizes errors, enhances decision-making, and optimizes resource allocation.

IoT and Real-Time Monitoring

The Internet of Things

Over the last couple years, IoT has permeated the construction industry, introducing connected devices and sensors across job sites. These devices collect real-time data on various parameters like equipment performance, material inventory, environmental conditions, and worker safety. This data is analyzed to improve productivity, preempt maintenance issues, and ensure a safer working environment.

Augmented Reality (AR) and Virtual Reality (VR)

We’ve talked about them before, but we really can’t stress how much AR and VR technologies are transforming how stakeholders interact with construction projects. These tools offer immersive experiences, enabling architects, engineers, and clients to visualize designs in a three-dimensional space. AR and VR also aid in training, allowing workers to undergo simulations for complex tasks, enhancing their skills and safety awareness.

Advanced Construction Materials and Techniques

The development of innovative construction materials, such as self-healing concrete and sustainable composites, contributes to more durable and eco-friendly structures. Additionally, prefabrication and modular construction techniques, integrated with smart technologies, streamline assembly processes, reducing construction timelines and minimizing waste.

AI-Powered Project Management

Artificial Intelligence

AI is everywhere, and it is playing a pivotal role in project management by analyzing vast datasets to forecast potential risks, optimizing schedules, and enhancing resource utilization. AI-driven software assists in making data-driven decisions, thereby increasing project efficiency and reducing costs for both contractors and their clients. 

Sustainability and Energy Efficiency

Smart infrastructure emphasizes sustainability by incorporating energy-efficient designs and renewable energy sources. Green building practices, coupled with IoT-enabled systems for energy management and monitoring, ensure minimal environmental impact throughout a structure’s lifecycle.

Remote Monitoring and Collaboration

The adoption of remote collaboration tools and cloud-based platforms facilitates seamless communication among project teams regardless of geographical locations. This enables real-time updates, remote inspections, and improved coordination among stakeholders, enhancing project efficiency and flexibility.

Data Analytics and Predictive Maintenance

Data analytics derived from smart infrastructure aid in predictive maintenance, allowing for proactive identification of equipment failures or structural issues. This proactive approach keeps workers safer, minimizes downtime, reduces maintenance costs, and prolongs the lifespan of assets.

Regulatory Compliance and Safety Measures

Safety is the most important part of any job, and smart infrastructure assists in ensuring compliance with stringent regulations and safety standards. Real-time monitoring of job sites helps identify potential hazards, promoting a safer working environment for construction workers.

The future of smart infrastructure holds even more promise, with advancements in robotics, 3D printing, and AI-driven automation expected to further revolutionize construction practices. These developments will likely lead to further increased efficiency, precision, and sustainability in the industry. 

Since we’re always interested in improving safety and sustainability, you know Steadfast will keep you updated as smart infrastructure continues to grow!

Constructing for Wildfires

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As we recently saw in Maui, Canada, and all across the West Coast of the United States, wildfires happen quickly and with very little warning. Due to climate change, urban sprawl, and other factors, they have become increasingly destructive and more frequent, which means the need for fire-resistant buildings has never been more urgent. Fortunately, there are some key strategies used when designing structures that can help them withstand wildfires, protecting both lives and property.

Understanding Wildfire Vulnerability

Before diving into building construction, it’s essential to understand the factors that contribute to a building’s vulnerability during a wildfire:

Materials: Traditional building materials like wood siding and shingles are highly flammable. Choosing fire-resistant materials is the first step in building resilience.

Embers: Embers carried by the wind can ignite structures even before the fire front arrives. Sealing entry points for embers is crucial.

Roof Design: Roofs are particularly vulnerable, as embers can accumulate in gutters and vents, leading to ignition. Proper roof design is essential to keeping a building safe.

Landscaping: Vegetation near the building can fuel a wildfire’s intensity, so creating defensible space around structures is vital.

Location: Buildings in wildfire-prone areas are at higher risk, so it’s important to understand local fire behavior and regulations.

Designing Wildfire-Resistant Structures

Fortunately, we’ve come a long way in construction technology, and there are many ways to help protect structures from wildfires:

Use Fire-Resistant Materials

Choose non-combustible materials for building exteriors, such as stucco, concrete, or fiber cement siding. Metal roofing and tempered glass windows are also excellent choices, because these materials can withstand direct exposure to flames.

Protect the Roof

Roof design is critical to protecting the rest of the structure. Consider using Class A fire-rated roofing materials, such as asphalt shingles with fire-resistant coatings, clay or concrete tiles, or metal roofing. Clear out gutters and install spark arrestors on vents to prevent ember intrusion.

Seal Entry Points

Those embers that can start your roof on fire can also enter buildings through vents, gaps, and openings. Seal these entry points with non-combustible materials and employ ember-resistant vent covers.

Create Defensible Space

Maintain a buffer zone of non-flammable vegetation around your building. If you have a lawn, keep it well watered. Keep trees and bushes trimmed, and store firewood and flammable items away from structures.

Fire-Resistant Windows and Doors

Install fire-resistant windows and doors, which are designed to withstand high heat and flames. These can be crucial for preventing interior fires caused by radiant heat.

Regular Maintenance

This one might seem obvious, but you’d be surprised how many people don’t do this. Regularly inspect and maintain your building to ensure that fire-resistant features remain effective over time. If you do find anything that has been damaged or has deteriorated, replace it promptly. 

Build Firebreaks

When possible, incorporate firebreaks, such as wide driveways or gravel pathways, to impede the fire’s progress toward the building.

Consult Local Building Codes and Experts

Compliance with local building codes and consultation with wildfire mitigation experts can be extremely helpful! These experts can offer site-specific guidance tailored to your location’s unique wildfire risks, and can help you protect your project in often unexpected ways. 

Designing structures to survive wildfires can feel complicated, but by using these tips, you can significantly increase your building’s chances of withstanding a wildfire. And if you need equipment or staffing to finish your wildfire-safe project, Steadfast, Entities, LLC is here to help! Because we know it’s not just about protecting property value; it’s about producing quality, long-lasting construction projects. 

The Las Vegas Sphere

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If you’ve been to Las Vegas recently, you may have seen the curious new building lighting up the strip: Sphere, an innovative event venue and the largest spherical building ever constructed. This mind-blowing new construction project defies convention with its distinctive spherical shape and groundbreaking design: 

  • 366 feet high
  • 516 feet wide
  • 875,000 sq. ft.
  • cost $2.3 billion to build
  • 18,600 person capacity

This bold leap into the future of construction and entertainment spaces is the most expensive venue ever built on the strip. Its exciting potential has captured the imagination of both architecture enthusiasts and event-goers alike, and never-before-seen features are already making Sphere an iconic addition to the Las Vegas skyline. 

The Allure of the Sphere

Spherical architecture, though relatively uncommon, has a long history of captivating humanity’s imagination. The allure lies in its seamless integration with its surroundings and its ability to challenge traditional notions of space and form. The concept of spherical buildings dates back centuries, often associated with domed structures like the Pantheon in Rome. However, Sphere takes this age-old fascination to new heights.

The brainchild of visionary architects, engineers, and artists, Sphere is a testament to human ingenuity and creative collaboration. Its spherical shape is more than just an aesthetic choice – it serves as the cornerstone of its structural integrity and adaptability. The design optimizes acoustics, visual experiences, and sustainability, setting new standards for event venues.

Immersive Acoustics

Sphere’s unique shape and advanced acoustic engineering create an unparalleled auditory experience. Sound waves from the venue’s 164,000 speakers are distributed evenly throughout the space, ensuring that every seat offers optimal audio quality. Whether it’s a live concert, a theatrical performance, or a keynote address, attendees are immersed in a symphony of sound.

360° Visuals

One of the most remarkable aspects of Sphere is the 160,000 sq. ft. wrap-around LED display that envelops the interior. This 360° canvas is the largest and highest-resolution screen of its kind in the world. This unrivaled technology will transport audiences to virtually any environment, turning any event into a multisensory journey. From mesmerizing light shows to lifelike virtual landscapes, the possibilities are endless.

4D Elements

Sphere is committed to giving audiences a truly unique experience, so builders incorporated 4D technology elements to activate all the senses. According to their website, the space can incorporate specific scents, change temperatures, and add cool breezes into their performances, making them truly immersive.

Sustainability Innovation

Sphere was designed with sustainability in mind. The building incorporates cutting-edge, energy-efficient technologies, such as solar panels and advanced climate control systems. Its unique shape also facilitates natural ventilation, reducing the need for excessive energy consumption.

Adaptable Spaces

Unlike traditional event venues with fixed seating arrangements, Sphere offers flexible seating options. The interior can be transformed to suit different types of events, from concerts to light shows, and intimate gatherings to grand galas. This adaptability ensures that Sphere remains a versatile space for years to come. 

  • You can find a list of upcoming events here.
  • Learn more about the science of the Sphere here. 

Don’t worry, Steadfast Enterprises isn’t starting a travel blog. We just couldn’t help but appreciate the new Sphere building and its pioneering design, technology, and commitment to sustainability. Let us know what you think if you go visit! 

And remember, no matter what shape your construction project takes, Steadfast Enterprises, LLC is here for all of your heavy equipment and staffing needs.

Image source: Las Vegas Review Journal

Largest Dam Removal in US History

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If you’re a fan of this blog, you know we love sustainable construction, but this is our first post about sustainable de-construction!

In March 2023, work began on the biggest dam removal project in United States history: four hydroelectric dams in the Klamath River, which runs through Oregon and California. These dams are being removed to improve river health and allow for native fish migration.* The project is expected to cost around $450 million and will be completed in 2024.

A Legacy of Damming

For over a century, dams have harnessed the power of the Klamath River to generate electricity for surrounding Oregonians. However, these dams have also sparked controversy by disrupting the river’s ecosystems, obstructing fish migration routes, and causing harmful algal blooms.

The Klamath River Dam Removal Project aims to reverse the detrimental effects of the dams and restore the river to its original pristine state. The project is a result of a collaborative effort between the Yurok, Karuk, and Klamath tribes; government agencies; environmental organizations; and stakeholders, who have joined forces to address the environmental concerns and ensure the success of the project.

Restoring the Ecosystem

Prior to the creation of the dams, the Klamath River had the largest amount of salmon of any river on the West Coast. The removal will reopen crucial habitat for Chinook salmon and other migrating fish, allowing them to reach their spawning grounds upstream. This restoration will have cascading effects on the entire food chain, revitalizing bird, mammal, and other aquatic species that depend on healthy fish populations. It will also return the river’s natural flow patterns, which will reduce toxic algae blooms and improve water quality.

Preparing for Dam Removal

The dam removal process involves a lot more than knocking down the dam walls. Over the years, sediment has accumulated behind the dams, so careful assessment of the sediment must be conducted to determine its composition and any potential contaminants. Once the sediment is determined to be safe, it will then be transported downstream to prevent adverse impacts on the river and its ecosystems.

One of the primary objectives of dam removal is to restore fish migration routes, so before the dams are removed, any native fish that could be stranded or impacted by the removal process are captured and relocated to suitable habitats upstream or downstream of the dams.

Then, portions of the dams, like spillways and powerhouses, will be demolished to allow water to flow around the dams without excessive sediment release. Once the dams are removed, the restoration process begins. This will include reshaping the river channel, reestablishing natural flow patterns, and reintroducing native vegetation. For the Klamath River Project, Resource Environmental Solutions, a restoration contractor, and local tribes will work together to plant over 19 billion seeds to reestablish native plant species.

Restoring Communities

As the largest dam removal project in US history, the Klamath River Project represents a landmark initiative in environmental conservation and restoration.

The collaboration between tribes, government agencies, and environmental organizations demonstrates a collective commitment to safeguarding our natural resources while creating opportunities in the construction industry. As the dams come down, the Klamath River will once again flow freely, carrying with it renewed hope for a healthier, more vibrant ecosystem and a brighter future for all who depend on its life-giving waters.

*We know some of you might be rolling your eyes or cringing at the word “environmentalist,” but think of it this way: there are many political, social, or economic reasons for the jobs we work on and we don’t always know the full background. These projects – even deconstruction jobs based on environmentalism – are still construction projects, creating opportunities and jobs in our industry. Steadfast isn’t going to be mad at that!

Hard Hats vs. Helmets

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Heads up!

You know that at Steadfast Enterprises, LLC, we love to be on the cutting edge of any technology that makes projects safer, more efficient, or more sustainable. That’s why we took notice when we saw a shift: construction workers are increasingly swapping their traditional hard hats for helmets.

While there’s nothing more iconic than the yellow hard hat, we are also interested to see how helmets bring enhanced safety standards, improved comfort, and innovative features to address the evolving needs of the industry.

Enhanced Protection and Safety

Hard hats have long been the symbol of construction sites, but helmets offer an elevated level of protection. Modern construction helmets are designed to meet stringent safety regulations, providing impact resistance and better shielding against falling objects, debris, and other hazards. With reinforced shells and advanced materials such as high-density polyethylene, helmets have higher structural integrity, reducing the risk of head injuries in potentially dangerous situations.

Integration of Advanced Technologies

One significant reason for the transition from hard hats to helmets is their use of cutting-edge technologies. Helmets now come equipped with a range of features to improve both safety and efficiency on construction sites, like integrated sensors that can detect potential falls or impacts, alerting workers and supervisors in real time. This technology helps prevent accidents and allows for immediate response in case of an emergency, further minimizing risks and enhancing worker protection.

Customization and Adaptability

Another advantage of helmets is their customizable nature, allowing workers to personalize their headgear according to their specific requirements. Adjustable straps, suspension systems, and interior padding provide a more comfortable and secure fit, reducing strain during long work hours. Helmets can also accommodate additional attachments such as face shields, earmuffs, or communication devices, facilitating seamless integration of various accessories in a wide range of working conditions.

Improved Comfort and Ergonomics

Comfort is a vital factor in any industry, and construction is no exception. Hard hats, although functional, can be heavy and cumbersome, leading to neck pain, headaches and fatigue. In contrast, helmets are designed with ergonomics in mind, focusing on weight distribution and ventilation systems to provide enhanced comfort. The lighter weight and improved airflow of helmets make them more wearable for extended periods, ensuring workers are both safer and happier.

Changing Industry Standards and Regulations

As safety regulations and industry standards evolve, so does the gear worn by construction workers. OSHA and other regulatory bodies are increasingly acknowledging the benefits of helmets in terms of safety and ergonomics, and some jurisdictions have already made helmets mandatory for specific job roles. While both hard hats and helmets are OSHA-approved, that might not always be the case.

Thanks to the advanced protection offered by helmets, we’re seeing the industry transition away from traditional hard hats. Their adaptability, customization, and technology makes them an ideal choice for keeping workers more comfortable, efficient, and safe. As helmet technology continues to improve, you can be sure Steadfast Entities, LLC, will be working to provide you with the most up-to-date gear and equipment to keep your staff safe and comfortable while on the job!

Getting into Construction: Books, Movies, & TV

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Children often idolize construction workers, but as they get older that appreciation sometimes fades. All too often, those in our fields feel the bias against blue collar work. 

Maryland contractor and CEO of Delmarva Veteran Builders, Chris Eccleston, wanted to change that. He teamed up with graphic designer Jenny Kerr Schroen to create Grit Leads to Greatness, a children’s adventure book about two siblings living in a city that has forgotten how to build. Together, they work to find a mason, a carpenter, a plumber and an electrician who help them rebuild their home. The book captures the imaginations of kids and adults alike, reminding them how exciting and important construction is to our world. 

We love seeing young people (and adults!) encouraged to look into the trades, so this blog post highlights the many books, movies, and TV shows that spotlight construction or construction workers. Check them out!

Books

  1. “The Hard Hat: 21 Ways to Be a Great Teammate” by Jon Gordon: This book tells the inspiring true story of George Boiardi, a construction worker and college lacrosse player who embodied the qualities of a great teammate. It offers practical advice on how to build a strong team, both on and off the construction site.
  2. “The Art of Fielding” by Chad Harbach: While not specifically about construction workers, this novel tells the story of a college baseball team and the construction workers who built their stadium. It explores themes of teamwork, dedication, and the pursuit of excellence.
  3. “The Soul of a New Machine” by Tracy Kidder: This Pulitzer Prize-winning book tells the story of a group of engineers and construction workers who built a new computer in the late 1970s. It offers a fascinating look at the creative process and the challenges of building something new.

Movies

  1. The Big Short: This movie tells the story of a group of investors who bet against the housing market before the 2008 financial crisis. It features several scenes of construction workers building new homes and developments, and offers a sobering look at the consequences of reckless speculation.
  2. Joe Dirt: A comedy that follows the misadventures of a janitor who dreams of becoming a construction worker. It’s a lighthearted and fun movie that features several scenes of construction workers on the job.
  3. Iron Man: This superhero movie features several scenes of construction workers building Tony Stark’s state-of-the-art laboratory and other high-tech facilities. It’s a fun and action-packed movie that shows the importance of construction workers in building the infrastructure of the future.

TV Shows

  1. Undercover Boss: This reality show follows CEOs as they go undercover and work alongside their employees. Several episodes have featured construction companies and their workers, offering an inside look at the challenges and rewards of the job.
  2. Dirty Jobs: This popular show features host Mike Rowe as he travels the country and works alongside people in a variety of dirty, difficult, and often dangerous jobs. Several episodes focus on construction workers and the many difficulties they face.
  3. Building Alaska: This show follows a group of construction workers as they build homes and other structures in the harsh Alaskan wilderness. It offers a fascinating look at the challenges of building in such a remote and unforgiving environment.

We hope you get a chance to sit back, relax, and enjoy something from the list above. You’re never too old to get excited about construction!

Graphene

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If you follow our blog, you know we love green materials that make construction more sustainable. That’s why we’re excited to see graphene now entering foreign markets. We can’t wait to see how this incredible component will be used to make our buildings more sustainable, in 2023 and beyond.

What is it?

Graphene is a “one-atom-thick layer of carbon atoms arranged in a hexagonal lattice.” Andréy Gueim and Konstantín Novosiólov won the Nobel Prize in Physics for its creation in 2010. It might sound familiar because it is the base of graphite (used in pencil lead), but its many properties are being explored as a new wonder material across a wide variety of industries. Possible applications include computer chips, batteries, transistors, water filters, touch screens, and even DNA sequencing. 

How is it being used in construction?

Although graphene is still in the research stage in the US, the results have been promising for its many uses throughout the construction industry. It’s the world’s thinnest material, yet it’s incredibly durable. It has antibacterial properties, a low freezing point, is twice as strong as steel, has light absorbing qualities, and is highly conductive. 

These features make it perfect for creating graphene-infused composites, which would be a green alternative for concrete, one of the least sustainable yet most commonly used building materials.

Some of these specific properties would make graphene an excellent choice for specific types of buildings. Its antibacterial qualities are making waves in the hospital industry, its conductive qualities are sparking the interest of smart city engineers, and its unique mix of flexibility and durability makes it well-suited for buildings that experience extreme winds and temperatures. 

Graphene also has potential applications in tunnel construction, dykes, bridges, harbors, industrial plants, and sea construction, where exposure to the elements and/or chemicals regularly breaks down concrete. 

How will it be used?

Instead of sheets or blocks, the easiest and most effective way to use graphene currently is as a liquid-based additive. This additive is combined with current cement or concrete mixtures, acting as a filter that absorbs chemicals, refines the pore structure of the concrete, and makes it more durable. 

When will we see it on the market? 

While additives are available in some countries, researchers are still testing and developing it for the U.S. While we may have to wait a little longer, current research is very promising and exciting. Soon graphene may be used in self-healing, self-cleaning, self-adjusting, self-shaping, self-curing, and self-sensing building materials. We are looking forward to its arrival, and the many ways it will make the industry more sustainable!

Spring Cleaning for Construction Businesses

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Spring is in the air! 

For many, that means spending a long weekend with the windows open, cleaning the house, and starting those projects we’ve put off all winter. Construction picks up in the spring and summer, so it’s also a great time to clean up your business and get ready for the busy season ahead. 

Here are some helpful tips to get you started:

Clean Up Your Office

Did you know clutter can increase procrastination? Keep motivated by cleaning up your office space. File all your paperwork, complete any half-finished office projects, and get your space organized. If you haven’t already, go paperless. Invest in an organizational system, keep things for immediate use nearby, and put everything else away. It may seem small, but this will do wonders for your overall well being while sending the message to customers that you are organized and ready to take on their project. 

Go Over Your Books

It’s April, so you’ve probably been reviewing your books for tax purposes. Since you’re there, now’s a great time to audit your business and see how things are going. Look at last year’s budget. Did you stay on track? Can you expand? Review your vendors: could you be getting materials cheaper from someone else? Are you paying for any services you don’t use? Can you refinance or pay off any loans? This is also a great time to look at your workflow and see if there are opportunities to make it more efficient. 

Inspect Your Equipment

Is all of your equipment in working order? This is a great time to do maintenance on your equipment to ensure it’s in top shape before you begin the busiest time of year. This is also a chance to research new equipment, technology and tools to keep your team safe and productive for years to come. Exploring equipment rental with Steadfast Entities is one way you can use the most up-to-date, industry-proven tools and equipment for modern solutions and smart construction.

Practice Smart Marketing

The construction industry is competitive, and with increasing material prices and labor shortages, you’ll need to make sure you’re marketing yourself to both potential employees and new clients. Keep your pay and benefits competitive to attract top-tier talent. Review your marketing strategy and main sources of clients to see what’s working and what isn’t. Stay active on social media, explore more networking, and update your marketing materials (including your website) so that others know what to expect. Recommendation via word of mouth is still very common in this industry, so make sure your customers leave happy and can give their friends and associates exceptional reviews of your business. 

Give Back

Now more than ever, customers want to support businesses that are socially responsible and give back to their community. Whether you do repairs for a local shelter, organize a food drive, or sponsor a local team, you’ll be noticed for supporting the causes that make our communities great. Plus, giving back is a great way to build team morale, meaning you’ll have happier employees who will work better together.

We hope you are gearing up for a productive spring! And remember, if you need the highest quality equipment and best trained staff, you don’t have to look any further than Steadfast. We’re here to help you do smarter construction, when and where you need it.

More About Mass Timber

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If you go back through Steadfast’s blogs, you’ll find a lot of information about new, sustainable building materials. Whether it’s concrete strengthened with algae, buildings built with recycled steel, or solar roof shingles, we’re thrilled to see the construction industry moving towards a more sustainable future. That’s why we’re excited to see the Mass Timber industry booming in the U.S., Canada, Europe, and beyond.

What is Mass Timber?

Put simply, mass timber is made up of several solid wood panels held together by nails, glue or dowels. The compressed wooden layers are stacked either at 90 degrees or parallel, making these panels incredibly strong and a comparable alternative to steel and concrete. They are strong enough to withstand earthquakes, high winds, and other forces that previously prevented wood from being used as the main building component in large, multistory buildings.

Is it Sustainable?

Mass Timber is more sustainable with fewer embodied carbons, and requires less water and energy to produce than concrete or steel. Wood also stores carbon in its structure, meaning that Mass Timber buildings actually remove excess carbon from their environment. For example, an 18 story Mass Timber building has an annual negative carbon imprint the same as taking 2,350 cars off the road. 

Forestry has also become more sustainable as the need for lumber has grown. Current practices mean alternating trees are cut down during harvest, allowing the remaining trees to grow taller without competing for sunlight, water, and other resources. Forest growth is also maintained by planting two saplings for every tree harvested, making sure that there will be plenty of timber available in the future. 

Is it Fire Safe?

When most people think of wood buildings, their first concern is fire safety. Fortunately, Mass Timber generally exceeds current fire codes. In one study, a panel was exposed to 1,800+ degrees Fahrenheit for two hours and six minutes, longer than current code requires. The panels don’t only sustain the heat without a problem, but the outside layer of Mass Timber will char, insulating and protecting the inner layer. This means cleanup and building rehabilitation is often easier and faster.

Is it Cost Effective? 

Yes, especially in comparison to concrete. Because Mast Timber panels come preassembled, they can cut down on construction traffic by 90%. Buildings are also constructed about 25% faster than those made predominantly from concrete. Because of this, projects can cost less with fewer safety risks to workers. While the panels themselves are usually more expensive than concrete, the overall cost to both the crew and the buyer is much less.

With all these benefits, we expect to see continued increases in Mass Timber construction. Steadfast, LLC has the modern tools and skilled staff you’re looking for to get your next Mass Timber (or any other type) project off the ground. Contact us today to see how we can help!