R. Baker and Son Press Releases

Air Skates: How to Move Multi Ton Loads Without Touching the Floor...

Tue, 14 Apr 2026 10:49:48 EDT

Air skates, also known as air casters, air skids, or air dollies, are a specialized rigging solution that R. Baker & Son has deployed for many years to move heavy machinery, fragile equipment, and multi-ton loads inside buildings. These systems range in capacity from approximately 12 to 150+ tons, depending on configuration. Using hovercraft technology, we float equipment with omnidirectional movement on a thin cushion of air across flat, smooth surfaces with zero floor damage and minimal effort. For plant relocations, renovations, and new construction projects where traditional methods risk epoxy floors, polished concrete, or tight spaces, air skates are often the only practical option - and our teams know exactly how to make them perform.

On renovations, new construction projects, and plant relocations, R. Baker & Son has mastered the use of air casters to move and precisely position heavy machinery and process equipment where traditional methods simply aren't an option.

On one memorable project, the plant owner was skeptical, even calling it crazy, when R. Baker proposed moving heavy equipment across brand-new epoxy floors. To his amazement, every piece of equipment glided across the floor on air skates without leaving so much as a scratch. Just a few dusty footprints that wiped away easily.

How Do Air Skates Work? Air skates operate on the principle of total force, which is different from pressure alone. A 24-inch circular disc has approximately 452 square inches of surface area. At just 30 PSI, that translates to over 13,500 pounds of lifting force per skate, or more than 54,000 pounds when using four skates together, all while maintaining that same 30 PSI.

This lifting force, when properly distributed across multiple skates, allows us to safely float loads up to 100 tons while maintaining the same low PSI.

Low-profile caster modules are placed at strategic support points beneath the load to evenly distribute weight. Compressed air inflates urethane diaphragms that lift the load off the floor. Air escapes between the floor and the diaphragms in a controlled manner, and the load begins to float.

Because air casters are omnidirectional and nearly friction-free, a single person or small crew can move thousands of pounds with minimal effort, complete control, and no damage to flooring. They also allow for easy, precise positioning, even in confined spaces. If floors aren't completely smooth or loads need to cross transitional areas, overlay materials like sheet metal or heavy-gauge plastic can be used to create an even surface beneath the skates.

Air Skates vs. Omnidirectional Nylon Skates It's worth noting that R. Baker & Son frequently combines air skates with other equipment-moving methods, including omnidirectional nylon skates, depending on what the job requires. No two projects are alike.

Many common flooring systems, including polished concrete, sealed concrete, epoxy, terrazzo, and other smooth surfaces, are ideal for both systems. The right choice depends on load weight, floor condition, space constraints, and project timeline - something our experienced teams assess on every job.

One thing is consistent, though: whenever air skates are in use, there's always a crowd watching in disbelief.

When to Choose Air Skates (and When We Combine Them With Other Methods) Air skates shine in situations where floor protection is paramount and precise positioning is required. They are ideal for: • Sensitive flooring like new epoxy, polished concrete, or terrazzo • Confined spaces where traditional cranes or forklifts won’t fit • Projects demanding millimeter-level accuracy

Our teams often combine air skates with omnidirectional nylon skates or other rigging tools based on the specific load, floor conditions, and schedule. This flexible approach ensures the safest, most efficient solution every time.

Safety & Best Practices From 90+ Years of Rigging At R. Baker & Son, safety is built into every step. Our best practices include: • Thorough pre-move floor assessments and custom overlay planning • Precise air supply and pressure management to maintain stability • Deployment by experienced riggers and millwrights with decades of hands-on expertise

This attention to detail protects both your equipment and your facility.

Why Experience Matters At R. Baker & Son, success with air skates comes from more than having the equipment - it comes from many years of real-world application on complex plant moves, renovations, and precision positioning projects. Our teams have refined every aspect - from initial load distribution and floor assessment to final placement - so your equipment is protected, your schedule stays on track, and your floors remain pristine. We are committed to providing our clients with the newest technologies and safe and cost effective solutions. While maintaining the quality and personal care your projects deserve.

R. Baker & Son: Over 90 Years of Rigging Expertise R. Baker & Son brings more than 90 years of rigging, millwright, and plant relocation expertise to every job. Our teams have a talent for finding the most innovative and efficient ways to get your equipment where it needs to go, safely and on schedule. Beyond the move itself, our Rigger and Millwright teams can also fully assemble and commission equipment, getting it ready for operation from day one.

Ready to move heavy equipment the smart way? Contact R. Baker & Son today.

Demolition Protection: Safeguarding People, Property, and Critical Systems with...

Fri, 20 Mar 2026 11:50:26 EDT

What Demolition Protection Truly Entails In the complex world of demolition, protection goes far beyond basic safeguards. As the recognized leader in demolition protection, R. Baker & Son defines it as the comprehensive shielding of adjacent structures, mission-critical equipment, operational systems, and personnel during high-stakes demolition projects. Whether preserving neighboring buildings in dense urban environments, encapsulating sensitive laboratory infrastructure, or maintaining uninterrupted data center operations, effective demolition protection ensures zero unintended damage to people, property, or essential systems - while enabling safe, efficient project completion.

Demolition protection encompasses a broad spectrum of challenges: controlling noise, vibration, and dust; preventing environmental contamination; and protecting high-value assets from physical impact. For clients across industries, it means peace of mind that their most valuable assets remain intact. At R. Baker & Son, we have pioneered innovative, engineered demolition protection solutions for over 90 years, earning our position as the trusted authority in this specialized field.

Proven, Innovative Demolition Protection Solutions With more than nine decades of specialized experience, R. Baker & Son stands as North America's oldest and largest M/WBE-certified demolition contractor, delivering unmatched demolition protection on the most demanding projects. Our portfolio includes landmark protections and complex industrial applications that competitors often avoid.

Key examples of our leadership in demolition protection include:

Fine mesh debris netting systems - Custom-engineered to encircle elevated demolition zones, preventing flying debris from impacting adjacent buildings, equipment, or public areas.
Advanced lab and equipment encapsulation - From custom-framed plywood enclosures and heavy-duty plastic sheeting to full equipment relocation coordination, ensuring sensitive lab benches, fume hoods, and precision instruments remain contaminant-free.
Critical infrastructure shielding - On high-profile data center projects, we have fully enclosed and protected fiber optic cabling and communications systems running through active demolition zones, maintaining 100% operational continuity.
Personnel protection tunnels - Secure, engineered walkways and corridors that allow safe passage for occupants in occupied facilities during selective or interior demolition.
Heritage and landmark preservation - We have proudly provided elite demolition protection for iconic sites including the United Nations complex, World Trade Center redevelopment, the Statue of Liberty, and Ellis Island - demonstrating our unmatched capability in safeguarding irreplaceable structures.
Environmental controls in challenging conditions - On Hudson River pier projects, our expert management of high-current turbidity curtains - with constant monitoring and adjustments amid severe tidal fluctuations - prevented any debris escape or contamination.

Case Study: Precision Demolition Protection in an Active Electrical Switchyard A prime example of our leadership occurred during the removal of an obsolete electrical utility control facility within a live, high-voltage switchyard. Energized exterior gear had to remain fully operational and undamaged - no exceptions.

R. Baker & Son's engineered demolition protection plan included

Innovative installation of wooden telephone poles.
Selection of heavy-duty, non-metallic fine mesh netting to eliminate any risk of electrical interaction.
Strategic tension rigging for precise standoff distances and stability.
All heavy equipment was grounded for operators safety.
Clearly mapped equipment access corridors within strict work zones.
Scheduling protocols to avoid high-wind conditions.
Precision hose-directed water application (mist cannons ruled out) for dust control without introducing excess moisture.
Daily inspections, adjustments, and maintenance of all protection systems to guarantee continuous performance.

The project was completed safely, on schedule, and with zero incidents - reinforcing why clients rely on R. Baker & Son for demolition protection in high-risk environments.

Why Industry Leaders Choose R. Baker & Son for Demolition Protection

Clients consistently select R. Baker & Son - often when competitors decline - because of our proven track record, deep vendor partnerships, and ability to rapidly develop comprehensive, cost-effective protection plans tailored to unique project demands. As the premier provider of demolition protection services, we combine:

Over 90 years of family-owned expertise since 1935.
An exemplary safety record, including multiple VPP OSHA Safety Award sites.
Bonding capacity exceeding $20 million.
Nationwide capabilities across the United States, Canada, and Puerto Rico.

Every demolition project presents distinct challenges, but our unwavering commitment remains the same: delivering superior demolition protection that safeguards people, property, and systems while meeting the highest standards of safety, schedule, and budget. When complexity is high and failure is not an option, R. Baker & Son is the industry leader clients trust for demolition protection excellence.

Precon Services for Demolition, Rigging & Plant Relocation...

Wed, 11 Mar 2026 07:47:28 EDT

For more than 90 years, R. Baker & Son has been delivering expert precon services for demolition, rigging, and industrial plant relocation projects. Before any construction work begins, our team develops detailed pre-construction plans that help clients save time, reduce costs, and eliminate surprises.

From scheduling and budgeting to layout and execution, the precon phase is where critical decisions are made that determine a project's overall accuracy, efficiency, and outcome. A thorough precon effort means fewer surprises, tighter timelines, and a significantly better return on investment.

The most important work on any project happens before construction ever begins. That's where decades of hands-on experience truly pay off and why so many owners and construction managers bring R. Baker & Son in as part of their precon team. With over 90 years in the industry, no other contractor brings that level of depth to the planning table. That experience translates directly into time savings, cost savings, and smarter execution from day one.

What Precon Looks Like at R. Baker & Son R. Baker & Son's precon process is thorough, detail-driven, and tailored to each project. All demolition and selective demolition procedures are carefully evaluated and outlined to meet each client's specific needs. Rigging and routing plans define how, when, and where equipment will be moved - accounting for sizes, weights, and separation points. Mobilization and demobilization plans address the full logistics of moving cranes, lulls, and other heavy equipment, ensuring nothing is left to chance.

Debris separation and removal are built into the precon plan from the start. Hazardous materials are identified early, and clean demolition and remediation plans are developed to satisfy all regulatory requirements. Dust, noise, and vibration management are addressed in detail, and equipment delivery and storage locations are determined well in advance. All available LEED rating points are identified as part of the process.

Finding Smarter Ways to Get the Job Done One of the greatest advantages of a strong precon effort is the opportunity to identify innovative, cost-effective solutions before work begins. R. Baker & Son actively looks for ways to streamline execution - whether that means sourcing local offsite storage and assembly to ensure equipment arrives exactly how and when it's needed, incorporating prefabricated pieces or systems to support project timelines, or identifying assets and asset recovery opportunities that can help offset overall project costs. Asset recovery, in particular, is a common and effective way to add value that many project teams overlook.

Precon Applies Across All Project Types Pre-construction planning isn't limited to new construction. It plays an equally critical role in renovation projects and is a significant factor in plant relocation projects, where the complexity of moving active operations demands precise coordination and foresight.

With over 90 years of project experience, R. Baker & Son has the knowledge and resources to plan, support, and execute at the highest level - delivering the accuracy, innovation, and reliability our clients count on every time.

Rigging, Assembly, and BIM: Bridging the Gap Between Digital Models and...

Wed, 25 Feb 2026 07:57:43 EST

Prefabricated equipment and systems have become the standard for good reason. The more you can prefabricate, the faster, more cost-effective, and higher quality a project becomes. The goal is simple: manufacture a quality product off-site and deliver it just in time. When done right, it's like running multiple projects in parallel across different locations - far more efficient than traditional stick-built construction or field fabrication.

BIM and 3D Scanning: Essential Tools for Modern Construction

Building Information Modeling (BIM) and 3D scanning have naturally become critical tools in modern construction, and R. Baker & Son has fully embraced them. Manufactured equipment suppliers also rely on 3D modeling to design and connect their systems to other equipment and building utilities, making BIM an essential part of project coordination.

That said, BIM has its limitations, and understanding those limitations is just as important as knowing its strengths.

Where BIM Falls Short

BIM can pinpoint equipment locations, identify clashes, and illustrate general connections and system details. However, a BIM model is only as accurate as the information and knowledge the operator puts into it. Variables on the physical job site - real equipment tolerances, field conditions, and last-minute changes can't always be anticipated in a digital model.

When real equipment, tanks, piping, panels, and platforms arrive at the job site, that's the true test of how everything comes together. If you want field installation to be as efficient as the prefabrication process, you need experienced eyes to fill the gaps between what the model shows and what the field requires.

Providing the Critical Information BIM Can't

Identifying and addressing those gaps early is what saves time, money, and avoids unnecessary change orders and project delays. R. Baker & Son has assisted clients throughout the BIM modeling process by contributing rigging and assembly expertise during pre-construction planning and on-site execution.

Getting process and mechanical equipment into a building efficiently is only one part of the equation. We also support construction managers in coordinating across various equipment manufacturers and integrating systems that were fabricated in different locations. Over the years, we've helped clients avoid common and costly mistakes, including:

Load cells at tank bases that can affect final tank elevations
Vibration isolators that may alter equipment heights
Shipped-loose components and panel placement that need to be accounted for in advance
Shipping split locations optimized for both installation efficiency and future maintenance access
Floor leveling requirements to keep equipment plumb, level, and properly pitched for drainage and functionality
Anchoring needs not just to the floor, but to platforms, stairs, and walls
Hardware and gasketing requirements needed to complete final assembly

Experience Meets Technology

R. Baker & Son brings more than 90 years of rigging, assembly, and millwright experience to every project. We've helped countless clients avoid costly mistakes simply by asking the right questions and sourcing the right information at the right time. When you combine that depth of hands-on experience with today's BIM technology, you create the strongest foundation for project success and maximum return on investment.

Quick Mobilization for Pilot Plant Dismantling and Demolition...

Mon, 16 Feb 2026 08:15:19 EST

When a building consolidation commitment required our client to dismantle and demolish a 30,000-square-foot pilot plant immediately, they turned to R. Baker & Son. Having rigged much of the process and mechanical equipment into the building 28 years earlier, we were already familiar with the site and building structure - making us the ideal candidate for this urgent project.

Immediate Response to Tight Deadlines

Our client needed to accelerate the start date significantly, as another tenant required the space. R. Baker responded immediately, meeting with the client to review the project scope and requirements. After touring the facility and thoroughly understanding their needs, we coordinated with the decontamination contractor and the owner who had systematically isolated, cut, and capped all utilities prior to our dismantling crews arrival.

We provided a comprehensive written plan, detailed safety protocols, and an aggressive area-by-area schedule outlining exactly how and when the work would be executed.

Systematic Equipment Dismantling

The building was fed by a large above-ground utility rack. The building's front and rear sides featured a translucent plastic panel system, that could be removed to provide easy access for equipment removals across all three floors. Prior to unbolting the process equipment, our team checked and insured that all connections were air-gapped before rigging any of the following specialized machinery and devices:

Reactors on their platforms
Multiple heat transfer fluid skids (HTFs)
Several large steam-to-hot-water heat exchangers
Steam PRV stations
Two scrubbers
Drying and milling equipment
Three 100% outside air AHUs from the roof
Two low-temperature chillers from the third-floor mechanical room
Large high plume exhaust fans

Simultaneously, two additional R. Baker teams worked alongside a mechanical contractor who cut and center piled all piping in the process support areas and Central Utility Area (CUA) corridors on each floor - for our demolition team to dispose of.

Efficient Material Handling and Removal

Using heavy-duty Lulls, an 80-ton hydraulic crane, and several portable gantries, we successfully extracted equipment through the newly created front and back building openings. All equipment was temporarily stored in a covered storage building next door, while piping and metals were removed and sold for scrap.

An electrical contractor handled disconnections while R. Baker teams removed the first-floor electrical gear, all motor control centers, and power distribution conduit throughout the facility. We installed temporary string LED lighting neatly throughout the building and removed all existing metal halide and fluorescent fixtures.

Overcoming Complex Challenges

The project presented two significant challenges:

Challenge 1: Working above and below the large utility rack while removing equipment and large-diameter piping required careful coordination and precision.

Challenge 2: The small footprint of CUA areas demanded a layered removal approach, as the density of piping and conduit in these tight spaces made everything highly compact.

Complete Building Transformation

The building was eventually safely and successfully dismantled, with all hangers, piping supports, and straps removed down to clean concrete. Only the sprinkler system and two elevators - both passenger and freight - remained operational. The translucent panel system was scheduled for replacement with a new one, and a new roof was planned.

Successful Project Completion

The facility was repurposed as a storage facility, with floors two and three designated for general storage and the first floor converted to secured spare parts storage areas. Our client was extremely pleased that the dismantling and demolition portion of the project was completed on time, within budget, and with zero safety incidents.

Rising to a Rigging Challenge: Custom Tank Installation in North Philadelphia...

Tue, 20 Jan 2026 15:16:20 EST

The Project Scope

As part of a major rigging project in North Philadelphia, R. Baker & Son faced a complex installation challenge: rigging, completely assembling, and setting 12 large fiberglass cylindrical tanks, each with a 17,000-gallon capacity. The tanks were to be delivered and anchored to waiting concrete pads in the rear of the facility. The agitators, blades, motors, and instruments shipped separately and would be assembled on site.

Coordinating Custom Equipment Delivery

The custom fiberglass tanks were fabricated and shipped on schedule from North Carolina, arriving on 12 separate wide-load tractor trailers. Each tank measured approximately 12 feet wide by 20 feet high, requiring careful logistics and planning for safe transportation and installation.

The tank agitators were custom-designed and fabricated to mix process slurry within the fiberglass tanks. These stainless steel agitators were manufactured in Alabama and shipped separately to the site. Due to the horizontal positioning of the tanks during transport and the risk of the agitators shifting in transit, the two components couldn't be shipped together. This meant the agitators and tanks would be assembled together for the first time on site, in a vertical position, in Philadelphia.

The Installation Process Begins

Once on site, R. Baker rigging crews deployed an 80-ton hydraulic crane with an extended jib to lift each tank into its vertical position directly from each tractor trailer in an assembly-line fashion at the building's large opening. The process appeared to be progressing smoothly—until a critical issue emerged.

A Show-Stopping Challenge

The problem became evident as crews lifted the 20-foot agitators with monolithic hubs to position them above and into the waiting tanks. The stainless steel hubs on the 4-inch stainless shaft were 1 inch too large to fit through the tanks' center top 16-inch reinforced flange. This was a complete show-stopper, preventing the agitators from being installed in the tanks and the tanks from being moved into the building.

Problem-Solving and Quick Action

Working collaboratively with the agitator manufacturer, R. Baker sent detailed photos with exact measurements to assess the issue. After careful analysis, the team agreed on a solution: remove or grind down corner sections of the agitator hubs to reduce the cross-sectional area, allowing the agitators to fit inside the tanks.

R. Baker immediately brought in a specialty stainless steel contractor the next morning to set up an on-site workspace. The contractor carefully ground down the hubs, rounded them, and polished them to like-new condition, ensuring both functionality and appearance were maintained.

Completing the Installation

As each 20-foot agitator shaft and hub was modified to fit properly, the R. Baker team assembled the agitators, 25-horsepower motors, and tanks together in sequence before moving them into the building in a safe and timely manner.

Once the tanks were transported from the front of the building to the rear and positioned on their pads, a second R. Baker team worked on centering each tank into its exact position and anchoring them with large epoxy anchors. After the tanks were securely set in place, crews mounted the agitator blades, baffles, and all associated instrumentation and lighting to complete the installation.

Successful Project Completion

Working in a coordinated sequence between various teams, R. Baker was able to complete the work on time, safely, and with quality results. Through effective collaboration with the client and vendors, the team successfully solved a problem that had stopped the project in its tracks and got everything back on schedule.

Negative Pressure Demolition in an Active Pharmaceutical R&D Laboratory...

Fri, 09 Jan 2026 08:24:03 EST

R. Baker & Son had the unique opportunity to return to a pharmaceutical R&D laboratory project we had successfully completed years earlier, where our riggers and millwrights originally installed nine downflow booths. The client needed to reclaim the valuable real estate occupied by these booths to accommodate their expanding laboratory and process requirements.

Strict Safety Requirements for Occupied Laboratory Demolition
Our client established several critical requirements as we prepared to work within their active, occupied lab building. First, we needed to safely isolate the downflow booth area to prevent any dust or contaminants from escaping into surrounding laboratories. Second, they requested that we carefully dismantle the downflow booths and preserve them for reconditioning and future use at another facility. Finally, critical fiber optic cabling running above the work area required complete protection throughout the project.

Comprehensive Safety and Decontamination Protocol
Working with R. Baker's approved safety and demolition plan, the owner removed all HEPA filtration systems from the downflow booths and had the entire area professionally decontaminated before any dismantling or demolition activities began. The electrical and mechanical teams performed all required lockout/tagout procedures to ensure everyone’s safety.

Creating Negative Pressure Conditions
In collaboration with the controls contractor, we developed a strategic plan to shut down the supply air system while utilizing the downflow booth's main exhaust system to create negative pressure conditions within the work area. We installed two layers of MERV 8 filter fabric over the main exhaust to maintain clean ductwork throughout the project. Two Magnehelic gauges were strategically placed to provide continuous verification to the client that the workspace maintained negative pressure relative to the exterior laboratories at all times.

Protecting Critical Infrastructure
The IT department worked closely with R. Baker teams to clearly identify existing fiber optic conduits using fluorescent paint and colored ribbons, ensuring complete protection of these vital communication systems. After all electrical systems and sprinkler lines were properly isolated and secured, R. Baker deployed parallel work crews. One team carefully dismantled the existing downflow booths while another performed selective demolition by removing corridor ceilings, lights, sprinkler systems, and ductwork before progressing to walls and flooring.

Preservation and Material Management
We meticulously dismantled, bundled, and individually packaged all nine downflow booths for refurbishment and future installation at another facility. As ductwork removal progressed, our team continuously monitored and replaced the MERV 8 exhaust filtration in both the workspace and exhaust fan system. All contained demolition materials were removed during off-hours via a freight elevator located just outside the work area to minimize disruption to laboratory operations.

Overcoming Project Challenges
One particular challenge involved removing the epoxy floor coating throughout the space. To maintain our project schedule, we brought in additional ride-on floor scrapers to expedite this labor-intensive process. We also removed several large Mettler Toledo floor scales, filling the resulting voids with rebar and concrete for structural integrity.

Daily housekeeping protocols included comprehensive broom sweeping using dust-control sweeping compound, along with HEPA vacuuming of all nooks and crannies to maintain the cleanest possible environment.

Minimizing Disruption to Active Research
To absolutely minimize disruption to surrounding active laboratories, our demolition teams worked every other Saturday to complete noisy demolition activities and any work involving significant vibration during times when the building had minimal occupancy.

Project Success and Client Satisfaction
Upon demolition completion and final punchlist review, the client expressed high satisfaction with the results, confirming that new construction could begin on schedule as planned. They were particularly impressed with the effectiveness of our negative pressure exhaust system - so much so that they maintained it throughout the subsequent new construction phase to preserve a clean workspace and protect the overall building environment.

R. Baker & Son: Experts in Modern Demolition Technology...

Mon, 08 Dec 2025 12:14:46 EST

Building demolition technology has undergone remarkable transformations over the decades, reflecting advancements in engineering, safety standards, and environmental stewardship. The evolution from manual methods to today's cutting-edge techniques illustrates a journey toward greater efficiency, precision, and sustainability. R. Baker & Son, established in 1935, has witnessed and adapted to every phase of this technological revolution, positioning themselves at the forefront of modern demolition practices.

Early Methods: Hand Tools and Manual Labor

In demolition's earliest days, dismantling structures relied almost entirely on manual labor and simple hand tools. Workers used basic equipment including:

Hammers and Sledgehammers for breaking down walls and structural elements
Crowbars and Wrecking Bars for prying apart materials and removing fixtures
Chisels and Picks for detailed work on stone and brick structures

When R. Baker & Son first opened its doors in 1935, these labor-intensive methods dominated the industry. Demolition was time-consuming, physically demanding, and inherently dangerous, with workers constantly exposed to falling debris and unstable structures.

The Wrecking Ball Era: Mechanical Revolution

By mid-century, heavy machinery began revolutionizing demolition work. The iconic wrecking ball became the symbol of this transformative period, offering:

Powerful Impact: Wrecking balls could demolish entire structures in days rather than weeks
Increased Scale: Larger buildings became feasible demolition targets
Reduced Labor Requirements: Machines replaced dozens of manual workers

R. Baker & Son embraced these technological advances, integrating mechanical equipment into their operations throughout the 1950s and 1960s. However, wrecking balls had notable limitations, including lack of precision and significant safety hazards for workers and bystanders alike.

Precision Tools: Pneumatic and Hydraulic Hammers

As demolition technology continued advancing, pneumatic and hydraulic hammers mounted on excavators replaced traditional wrecking balls. These sophisticated tools offered:

Targeted Demolition: Precise control reduced risks to adjacent structures
Operator Control: Adjustable force and direction enabled selective dismantling
Enhanced Safety: Operators worked from protected cab positions

This shift toward precision equipment aligned perfectly with R. Baker & Son's commitment to safe, controlled demolition practices in increasingly dense urban environments.

Specialized Attachments: Shears and Multi-Processors

The development of hydraulic shears and specialized demolition attachments further enhanced excavator capabilities. Modern equipment includes:

Hydraulic Shears: Designed for cutting through steel beams and reinforced concrete, particularly valuable for industrial facility demolition
Multi-Processors: Versatile attachments that can crush, shear, and sort materials in a single operation
Grapples and Sorting Tools: Equipment that streamlines material handling and recycling efforts

With 90 plus years of experience, R. Baker & Son has continuously invested in the latest demolition technology, ensuring their crews operate the most advanced equipment available.

Controlled Demolition and Explosive Techniques

Modern demolition increasingly relies on controlled demolition methods, often utilizing explosives for strategic structural collapses. This highly technical approach involves:

Strategically Placed Charges: Precisely positioned explosives ensure predictable building collapse patterns
Comprehensive Planning: Extensive engineering analysis and safety protocols protect workers and the public
Urban Application: Controlled implosions safely demolish large structures in dense city environments

R. Baker & Son's expertise in controlled demolition reflects decades of engineering knowledge and an unwavering commitment to safety and precision.

Sustainable Demolition: Environmental Responsibility

Today's demolition industry emphasizes environmental sustainability alongside efficiency. Modern practices include:

Selective Demolition: Systematic dismantling that maximizes material recovery and recycling opportunities
Material Salvage: Recovery of concrete, metals, wood, and other valuable materials for reuse
Green Demolition Standards: Environmentally responsible practices that minimize waste and environmental impact
LEED Certification Support: Demolition methods that contribute to sustainable building projects

R. Baker & Son has evolved from its 1935 founding to become a leader in sustainable demolition, embracing green practices that benefit both clients and communities.

The Future of Demolition Technology

The demolition industry continues evolving with emerging technologies including:

Robotics and Automation: Remote-controlled equipment for hazardous demolition work
3D Modeling and Planning: Advanced software for precise demolition planning
Dust Suppression Systems: Improved environmental controls for urban projects
Material Tracking Technology: Digital systems for maximizing recycling and material recovery

Nearly a Century of Innovation

The evolution of building demolition technology reflects broader advances in engineering, safety consciousness, and environmental responsibility. From labor-intensive manual methods to today's precision equipment and sustainable practices, the industry has transformed dramatically. R. Baker & Son's journey since 1935 mirrors this evolution, demonstrating how experience, adaptation, and commitment to innovation create lasting success in the demolition industry.

As urban development accelerates and sustainability becomes paramount, the demand for innovative demolition solutions continues growing. With 90 plus years of industry experience, R. Baker & Son remains committed to providing cutting-edge demolition services that respect both the environment and the communities they serve.

Looking for experienced demolition contractors who combine traditional expertise with modern technology? Contact R. Baker & Son to discuss your project needs.

Title - Ground Penetrating Radar (GPR) a must have tool in Concrete Cutting and...

Thu, 04 Dec 2025 13:42:44 EST

At R Baker we have been involved with many demolition projects each one having its own set of challenges. When cutting concrete in an active facility or performing select or partial demolition you need to know what is in the concrete and where. In construction and demolition, operational safety and efficiency depend heavily on understanding the hidden elements within structures, particularly those encased in concrete. Ground penetrating radar (GPR) has become an essential tool for identifying electrical conduits, post-tension rebar, piping, fiber optics, and other systems embedded in concrete before cutting or demolition begins.

Understanding GPR Technology

Ground penetrating radar is a non-destructive testing method that uses high-frequency electromagnetic waves to penetrate concrete and ground surfaces. When these waves encounter different materials, they reflect back to the surface where they're captured and analyzed to create images of subsurface structures. This technology allows professionals like the team at R. Baker & Son to identify various elements hidden within concrete, including:

*Electrical Conduits: Critical for power distribution, misjudging their location can lead to dangerous accidents, outages, or costly repairs

*Post-Tension Rebar: Commonly used to reinforce concrete structures, cutting into these systems can compromise structural integrity and create serious safety risks

*Piping: Water, gas, and sewage pipes embedded in concrete. damaging these can cause significant disruptions and hazards

*Fiber Optics and Communication Lines: With increasing reliance on technology, protecting these systems during demolition is essential for maintaining communication networks

The Importance of GPR in Concrete Cutting and Demolition

Enhancing Safety - At R Baker Safety is job one, we want to avoid hazards at all costs and avoid unnecessary business interruptions for our clients. This is the primary benefit of using GPR before concrete cutting in demolition. Accidental damage to electrical conduits or piping can result in electrocution, flooding, or gas leaks—all posing severe risks to workers and the public. GPR visualizes the exact locations of these systems, allowing crews to avoid hazardous encounters.

Improving Efficiency - Knowing the precise location of embedded systems significantly streamlines demolition and renovation processes. By reducing unexpected discoveries, construction teams can plan work more effectively, minimizing downtime and avoiding costly delays. This efficiency translates directly into time and cost savings.

Preventing Structural Damage - Concrete structures often rely on reinforcement elements like post-tension rebar to maintain their integrity. Cutting into these without prior knowledge can lead to structural failure, creating unsafe conditions and potentially requiring extensive repairs. GPR identifies rebar layouts, enabling teams to execute their work without compromising structural safety.

Cost-Effectiveness - While GPR involves upfront costs, it ultimately saves money by preventing damage and delays. The expense of repairing electrical systems, plumbing, or structural elements far exceeds the investment in GPR scanning. Additionally, keeping projects on schedule further reduces costs associated with overruns.

Regulatory Compliance - Many regions have strict regulations concerning construction and demolition practices, particularly regarding safety and environmental impact. Utilizing GPR helps firms like R. Baker & Son comply with these regulations by ensuring all necessary precautions are taken before work begins, thereby avoiding potential legal issues.

When you may need X-Ray Technology with GPR:

While GPR is the preferred scanning method in most situations, X-ray technology still plays a valuable role in specific scenarios:

*For Specific Hazards: When definitive identification of a hazardous object is critical, X-ray provides a viable option for precise imaging

*In Green Concrete: X-ray can be used on newer, less-cured concrete where moisture content may interfere with GPR readings

*For Operations Requiring No Shutdowns: X-ray imaging allows operations to continue without extended shutdowns because scanning can be performed while the site remains active

*For Core or Cut Locations in Congested Areas: X-ray excels in areas with numerous embedded objects, helping to precisely identify where to drill or cut

Applications Across Industries:

*Construction: In new builds, GPR guides material placement and ensures existing utilities remain undisturbed

*Infrastructure Maintenance: Regular GPR scanning assesses the condition of existing infrastructure, enabling timely maintenance and upgrades

*Demolition Projects: Companies like R. Baker & Son rely on GPR to execute safe, efficient demolition work while protecting critical systems

Ground penetrating radar is invaluable in modern construction and demolition. By identifying electrical conduits, rebar, piping, and other systems within concrete, GPR enhances safety, improves efficiency, prevents structural damage, and ensures regulatory compliance. When combined with X-ray technology in specialized situations, these scanning methods provide comprehensive subsurface imaging solutions.

At R. Baker & Son, integrating GPR and complementary scanning technologies into standard operating procedures ensures responsible and effective project management. Planning a project involving concrete cutting or demolition? Investing in proper scanning technology is the smart choice that safeguards both your team and your project's integrity.

How We Installed 24 Bioreactors in Just 4 Weeks (NY Pharma)...

Mon, 10 Nov 2025 10:14:17 EST

R. Baker & Son recently completed a complex pharmaceutical equipment installation project after receiving a referral from a senior process engineer at a leading New Jersey design firm. The project involved installing 24 bioreactors with associated platforms and support equipment for a well-known process equipment vendor specializing in pharmaceutical and chemical manufacturing systems.

Project Scope and Initial Coordination After the bioreactors completed their Factory Acceptance Test (FAT), they were packaged and shipped to a new pharmaceutical facility in upstate New York. Our team held multiple coordination meetings with the equipment vendor and construction manager to plan the delivery logistics and installation timeline.

The building's process area featured early completion with epoxy flooring, providing an ideal foundation for receiving the new bioreactors and associated equipment. Before rigging and assembly began, our team precisely laid out all equipment locations, verified them through the BIM (Building Information Modeling) model, and confirmed measurements using laser technology.

Bioreactor Installation Challenges The project presented several technical challenges beyond the bioreactor installation itself. Our scope included: 24 pharmaceutical bioreactors Interconnecting platforms and access systems Stairs and safety railings Remote control panels Power distribution panels

All process equipment arrived at the loading dock on flatbed trailers. R. Baker deployed a strategic combination of equipment, including several smaller, versatile rubber-tired forklifts alongside two large Versalift counterweight forklifts equipped with specialized attachments. This equipment configuration allowed our team to handle heavier loads and utilize extended boom reach to position and set equipment according to pre-coordinated specifications.

Working in close collaboration with the vendor, we successfully rigged, set, and assembled all 24 bioreactors with their associated platforms and miscellaneous equipment within the four-week timeframe.

Phase Two: Process Utility Equipment Installation Based on our safe, efficient, and on-time completion of the initial bioreactor installation, the construction manager contracted R. Baker for the second phase: installing process utility equipment. This phase included: Three large air compressors with associated dryers One large clean steam generator Two large CIP (Clean-in-Place) skids One large RODI (Reverse Osmosis Deionization) skid with associated tanks, control panels, and semi-permeable membranes

Multi-Story Rigging Operations This phase required lifting process utility equipment to the second, third, and fourth floors through an exterior building opening. Our team utilized an 80-ton hydraulic crane with an extended boom, new slings, and chain hoists to lift equipment from flatbeds to designated floors. Once inside, we moved equipment using skates and Johnson bars through corridors to pre-marked locations.

To maintain the aggressive project schedule, several process utility vendors hired Baker's experienced riggers and millwrights to: Set and anchor equipment in place Interconnect equipment tanks and support racks Install heat exchangers Connect standalone control panels and miscellaneous support equipment

Project Completion and Additional Services At project completion, R. Baker was also asked to assist with decommissioning an old RODI system and removing four associated 1,000-gallon tanks designated to be refurbished.

Client Satisfaction and Industry Expertise Our clients expressed high satisfaction with the completed pharmaceutical equipment installation project. We appreciated the referrals and the confidence placed in the R. Baker team throughout this important installation.

R. Baker & Son's expertise in pharmaceutical and process equipment installation, combined with our skilled riggers, millwrights, and advanced rigging equipment, ensures safe, efficient project completion for complex industrial installations.