Technology Update

Technology Update

  •  Mobile Payment Technology for the Construction Industry

    Accepting on-site payment is now a simple tap on a cell phone

    By Samuel Mulligan, Mobeewave


    The construction industry in North America is facing considerable pressure to decrease costs, improve productivity and improve its competitive edge with respect to quality of service and customer satisfaction. Recent advancements in mobile technology provide new ways of addressing all of these issues.

  • 3 Essential Camera Features for Piling Canada

    With a plethora of options available, selecting a camera can be a project itself

    By Mitch Stoeke, Dakota Micro, Inc.


    Jump in the driver’s seat of almost any newer piece of equipment today and there will likely be a camera of some kind.

  • A Better Dig

    Junttan’s newly redesigned PMx26 enhances capability when piling jobs face tough conditions

    By Kelly Gray


    When the piling sector has challenges, this Finnish company delivers solutions. Based in Kuopio, Finland, with dealers around the globe, Junttan Oy offers a product range consisting of world-leading pile driving rigs, multipurpose piling and drilling rigs, deep stabilization rigs, as well as hydraulic impact hammers, rotary heads and power packs.

  • AI in the Construction Industry

    Doxel Software Solutions for total project control

    By Deb Draper


    The use of artificial intelligence (AI) is spreading into all aspects of life and work, and the construction industry is no exception as newly developed AI systems deliver incredible efficiency and accuracy to projects at every level. It’s today’s version of the Industrial Revolution.

  • Big Things Really do Come in Little Packages

    Berminghammer’s new EML30 excavator-mounted pile driving unit offers portability, costs savings and could change the way some foundations are built

    By Jim Timlick


    The equipment manufacturing division of one of the country’s oldest foundation contractors recently introduced a new pile driving system that could revolutionize the way some foundations are built.

  • BLUE Piling Technology

    Courtesy of Fistuca BVThe future of offshore piling: bigger, deeper, quieter

    By Judy Penz Sheluk

    In Europe, offshore wind turbines have become an accepted technology for producing energy. Although offshore wind is not yet used in Canada and the U.S., America’s first offshore wind farm, Cape Wind in Nantucket Sound, Mass., is planned for 2014. 

    Offshore wind turbines are typically mounted on monopile foundations, large steel tubes with a diameter of four to seven metres and around 50 metres long, which are then hammered into the soil with large hydraulic hammers. While effective, this installation technology has some significant drawbacks. Because the turbines tend to get bigger and are installed in ever-deeper water, the monopiles need to get bigger, which in turn demands the ram and anvil to be bigger and heavier. Global production capacity for exceptionally large parts such as these is limited and the prices are high.

    The use of conventional hydraulic hammers, which create a high peak force within a short time span, also poses significant ecological concerns with regards to marine life. As a result, their use has been restricted in many countries, although the type of legislation varies per country. In Germany, for example, there is a strict norm that must be met, while in The Netherlands, there are seasonal restrictions, permitting pile driving only half of the year. In general, the current trend in Europe is legislation getting stricter.

  • Changing  the Game

    IFS Equipment Ltd.’s introduction of “The Game Changer” is set to revolutionize the future of piling rigs

    Submitted by Innovative Foundation Solutions Equipment Ltd.

    There has got to be a better way to do it,” is the thought process of many companies in the foundation business, but for Jason Linley of JD Piling Ltd., it’s a thought that never quite leaves him. As president of a mid-size piling company located in British Columbia for over 25 years, the idea hits home a little harder.

  • Complete Picture

    IoT advancements in Thermal Integrity Profiling

    Submitted by Pile Dynamics


    Thermal Integrity Profiling (TIP) is a method that has been implemented in drilled shafts and bored piles to offer reliable integrity data for engineers. Shaft excavations have numerous variables to account for that can impede the installation of a quality concrete pile. Soil inclusions, bad concrete, soil mixing at the bottom, extreme shifting of the reinforcement cage and problems at casting to soil interfaces are just some of the potential issues that can occur.

  • Connected Workspaces

    By bringing the ‘big room’ planning and scheduling environment online, visual collaboration software for distributed teams can save time and money on any construction project

    By Barb Feldman


    It seems very risky in today’s world that projects with budgets of millions of dollars are dependent on old-fashioned paper and whiteboard, says Stein Revelsby, CEO at Hoylu, a maker of visual collaboration software for distributed teams.

  • Eliminating the Blind Spots

    Operators can now put "eye" wherever they need them

    By Barb Feldman


    In 2012, a potential customer pre-sented Chris Machut’s company with a problem: “How can tugs or towboats see what’s in front of them if they have a giant barge in front? They’re literally piloting that vessel blind,” and radar might not be able to pick up kayakers or small ves-sels, for example. Netarus met the cus-tomer’s challenge with the “TugCam,” a portable camera system designed to improve safety, increase situational awareness and eliminate blind spots on towboats and tugboats, even in complete darkness. of them if they have a giant barge in front? They’re literally piloting that vessel blind,” and radar might not be able to pick up kayakers or small ves-sels, for example. Netarus met the cus-tomer’s challenge with the “TugCam,” a portable camera system designed to improve safety, increase situational awareness and eliminate blind spots on towboats and tugboats, even in complete darkness.

  • Eliminating the Blind Spots

    Courtesy of HoistCamOperators can now put "eyes" wherever they need them

    By Barb Feldman

    In 2012, a potential customer presented Chris Machut’s company with a problem: “How can tugs or towboats see what’s in front of them if they have a giant barge in front? They’re literally piloting that vessel blind,” and radar might not be able to pick up kayakers or small vessels, for example. Netarus met the customer’s challenge with the “TugCam,” a portable camera system designed to improve safety, increase situational awareness and eliminate blind spots on towboats and tugboats, even in complete darkness.

    It was soon recognized that crane operators were having similar problems.

    “They were relying on someone else’s eyes or other operating procedures to perform crane lifts,” said Machut. “They’d move the hook block behind a building and couldn’t see what was going on with that load.”

  • Frozen Solid

    APE Drilling debuts its innovative Spinfreeze pile technology to the Canadian market

    By Jim Timlick

    Northern Canada can be one of the most inhospitable climates known to man or machine. Extreme temperatures and permafrost can pose a serious challenge to any kind of construction project in the region.

    One U.S.-based drilling company is hoping to change all that. APE Drilling recently introduced its Spinfreeze pile technology to the Canadian market. The Spinfreeze pile is designed specifically for colder climates and enables builders to create a rock-solid foundation by using an ad-freeze bond between the piles and frost susceptible geology underground.

  • Introducing the PDA-8G

    Pile Dynamics completely revamps its Pile Driving Analyzer® system

    By Judy Penz Sheluk

    Pile Dynamics recently announced the release of the PDA-8G, a complete redesign of its Pile Driving Analyzer® (PDA) system, the most widely employed system for dynamic load tests of any type of deep foundation. Like previous PDAs, of which some 2,000 have been sold around the world over 40 years, this eighth generation model performs the test normalized by the American Society of Testing and Materials standard ASTM D4945.

    “The dynamic load test has been accepted for many decades as an alternative for static load tests in more than 100 countries around the world,” said Gina Beim, senior consulting engineer and marketing director for Pile Dynamics. “It takes place either during pile driving or when a substantial mass impacts a non-driven pile. At each impact, the PDA takes data obtained by sensors (accelerometers and strain transducers) attached to the pile and calculates bearing capacity and other quantities.”

  • Leveraging Data

    Boosting a company’s bottom line with construction management software
    By Rebecca Henderson


    Between the labour shortage and the Covid-19 pandemic, communication has become a key focus within the construction industry.

  • Meet a Piling Professional



    Describe your current job.

    I am the senior project manager and estimator at Formula Contractors. Some of my areas of responsibility include:

    • Providing leadership and general direction to project managers, superintendents and supervisors;

    • Scheduling and completing construction projects;

    • Providing project estimates, as well as managing projects and purchasing construction materials as required;

    • Providing direction to ensure that Formula projects are completed in a standardized manner and according to the company’s policies and procedures;

    • Developing construction and sales opportunities;

    • Completing project close-out packages:

    • Establishing company and project resourcing priori-ties and facilitating communication between clients and customers, senior management, project managers, superintendents, supervisors and managers

  • Moving Forward in Foundation Design Excellence

    Hubbell Power Systems, Inc., releases HeliCAP® Version 3

    By Deb Draper


    For more than 30 years engineers have been using Hubbell Power Systems, Inc., HeliCAP® Helical Capacity Design Software to help design foundations, tiebacks, soil nails and heavy guyed loads using helical anchors and piles. Over those three decades, the software system has evolved into a powerful tool in the advancement of the foundation industry, with its most recent Version 3 continuing to add to the program’s design capabilities.

  • No Smoking

    Junttan develops safe, smokeless pile cushion technology

    By Colleen Birchwood


    Junttan recently launched a new environmentally sustainable technological solution as an alternative to conventional wooden pile cushions that eliminates the occupational health issue of smoke. Made out of recycled plastic, Junttan’s J-Pad material lasts up to 10 times longer than wooden cushions and doesn’t generate smoke or heat compared to wood.

  • Non-destructive Testing for Integrity Testing of Concrete Piles

    Shedding light on the hidden parts of concrete piles

    By Farid Moradi and Hamed Layssi, FPrimeC Solutions Inc.

    The inspection and evaluation of concrete piles and deep foundations are often challenging, mainly because these elements are not easily accessible for visual inspection. The process of quality control and quality assurance for this group of elements is very much through indirect measurement of other parameters, such as resistance of a pile to driving or drilling.

  • Novaslice – Removing the Pile Headache

    A new product from a start-up company across the pond is making it easier, faster and safer than ever to breakdown concrete pile heads

    By Paul Adair


    Novaslice Ltd. is a British company that has set out to improve the overall operation of concrete pile heads at the construction site,

  • Optimizing Driven Pile Foundations

    Design-build and remote PDA testing

    By John C. Ryan, Ph.D., P.Eng., Ryan Structural Engineers, LLC

    Sharpening the proverbial pencil
    It’s a familiar saying, and in an engineering office it may sound like this: “Four per cent overstress... maybe I can sharpen the pencil and make it work.”

    Despite the fact that a given balance between load and resistance cannot be “made to work,” there is some insight that this euphemism provides. In reality, deeper understanding of a problem is being sought with the intent of removing uncertainty. As engineers, we are inherently and appropriately risk averse. If we have not personally proven or maintained control of an idea from inception to completion, we become skeptical of it. In practice, this tends result in unnecessary conservatism, particularly where often-disconnected design professionals have tangential or overlapping responsibility. Such is the case with driven piles.

    Much of the excessive conservatism that persists in the driven pile industry can be reduced significantly through a design method that treats the pile foundation as a performance specified component. Utilizing bid solicitations, which include pile design criteria and subsurface reports, foundation contractors, along with a driven-pile specialty engineer, can provide design-build solutions with pricing and schedule to be evaluated for best value. Further, by incorporating remote dynamic pile testing within the scope of the design-build team, the most optimized foundation and installation schedule can be achieved. If the pile specialty engineer and contractor team are engaged from concept through design and certification, the pencil is always sharp with respect to foundation design.

Sign Up

To receive our e-newsletter in your inbox, please provide your e-mail below.

About Us

Piling Canada is the premier national voice for the Canadian deep foundation construction industry. Each issue is dedicated to providing readers with current and informative editorial, including project updates, company profiles, technological advancements, safety news, environmental information, HR advice, pertinent legal issues and more.