Creative Pultrusions, Inc. Hires Ted Harris as Market Development Engineer

Creative Pultrusions, Inc. (CPI) welcomed Ted Harris on March 17, 2014. Ted has over 25 years of product design, development and engineering experience in manufacturing. He also has extensive experience working in sales, marketing and business development. He has a degree in aerospace engineering and is a registered professional engineer in mechanical engineering in the Commonwealth of Pennsylvania. Harris joins CPI as market development engineer, and will be responsible for marketing the TRANSONITE® Panel Product Line.

Hercules Machinery Brings Renowned HPM Drilling Equipment to North America

HMC is partnering with HPM, Srl as the exclusive dealer for HPM foundation drills in North America, Central America and the Caribbean.

Barker Ross Expands to Supply Piling Specialists Globally

Due to the continued success of its piling and geotechnical operation in the UK, Barker Ross is expanding to supply piling specialists globally. “We are recognized as the leading recruitment company for piling and geotechnical positions, with top to bottom coverage in the UK,” said Billy Berridge, head of the Barker Ross piling division. “Now we are confident we can use our expertise to develop a truly global network of piling specialists and fill roles in markets which are currently experiencing a boom, such as Canada, Europe and the Middle East.” Antony Rowe, managing director of Barker Ross Recruitment, further explains. “This is an area we have had a great deal of success in as we have really focused on it. Getting to know both candidates and client companies really well means we can be the first in line to fill both temporary and permanent vacancies.” The piling and geotechnical sector has seen significant skills shortages, particularly as activity in civil engineering increases, due to a lack of dedicated training in the industry overall. “There are perhaps only two to three thousand skilled piling operatives in the UK and most are in the later stages of their career,” said Berridge. “As a result, demand continues to outstrip supply, and this will only get worse as experienced pilers retire. To help alleviate the shortage, we have - for some time now - been offering to meet the cost of certification for those with the right skills but lacking current documents to enable them to work in the industry. In addition, developing our network globally will also help us fill positions more easily in all markets, as we can draw from a larger base of candidates.” {fastsocialshare}

BAUER Manufacturing Inc. Earns ISO and API Certification

Industry News

Independence Tube Achieves ISO 9001:2008 Certification

Independence Tube Corporation is proud to announce it has achieved ISO 9001:2008 certification at their manufacturing divisions in Chicago and Marseilles, Ill. and Decatur, Ala. through registrar SAI Global. The road to ISO 9001:2008 certification for Independence Tube included divisional initial assessments and gap analyses, Quality Management Systems, Document Management Systems and Corrective and Preventative Action Systems development, internal audits, management system reviews and closure of all divisional quality system corrective actions, prior to registration audits at each division with SAI Global. The ISO 9001:2008 certification recognizes that the policies, practices and procedures of our company ensure consistent quality in the product and services we provide. Clients can be confident Independence Tube is dedicated to maintaining the highest efficiency and responsiveness in achieving our ultimate goal - guaranteed client satisfaction.=

Hammer & Steel, Inc. Provides Steel Sheet Piling for Construction of New SMART System

Keeping in line with California's penchant for exceptional public transportation systems, the counties of Sonoma and Marin have begun joint construction of an area transit system, and Hammer & Steel, Inc. has been commissioned for providing steel sheet piling for the job. Labeled SMART (Sonoma-Marin Area Rail Transit), phase I of the project calls for the replacement of sixty 100-year-old rail lines from Santa Rosa to San Rafael, to be completed by 2016. Part of the project requires the construction of a new bridge across the Petaluma River. For the bridge portion of the project, C.C. Myers and Ghilotti Brothers formed a joint venture and were awarded the work. Over 325 tons of steel sheet piling were used for the con- struction of two temporary cofferdams, combining PZC 18, PZC 26 and PZ 35 to finish the job. The first cofferdam will be in place for approximately one year, with the second cofferdam staying in place for two years.

Bermingham Contributes Construction and Equipment Expertise to Wheatstone LNG Project in Western Australia

LNG liquefaction and export plant will have an annual capacity of 15 million tonnes of LNG

APPLE VIII Set to Impact Deep Foundation Industry

Over the course of the past several years, GRL Engineers, Inc. (GRL) has introduced a series of six “APPLE” drop hammers. The devices are used in dynamic load testing of any type of deep foundation (ASTM D4945 Standard Test Method for High- Strain Dynamic Testing of Piles), in cases when a pile driving hammer or another suitable drop weight is not readily available at a jobsite. GRL has now added two more APPLES to the lineup. The APPLE VII is designed specifically to test helical piles. The APPLE VIII is a modular system with a maximum ram weight of 80 tons - double the maximum weight of the APPLE IV, previously the largest of GRL's drop hammers. With this addition, the APPLE devices now cover a large range of test loads, up to 8,000 tons under ideal conditions. Dynamic load tests are an economical alternative to static load tests, and may also meet the requirements of the Rapid Load Test standard ASTM D7383, particularly with the availability of the heavier APPLES. Prior to the test, GRL performs an analysis and recommends an adequate APPLE for each situation, from micropiles to large, high capacity drilled shafts. After the test, it furnishes a detailed test report that includes a simulated static load test in the form of a calculated load-set curve.

Liebherr Piling Rig Has to Cope with Restricted Workspace in Quebec

In recent years, Liebherr’s deep foundation equipment has become increasingly popular on the North American continent, especially in Canada.

Paying Once; Paying Twice

How vacating liens just doubled in price By Sven T. Hombach, Fillmore Riley LLP Construction liens are an unfortunate reality of virtually every large construction project, and many smaller ones as well. Designed to ensure that building trades are protected from non-payment, they have a history in Canada that dates back more than 100 years. Site owners who have ever had to deal with an insolvent contractor are well familiar with paying twice - once to the contractor, and once more to the unpaid trades who filed liens. However, in light of a recent Manitoba Court of Appeal decision, contractors are now facing that issue as well, at least on a temporary basis. While the rules of construction liens are complex, the concept is very simple - unpaid contractors or trades can claim a lien against the underlying land. Since the land has value, the party who claims the lien will ultimately get paid, either because the owner has to remove the lien and pay out the party who filed it, or because the land is sold and the party who filed the lien is paid out of the proceeds of sale.

In-house Training Mitigates Boomer Retirement Risk

Smart organizations can begin planning now By Barbara J. Bowes, Legacy Bowes Group We all know it's been happening - the baby boomer exit, that is. To date, it's been fairly innocuous. Yet, businesses are being impacted by baby boomer retirements. For instance, many small business owners have had to look to the potential of mergers and acquisitions as a means to exit their business. That's because the challenge for small businesses is that not many organizations can afford to have an up-and-coming leader working as an “understudy,” especially for a lengthy period; it's just too expensive. The result is a loss of corporate knowledge within many organizations, big and small, and the creation of a growing leadership gap. Couple this challenge with the fact that the leadership skills needed to take organizations successfully into the future are quite different than today's technical skills and management style. In fact, current leaders perceive that the one key skill missing from the up-and-coming group of leaders is collaboration. In their view, collaboration is important especially because of the demand to do more with less accompanied by a continually changing global marketplace. In turn, these demands will see an increased use not only of cross-functional teams and interdepartmental reliance but also project teams that span across different agencies and/or corporations.

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 pencilIt'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.

Strength in Numbers

SPL Consultants Limited offers a wealth of engineering expertise under one roof By Kelly Gray Strength in numbers is behind the growth of Toronto-based SPL Consultants Limited (SPL), a full-service, multidisciplinary ground engineering firm with offices in seven locations (Toronto, Vaughan, Cambridge, Ottawa, Markham, Barrie and Collingwood) across Ontario. The company's wide-ranging specialties have allowed it to grow in five years from a group of five employees to a cohort that offers more than 250 highly experienced engineers, environmental scientists, hydrogeologists, technologists, biologists and support personnel. Since opening in 2009, SPL's capabilities have had them working on ten of the top 100 jobs in the country as cited by Renew, and had industry watchdog Ernst & Young nominate them for Emerging Entrepreneur of the Year. Behind their success is a willingness to be market sensitive. “We have grown thanks to our quality of service, our ability to bring value into the engineering model and establish fair pricing,” said SPL Consultants principal, Fanyu Zhu, Ph.D., P.Eng., who adds that they are competitive without sacrificing quality. “We saw from the outset that there was a business opportunity that could be maximized if we could attract the people with the right skill sets and talent. I believe we have done just this.”

Family Connection

Prairie piling company Cam-Arrow Drilling demonstrates the benefits of generational companies

It’s Not a Hammer

Giken America Corporation wants to standardize pile driving with its press-in piling methodology By Ian Vaz, Giken America Corporation The Giken America Corporation is a subsidiary of its parent company, Giken Ltd., with its headquarters located in Kochi, Japan. Giken was founded in 1978 from technology developed three years prior by the current president, Mr. Akio Kitamura, who collaborated with a local inventor known as the “Thomas Edison” of the area. Giken's press-in piling technology may have never been invented without the shutting down of a project in Kochi due to noise complaints led by a local sushi chef, which subsequently influenced Kitamura to develop this “outside the box” concept. With the contribution of over 300 employees globally, Giken's minimal noise and vibration-free pile driving technology has developed into other various technologies over the company's nearly 40-year history. The press-in piling market has also expanded recently throughout Asia, Europe and especially in North America and South America.

Ground Control

Keller Foundations' role in Toronto's new underground transformer station

Up in the Clouds

Constructing the Glacier Skywalk

Women in Heavy Construction

The tide is turning for women seeking employment in the construction industry

Helping Build Bridges to Prosperity

Footbridges over otherwise impassable rivers give isolated communities access to health care, education and markets