Five Rules for Contractors Who Want to be Paid What They Deserve Without a Legal Fight

Today’s blog post is a guest post from Ted Roberts. Ted is a Minnesota-based attorney and NASTT member focused on helping contractors steer through project disputes and other legal obstacles. He welcomes feedback about this article and may be reached at ted@tedrobertslaw.com or on LinkedIn at linkedin.com/in/hddlawyer. His website—www.directionaldrillinglaw.com—is currently under construction.

In this article I share five rules for getting paid faster with fewer objections. The five rules are distilled from my experience litigating lawsuits stemming from horizontal directional drilling projects. Reflecting on what the parties were fighting about in those cases, I tried to come up with a set of “best practices” that, had they been followed in the cases I handled, might have prevented a lawsuit in the first place or at least reduced the time and expense needed to resolve it.

Any contractor who implements these practices will see three benefits. First, the contractor will encounter fewer objections to payment. Second, any objections will be resolved sooner without the need to resort to a lawsuit. Finally, any payment disputes will be resolved on better terms—that is, the contractor will see more money sooner. While there exist additional ways to avoid claims on a project, I have focused on actions contractors can take without much trouble or expense.

As detailed below, the five rules are:

  1. Write down the important stuff.
  2. Treat your contract as a rulebook, not something to be signed and filed away.
  3. Thoroughly document any extras now, not later.
  4. Preserve your lien and bond rights.
  5. Make sure the contract you want is the contract you get.

Write down the important stuff.

Easy to remember and easy to do: document important communications and events in writing, when they happen. I do not think I exaggerate when I say that many lawyers would be out of a job if more contractors lived by this principle: “If it’s not in writing, it never happened.”

While most of us know that contracts should be in writing, many contractors still find themselves fighting over incidental agreements and commitments made during the project’s performance. Because these are often the result of a conversation or meeting, no one bothers to make a record. While I am not suggesting that someone transcribe everything said on the job site, my own experience suggests that many disputes could be avoided had the parties documented their agreement in writing.

Here are some examples of the types of discussions and agreements that should be documented:

  • Agreements about the cause or mitigation of any defective work or property damage.
  • Commitments to pay for extra work or changes in the work.
  • Agreements to accept non-conforming work or a substitute performance.
  • Agreements to modify the original contract, including agreements to ignore (that is, “waive”) any contract requirements.
  • Agreements to modify the schedule or project deadlines.

Unless the contract requires something different, written documentation need not be lengthy or formal: a quick email can be enough, or a hand-written note signed by both sides.

Treat your contract as a rulebook, not something to be signed and filed away.

Good construction contracts anticipate and address the issues most likely to cause problems on an HDD project. These include what are commonly known as “project risks” or “construction risks”: delays, frac-outs, and unexpected subsurface conditions, for example.

All of these risks can negatively impact the project by either increasing either the time or costs required to complete the work. The occurrence of any of these events should trigger an immediate review of the contract. Chances are, the contract will provide specific instructions on how the contractor should respond, especially if the contractor intends to ask for additional time or money as a result. More often than not, the contract will require written notice and other documentation within a short period of time. A contractor who ignores these requirements is at risk of losing any rights to additional time or money.

Events that impact a project’s schedule and cost are not the only reason to take a second look at your contract. Refer to your contract whenever:

  • The parties want to modify the contract’s terms or the scope of work.
  • One of the parties has defaulted—that is, failed to perform—on one of its obligations.
  • One of the parties wants to terminate or abandon the contract before completion.

All of the above assumes that your contract actually has something to say about these issues. Good construction contracts will address these issues and most do.

Some contracts, especially lower-tier subcontracts, do not. I have encountered more than one subcontract limited to a one-page proposal, without much else. If you are dealing with such a contract, then proceed with caution and consult a lawyer.

Thoroughly document any extras now, not later.

It is not uncommon for a contractor to incur additional, unexpected costs on a project through no fault of its own. Delays, contract changes and extras, and differing site conditions may all negatively impact the bottom line. And a contractor may have the right to be reimbursed for these costs. But a right to payment is only half the battle. The legal right to be paid means nothing if the contractor is unable to show what its actual costs were.

You may have heard this in math class: “Show your work.” This is also a good rule to follow when documenting any extras on a job. A contractor who is incurring extra costs should keep two goals in mind. The first goal is to segregate the extra costs so they can be easily distinguished from costs related to the work under the contract. The second is to show that the extra costs were the result of a specific cause; for example, extra costs attributable to delayed site access.

Detailed contemporaneous documentation can only help your cause. Paper the file. Was your work or equipment damaged? Assign a separate job-cost accounting code and document the damage and repairs with photographs and daily work records. Did you attempt to limit or contain your costs? Document that. If your schedule was impacted, make any necessary changes to your schedule. Was the matter discussed? Any discussions, agreements, and resolutions should be noted in writing when they happen.

Here’s what NOT to do. Do not wait until the end of the project and attempt to “guesstimate” your extra costs. Back-of-the-envelope cost calculations are rarely acceptable, either to those paying the bill or to a judge and jury sitting in a courtroom.

Preserve your lien and bond rights.

Mechanic’s liens and payment bonds are among the most valuable tools available to an unpaid contractor. This is so for two primary reasons. First, lien and bond claims allow a contractor to recover its attorneys fees in most cases. Second, both offer another source of payment—a second set of pockets—to pursue when your customer is either unwilling or unable to pay. And if your customer is insolvent, or declares bankruptcy, a lien or bond may be your only way to get paid.

Liens and payment bonds are often not treated with the respect they deserve. The leverage and power of a lien or bond claim should not be underestimated. A contractor with a valid lien or bond claim is a lot harder to ignore and a lot more expensive to fight. The threat of attorney’s fees, or the pressure exerted by the owner of property that has been liened, may be enough to motivate the other side to drop its objections and resolve a payment claim sooner.

Here’s a rough guide for contractors wanting to keep these two weapons in their arsenal. Before starting work on a project, a contractor should, either by itself or with the help of a lawyer, answer these three questions:

  1. Do I have the right to file a lien or a payment bond claim if I am not paid?
  2. If so, are there any notice or filing requirements I must satisfy before starting the work?
  3. If I am not paid, what are the notice and claim requirements I must follow after completing the work?

Of these three, the third is the one most often bungled. Know this: many lien and bond laws impose strict deadlines upon a contractor wanting to assert a claim. Many contractors allow these remedies to lapse as they continue to negotiate with their customer. For this reason, I suggest that contractors know what they need to do before starting the work and, as they close out their project, calendar any deadlines for filing a lien or taking action against a payment bond.

Make sure the contract you want is the contract you get.

Expensive claims and lawsuits do not happen simply because something goes wrong on a project. Even if a project’s costs suddenly increase because of the unexpected—bad geotechnical conditions, for example—an expensive lawsuit is unlikely if the issue has been addressed by the parties’ contract.

The seeds of a lawsuit are often planted before the work is even started, when the contract is formed. This can happen when both sides believe they have entered into a contract but harbor different understandings about their rights and obligations. Unfortunately, many contractors do not fully appreciate the risks posed by the contract formation process until it is too late.

In my experience, this problem—both sides having conflicting ideas about the nature of their agreement—is present in a lot of disputes that end up in litigation. Common scenarios include Here are three ways I’ve seen this happen on HDD projects:

  • In the middle of a project, Contractor A subcontracts with Contractor B to complete some HDD crossings. Contractor A’s contract with the project’s general contractor incorporates the project’s specifications. Contractor A’s subcontract with Contractor B is silent on this issue. After things go wrong, the two contractors litigate the question of whether Contractor B and its work is, like Contractor A, bound by the project specifications.
  • In the middle of a project, Contractor A hires Contractor B to complete some HDD crossings. After a telephone conversation about the conditions that Contractor A has encountered so far, the parties sign a contract consisting of little more than a description of the work and price. After mobilizing to the project, Contractor B discovers that neither water nor lodging is available within 60 miles. To make matters worse, Contractor B encounters geotechnical conditions inconsistent with what Contractor A had described. After things go south, the parties litigate the issue of whether Contractor A had misrepresented the project’s subsurface conditions and whether Contractor B had a right to assume that water and lodging would be nearby.
  • Contractor provides Owner with a price proposal for HDD work. The proposal includes a term sheet that includes provisions that entitle Contractor A to be paid for stand-by time and to adjust its price upwards if the geotechnical conditions are different than those indicated. Owner asks Contractor to sign a contract that reflects Contractor’s price but does not include the contractor’s term sheet. If Contractor signs the contract, there is a substantial risk that its term sheet has been nullified. As a result, the Contractor has effectively agreed to take on greater risk during the project, without an increase in its price.

Here’s the point: a contractor’s mishandling or misunderstanding of the contract formation process can be financially disastrous if things go wrong. Contractors can manage risks they know about and price their work accordingly. But unknown risks are more difficult manage effectively and as a result more costly if they occur.

Here are five ways to make sure the contract you want is the contract you get:

  1. Anything important to you or your price should be in writing, in your contract. “In your contract,” means the written documents that both sides have agreed to. It does not mean your bid or proposal, unless the contract expressly says it does.
  2. Do not rely or depend upon agreements and statements that precede your contract, unless they also find their way into the written contract.
  3. Do not rely on industry “customs” and “practices” to get what you want. A judge or jury will not care if it’s customary to pay stand-by time, or that no money is paid for an incomplete crossing, if neither issue is addressed in the contract.
  4. Make sure your set of contract documents is complete. This is a bigger problem than many contractors realize. Most subcontracts contain “flow down” clauses, provisions that incorporate the terms in an upstream contract; for example, the agreement between the general contractor and the project’s owner. The two contracts are not always consistent and, in some cases, the terms in the upstream contract may override or nullify the terms in the subcontract. If your contract incorporates other agreements or documents, it is important that you obtain and review these documents before signing the contract.
  5. Increase your contract literacy. Given that most contracts are signed without the involvement of a lawyer, most contractors would benefit from a better understanding of how contracts work and, especially, how to spot and understand terms most likely to cause trouble. Such terms include those that limit a contractor’s right to recover losses caused by the other side, indemnity clauses, warranty provisions, and disclaimers. To be honest, I have no idea how contractors wade through the legal mumbo-jumbo that passes for contract drafting these days, other than to learn from trial and error. However they do it, contractors should empower themselves to understand the terms commonly included in construction contracts and the business purposes they are meant to serve.

Closing Thoughts

Nobody wants to fight over a claim for extra money or time. Lawsuits are expensive not only in terms of fees paid to lawyers and experts, but also expensive in the time and resources that required to deal with them. The occurrence of a project risk alone lead does not usually lead to an expensive legal fight, though some type of significant cost-impact like a delay or differing site condition is a necessary ingredient. The expensive disputes that end up in court usually also entail some type of misunderstanding or mismanagement of the contracting process. The five rules discussed above, if successfully implemented, should go far in avoiding such missteps.

Numa Announces the Addition of Gregg Hayes as Product Manager HDD

THOMPSON, CONNECTICUT USA: Numa, the world’s leading drilling technology provider, has announced the addition of Gregg Hayes as Product Manager HDD. Gregg is based in New York and will head up business development, service, and support of Numa’s horizontal directional drilling (HDD) products. The position will require him to grow direct and dealer sales of Numa’s horizontal hammers, bits, and drilling systems.

Gregg is a recognized expert in HDD and comes to Numa with 20 years of experience in the drilling industry. For the past 5 years, he was a top HDD salesperson selling into multiple US markets while also focusing on the further development of horizontal rock drilling products. Previously, he served in various sales and management roles for companies selling tooling, drilling fluids, bits, reamers, rock tools, swivels, etc. His experience and background provide drillers with a wealth of knowledge and insight.

“Gregg is one of the foremost experts in HDD with a proven track history of teaching drillers the most effective ways to drill using pneumatic hammers and bits in horizontal drilling applications,” said Numa Vice President of Sales, Neal Kuszewski. “He is a great addition to our team and further demonstrates Numa commitment to providing the best drilling resources in the industry.”

Gregg commented, “Throughout my career, I have recognized Numa to be the industry leader in rock drilling products. I am very excited to join Numa and continue their long history of providing customers with the right products, expertise, and support.”

ABOUT NUMA

Numa is the world’s leading drilling technology provider, dedicated to ongoing product innovation and results-oriented consistency. We’ve built a strong legacy of high quality, U.S. made hammers and bits for drilling holes 3½ – 50½ inches (89 -1283 mm) in diameter. With over 100 hammer and bit products serving 11 different industries, our products are capable of drilling vertical, horizontal, and reverse circulation holes in hard rock and unconsolidated formations.

Robbins TBM Overcomes Multiple Caverns to Make Breakthrough

Galerie des Janots Main Beam completes Arduous French Drive

In April 2019, a Robbins 3.5 m (11.5 ft) diameter Main Beam TBM broke through into open space, completing its 2.8 km (1.7 mi) long tunnel. It was not the first time the machine had encountered open space: twice during tunneling, the machine hit uncharted caverns, the largest of which measured a staggering 8,000 cubic meters (283,000 cubic ft) in size.

The obstacles overcome at the recent breakthrough are a significant achievement, said Marc Dhiersat, Project Director of the Galerie des Janots tunnel for contractor Eiffage Civil Construction. “We are proud to have led a motivated and conscientious team to the end of the tunnel who worked well without accidents despite the many technical difficulties encountered.”

The water tunnel, located below the community of Cassis, France, is an area of limestone known for its groundwater, karstic cavities, and voids.  The limestone, combined with powdery clays, made for difficult excavation after the machine’s March 2017 launch.  At the 1,035 m (3,395 ft) mark, the crew hit a cavern on the TBM’s left side.  The cavern, studded with stalactites and stalagmites, was grazed by the TBM shield.  The crew had to erect a 4 m (13 ft) high wall of concrete so the TBM would have something to grip against.  The TBM was then started up and was able to successfully navigate out of the cavern in eight strokes without significant downtime to the operation—the process took about two weeks. Despite the challenges, Dhiersat thought positively of the TBM throughout the ordeal: “This has been the best machine for the job due to all the geological difficulties.”

The first cavern, while the largest, was not the most difficult void encountered. The machine was averaging 20 to 22 m (65 to 72 ft) advance per day in two shifts after clearing the first cavity, with a dedicated night shift for maintenance.  While excavating, a combination of probe drilling and geotechnical BEAM investigation—a type of electricity-induced polarization to detect anomalies ahead of the TBM—were used. Crews ran the excavation five days per week, achieving over 400 m (1,310 ft) in one month. This performance continued until the 2,157 m (7,077 ft) mark, when the machine grazed the top of an unknown cavity that extended deep below the tunnel path. The structure measured 22 m (72 ft) long, 15 m (49 ft) wide, and 14 m (46 ft) deep, or about 4,500 cubic meters (159,000 cubic ft) of open space.

Crews probed in front of the cutterhead and began work to stabilize and secure the cavity with foam and concrete, as well as excavate a bypass gallery. “After filling much of the cavity (1,500 m3/53,000 ft3), our biggest difficulty was to ensure the gripping of the machine: We needed six bypass galleries and four months of work to reach the end of this challenge,” said Dhiersat.  For the last 600 m (2,000 ft) of tunneling, “we were finally in good rock,” he emphasized. Overall rates for the project averaged 18 m (59 ft) per day in two shifts, and topped out at 25 m (82 ft) in one day.

“The cooperation with Marc and his team on site was very good and we always enjoyed their professionalism and commitment to the project and the task. This, without any doubt was key for the success we achieved,” said Detlef Jordan, Business Manager Robbins Europe. “For us, it was satisfying and motivating to see that, by working together and joining the efforts of all partners on the project, the best and most successful outcome can be achieved. This commitment for decades has been at the heart of success in the tunneling industry, but it has not always been observed on other recent projects.”

Galerie des Janots is one of fourteen operations designed to save water and protect resources, which are being carried out by the Aix-Marseille-Provence metropolis, the water agency Rhône Mediterranean Corsica, and the State Government. The Janots gallery, once online, will replace existing pipelines currently located in a railway tunnel—these original pipes have significant deficiencies with estimated water losses of 500,000 cubic meters (132 million gallons) per year. The new tunnel will increase capacity to 440 liters (116 gallons) per second.

Image 1: Contractor Eiffage Civil Construction celebrates the April 2019 breakthrough of a 3.5 m (11.5 ft) diameter Robbins Main Beam TBM in Cassis, France.
Image 2: Despite challenges including karstic limestone and clay, the Robbins TBM at Galerie des Janots achieved rates of 18 m (59 ft) per day on average, and topped out at 25 m (82 ft) in one day.
Image 3: The Robbins machine overcame tough conditions including two uncharted caverns, the largest of which measured a staggering 8,000 cubic meters (283,000 cubic ft) in size.
Image 4: The first cavern, encountered at the 1,035 m (3,395 ft) mark, was grazed by the TBM shield on one side and was studded with stalactites and stalagmites.

Pipe Lining Supply Celebrates Its 15th Anniversary

May 1, 2019: Pipe Lining Supply announces its 15th anniversary as a nationwide, full‐service,
Pipe Rehabilitation Distributor.

Pipe Lining Supply (PLS) was founded on January 1, 2004 by Linda Heisler. Her primary focus was the CIPP industry in the California area. She saw a need to service customers with reasonably priced materials and great customer service. Two years later her husband John Heisler joined the company bringing a wealth of expansive knowledge of the industry including CIPP Lateral Lining, Pipe Bursting, HDD, Pipe Coating, Sewage Lining, Open Cut and Cover,
Water and Sewer Utility work.

Since 2004 Pipe Lining Supply, has evolved to a reputable company that manufactures and
distributes CIPP lateral lining equipment such as the Quik‐Shot™ System (launched in 2009),
resin and lining materials. In 2017, PLS introduced its AIPPR Quik‐Coating System designed for
drain, waste and vent (DWV) piping extending pipe life by 50+ years. PLS offers a full line of
equipment, materials and expert training to plumbers and drain cleaners so they have a “one
stop shop” in the pipe rehabilitation industry.

The company has also expanded its market, their team includes technical experts across the
USA, but also have a presence nationwide. “Pipe Lining Supply has experienced exceptional
growth and development over the past years” said Heisler. “Moving forward, our focus will
remain the same as day one, offering great equipment and materials with top notch training
and superior customer support.”

Over the past 15 years, Pipe Lining Supply has been evolving into a successful business that is a
leader in the industry with an enthusiasm to keep it growing and changing in the most
competitive way possible.

For more information on Pipe Lining Supply and their products please visit
http://www.pipeliningsupply.com

Contact info: Michelle Strasburg
Director of Marketing
info@pipeliningsupply.com
Phone: +1‐888‐354‐6464

Akkerman is Certified to ISO 9001:2015

Brownsdale, MN – April 11, 2019 – Akkerman Inc., a premier trenchless underground construction systems manufacturer, attained the International Organization for Standardization (ISO) ISO 9001:2015 for its quality management system at its sole manufacturing facility in Brownsdale, MN.

Following an independent audit conducted by SAI Global, the certificate was issued on January 18, 2019.

The scope of the certification applies to the design, manufacture, sales, and services of on line and on grade tunneling and pipe jacking products for the underground sewer, water, gas, and electrical utilities industries.

Akkerman embarked on the implementation of its quality management system in 2015 with consulting assistance from Enterprise Minnesota who was integral to the system’s execution.

Justin Akkerman, Akkerman operations manager, remarks, “Minnesota Occupational Safety and Health recognized us through the Minnesota Safety and Health Achievement Recognition Program for our safety program in 2010. Having our management system certified to ISO 9001:2015 was a natural progression to strengthen the business.”

Akkerman furthers, “Not only does our comprehensive quality management system benefit our employees through procedure efficiencies and repeat-ability, but our customers can also feel confident in knowing that the equipment that we manufacture is subject to the highest standards and continuous improvement at every step in the manufacturing process. Our ISO 9001:2015 Quality Management System ensures that from design conception to final product testing, our equipment is produced with quality and value at the forefront.”

Established in 1973, Akkerman develops, manufactures and supports advanced guided boring, microtunneling, pipe jacking, sliplining and tunneling underground construction solutions that accurately install a variety of pipe in an extensive range of ground conditions and project challenges. Akkerman systems are available for purchase, lease-to-purchase, or rent from our rental fleet. Contact us to partner with you on your next project at 800.533.0386 and visit akkerman.com.

Vermeer Introduces New MX300 Mixing System

PELLA, Iowa, April 11, 2019 – The right-sized mixing system is key for drilling operations. With a redesigned, slim rectangular profile tank, the new Vermeer MX300 mixing system helps horizontal directional drilling (HDD) contractors optimize productivity and offers customizable mounting configuration options. Equipped with a 23 hp (17.2 kW) Kohler ECH 7300 EFI gas engine that outputs 350 gpm (1,324.9 Lpm) of flow, the MX300 mixing system power unit can be paired with up to two tanks at once to help decrease time spent mixing and refilling drilling fluid tanks. The unit’s narrow rectangular tank design also helps maximize fluid volume, and a small footprint can help with convenient transporting and storage.

“The Vermeer MX300 mixing system is an upgrade to the MX240 model,” explained Tod Michael, product manager of trenchless products at Vermeer. “With the ability to use one pump with one or two tanks, the MX300 is scalable to a contractor’s jobsite needs from small bores to large-diameter and longer-distance HDD applications in varying soil types.”

The new Vermeer mixing system can be paired with a 750 gallon (2,839.1 L) or 1,000 gallon (3,785.4 L) tank and works with a variety of horizontal directional drills. It features a wide-mouth hopper and suction hose for the convenient pouring of drilling additives. The tapered bottom of the rectangular tank design helps prevent additives from settling, building up and assists with efficient drainage. At a width of just 40 inches (101.6 centimeters), the MX300 can be mounted to transport two tanks inside a standard-sized enclosed truck.

The MX300 comes with a 16 gallon (60.6 L) fuel tank and is convenient to service with access to the roll jets through the top of the tank and two drainage points that are operated by two accessible valves.

For more information about the Vermeer MX300 mixing system, visit Vermeer.com or contact your local Vermeer dealer.

About Vermeer Corporation

Vermeer delivers a real impact in a progressing world through the manufacture of high-quality underground construction, surface mining, tree care, agriculture and environmental equipment. With a reputation for durability and reliability, that equipment is backed by localized customer service and support provided by independent dealers around the world. To learn more about Vermeer, products, the dealer network and financing options, visit Vermeer.com.

Vermeer Corporation reserves the right to make changes in engineering, design specifications; add improvements; or discontinue manufacturing at any time without notice or obligation. Equipment shown is for illustrative purposes only and may display optional accessories or components specific to their global region.

Please contact your local Vermeer dealer for more information on machine specifications.