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Master the essentials of Concrete Canvas installation with CCUSA’s quick ToolBox Talk – and take the test!
Concrete Canvas is leading the way when it comes to manufacturing innovative erosion control solutions. As revolutionary Geosynthetic Cementitious Composite Mats (GCCMs), CC and CCX can be used for a wide range of applications, including ditch lining, slope protection, culvert repair, and bund lining. However, correct installation is crucial to achieving the durability and performance that Concrete Canvas is known for. That’s why CCUSA has developed a concise ToolBox Talk video designed to educate contractors on the four core principles of installation.
Watch the CCUSA ToolBox Talk video
Master the essentials of Concrete Canvas installation with CCUSA’s quick Toolbox Talk, and take the Contractor Training test at the end to cement your knowledge!
The Toolbox Talk covers vital steps to ensure a successful installation, emphasising best practices for hydration, anchoring, overlapping, and jointing. Following these principles ensures the product performs as intended and aligns with ASTM D8364 standards, which govern the quality and use of GCCMs in civil engineering applications. Proper adherence to these standards guarantees your project’s safety, longevity, and integrity.
Choosing a quality product is equally critical. Concrete Canvas is CE Marked, ensuring it meets stringent European safety, health, and environmental protection requirements. Unfortunately, there are some products on the market that fail to meet international performance and reliability standards. Using substandard alternatives can lead to premature failures, costly repairs, and potential safety hazards. You can avoid these pitfalls by following the ToolBox Talk guidance and opting for certified Concrete Canvas products.
Finally, after viewing the video, contractors have the opportunity to take the CCUSA Contractor Training test. This test reinforces the knowledge gained from the Toolbox Talk and provides certification, demonstrating your expertise and commitment to quality. Whether you’re a seasoned professional or new to using Concrete Canvas, this certification is a valuable asset that sets you apart in the industry.
Take the Test
Take your project’s success seriously – watch the CCUSA ToolBox Talk, follow best practices, and complete the Contractor Training test to ensure every installation is up to standard. With the right knowledge and materials, you can deliver safe, durable, and high-performing installations every time.
Further Contractor Support
Warning: Ensure your GCCM is correctly CE marked for surface erosion control applications
The Importance of Robust Quality Control
Our products go through rigorous testing before reaching our customers. The video above shows the three-point bend test that our products are subjected to on a daily basis.
We test our products to the ASTM D8364 – the international specification standard for GCCMs.
Concrete Canvas is the first GCCM in the world to meet this standard.
A three-point bend test, also known as a flexural test, is a mechanical test used to determine the flexural strength and stiffness of a material. This test involves applying a load to the centre of a specimen supported at two points, causing it to bend. The key objective is to measure the material’s response to bending forces, which includes the maximum stress and strain it can withstand before failure. This test is performed to the ASTM D8058 standard, an indicator of overall performance.
Further information about our testing procedures are available here:
Technical Note I
Technical Note II
Technical Note III
Concrete Canvas receives prestigious King’s Award for International Trade
Concrete Canvas (CC) has been honoured with the 2024 King’s Award for Enterprise in International Trade, marking a significant achievement in our global business endeavours. The selection process for these prestigious awards involves deliberations between the Palace and the Prime Minister’s Advisory Committee at 10 Downing Street. This year, 252 distinguished UK organisations have been acknowledged with the second edition of the King’s Awards for Enterprise, established following the passing of Queen Elizabeth II in September 2022.
The awards aim to commend and foster remarkable accomplishments in various sectors, including Innovation,International Trade, Sustainable Development, and Promoting Opportunity, mainly through social mobility initiatives. 11 businesses from Wales have been distinguished among the recipients.
CC, previously honoured with the Queen’s Award for Innovation in 2014 and Enterprise in International Trade in 2019, continues to impress with its remarkable growth in international trade and export activities. Over 90% of all materials produced at the company headquarters and manufacturing facility in South Wales are exported overseas.
CC products, a testament to our global reach, have made their way to more than 100 countries since inception. This remarkable achievement is made possible by a team of over 60 employees, including 11 overseas staff managing the company’s regional offices in America, UAE, Malaysia, Australia, Hungary, and Italy.
Co-Director William Crawford expressed deep gratitude for the recognition, stating;
As winners, a CC representative will be invited to a Royal reception at Windsor Castle and presented with a Grant of Appointment (an official certificate) and a commemorative crystal trophy – by one of The King’s representatives.
Celebrating the St. David Award for Science, Technology and Innovation
We are delighted to have won the prestigious St. David Award for Innovation, Science, and Technology. Presented by the First Minister of Wales, Vaughan Gething, this accolade acknowledges the groundbreaking work of everyone at Concrete Canvas in developing the revolutionary CCX product and its global impact.
© Welsh Government (Crown Copyright), all rights reserved
The St. David Award recognises excellence and achievement in Wales across various fields, and Concrete Canvas is proud to have earnt its place among the distinguished winners. Concrete Canvas continues to lead the charge towards a more sustainable future through manufacturing lower carbon concrete alternatives.
The journey to this prestigious award has been one of dedication, perseverance, and collaboration. Peter Brewin, Co-Director of Concrete Canvas, expressed his gratitude for the recognition, acknowledging the tireless efforts of the entire team. He emphasised the pivotal role played by the researchers, scientists, and engineers at Concrete Canvas, whose hard work and ingenuity have been instrumental in the development of CCX.
© Welsh Government (Crown Copyright), all rights reserved
As we celebrate this remarkable achievement, let us also extend our congratulations to the other outstanding companies recognised in the Innovation, Science, and Technology category. Among them, Cariad and Dr. Gwen Rees stand as shining examples of innovation and dedication in their respective fields.
Congratulations to everyone at Concrete Canvas on this well-deserved recognition, and here’s to many more milestones ahead!
Innovative Erosion Control in Hydroelectric Projects using CCX-M
In July 2023, Concrete Canvas Ltd’s revolutionary product, CCX-MAT® GCCM (CCX-M®), was employed to address a critical need in a hydroelectric project in Semarang, Java, Indonesia. The product was used to line and provide erosion control for a water diversion channel, demonstrating the potential for innovative materials in enhancing the sustainability and efficiency of hydroelectric projects.
Click here to watch the case study video
The Challenge
The water diversion channel was designed as a temporary structure with the goal of blocking and diverting water run-off from the hydroelectric project site. The channel was intended to be fully submerged within two years, making it essential to line the channel to prevent erosion and water seepage into the surrounding area.
Traditional Solutions Fall Short
Initially, traditional poured concrete was suggested for lining the channel. However, the remote location and scale of the project made this approach financially unfeasible due to high costs associated with logistics, materials, specialist equipment, and labour. Similarly, shotcrete was considered and initially used, but it failed to adhere to the existing soil, further complicating the project.
The CCX-M® Solution
CCX-M® emerged as the optimal solution for this hydroelectric project. This Type II GCCM, as defined in ASTM D8364 – Standard Specification for GCCMs, is ideal for lining hydraulic structures with both soil and solid subgrades. The choice of CCX-M® was driven by its ease and speed of transportation and installation, which required minimal equipment and a small team, significantly reducing overall costs.
Preparation and Installation
Before the installation of CCX-M®, the 360-meter-long channel was excavated and prepared to precise specifications. Anchor trenches were excavated at the shoulders, upstream, and downstream of the channel. Bulk Rolls of CCX-M® were transported to the site and lifted into place using a crane with a spreader beam attachment. The material was laid transversely across the channel’s width and cut to length with basic hand tools. The installation process involved overlapping each layer of CCX-M®, secured with stainless steel screws along the overlap marker line. The material was hydrated after each shift using a hose and water pumped from a nearby stream.
Project Success
Thanks to the speed and ease of application, the CCX-M® was installed at an impressive rate of 700m² per day (during 7-hour shifts) by a team of nine installers. The project was completed ahead of schedule, earning praise from both the clients, The Ministry of Public Works & Housing Indonesia, and the sub-contractors, PT Prima Minechem Indonesia.
Conclusion
The successful use of CCX-MAT® GCCM in this hydroelectric project highlights the importance of innovative materials in the construction and maintenance of hydraulic structures. The project in Semarang serves as a model for future hydroelectric projects, demonstrating how advanced materials can provide effective solutions for erosion control, cost efficiency, and project sustainability.
View the full case study here.
Simon Lester Featured in Irrigation Leader Magazine
Our New Product Introduction Manager, Simon Lester has been featured in this month’s Irrigation Leader magazine, you can read the article, below!
Concrete Canvas has a new solution to eliminate seepage loss: a flexible, concrete-filled fabric that hardens on hydration to form a thin, durable, waterproof, and lower-carbon concrete layer. In this interview, Simon Lester, Concrete Canvas’s new product introduction manager, introduces CCX, the company’s next-generation roll-it, lay-it, and spray-it solution that allows customers to line their own canal or ditch in a day.
Irrigation Leader: Please tell us about your background and how you came to be in your current position.
Simon Lester: I was born in Cape Town, South Africa, where my father worked as an accountant for 50 years. Having attended school and university in South Africa, I got my undergraduate in psychology and geography. I then spent a couple of years traveling overseas, teaching English in Taiwan and backpacking through Southeast Asia. While backpacking, I decided to go back to university to get a civil engineering degree. After graduating in 2005, I went into construction, working predominantly on concrete structures for highways in Swaziland. In 2010, I was looking for an alternative for a canal lining project we were bidding on in Swaziland when I came across an advertisement for Concrete Canvas. I flew to the UK and met William Crawford and Peter Brewin, the inventors and owners of Concrete Canvas. I immediately fell in love with the product and became a distributor for Malawi, Mozambique, Swaziland, and Zambia.
At this stage, I was focusing predominantly on using Concrete Canvas for the lining of irrigation canals on sugar estates. These estates had a mixture of unlined and geomembrane- or concrete-lined canals. Working with these clients on a number of initial projects provided me with the opportunity to understand the requirements and challenges irrigators face on a day-to-day basis. In those days, Concrete Canvas was a new technology in Africa as well as globally, so competing with traditional lining techniques in the irrigation sector was tough. It didn’t work out at that stage, but I stayed affiliated with Concrete Canvas, and in 2015, Mr.Crawford and Mr.Brewin offered me a job as the business development manager for subSaharan Africa. I started that role in 2016 and have been with the company ever since. In 2020, I took on my current role as new product introduction manager for CCX, our next-generation product, and I emigrated to the UK with my wife and three sons to take up a position at our head office just outside Cardiff in Wales.
Irrigation Leader: Please introduce Concrete Canvas.
Simon Lester: Concrete Canvas was developed out of a master’s thesis by William Crawford and Peter Brewin. They were looking for a cementitious product that essentially mimicked the performance of a plaster of Paris bandage. Initially, Concrete Canvas was used to create rapidly deployable inflatable shelters that could be used in war-torn or disaster-stricken areas. The shelters were designed to be inflated and then sprayed with a Concrete Canvas surface that cured in position. Within 24 hours, they were habitable. Mr. Crawford and Mr. Brewin quickly realized, though, that the shelter skin had much greater potential in erosion-control applications such as lining ditches and protecting slopes. In 2009, Concrete Canvas became commercially available on an industrial scale. It was initially manufactured in Pontypridd, in South Wales, but as demand has grown, we’ve had to increase production capacity, resulting in a move to our current premises in Pontyclun. Today, nearly 90 percent of our products are exported around the world to some 80 countries. Our core applications are ditch and canal lining, slope protection, the remediation of existing concrete infrastructure, weed suppression, and secondary containment applications.
Irrigation Leader: How long have you been operating in the United States?
Simon Lester: Our U.S. company officially opened in Houston in 2021. We used to operate on a purely distribution basis, with several distributors across the country covering different territories and sectors. Melanie Fuhrman is the general manager of Concrete Canvas USA and heads up a great in-country team covering sales, technical matters, and logistics.
Irrigation Leader: Please tell us about your CCX products.
Simon Lester: Concrete Canvas is a flexible, concrete-filled fabric that hardens on hydration to form a durable, waterproof concrete layer. The concrete hard-armoring provides the strength and protection functionality, while the geomembrane backing provides the waterproofing functionality. The product that we predominantly use for lining canals in irrigation applications is called CCX. In one application, it provides what would typically require multiple products or component applications in the field. This is fundamental to a lot of our clients, especially in the irrigation sector, because they have limited time during the off-season to implement a lining solution or remediate existing canals. The product comes in a prefabricated roll. You pull it off the roll, lay it, cut it with a utility knife or rotary cutter, fix it place, and spray it with water. Within a day, you have a usable lining solution. It’s quick and simple to install, and it doesn’t require skilled labor, allowing most irrigators the option to do it themselves. CCX has a minimum lifespan of 50 years and is cost competitive with traditional lining solutions.
Irrigation Leader: How thick is CCX?
Simon Lester: CCX-M, used for canal lining, is 0.4 inches thick, with the addition of a 12-mil linear low-density polyethylene geomembrane backing. CCX-M is typically used to replace 2–4 inches of cast-in-situ concrete, shotcrete, or precast concrete elements, with or without a geomembrane underlay. The stock roll length is 164 feet long by 6.3 feet wide, equating to approximately 1,000 square feet per roll.
Irrigation Leader: Please tell us about your pilot projects in irrigation districts around the western United States.
Simon Lester: The western United States, like many places around the world, is facing acute water shortages. It is becoming critical to mitigate water seepage, which, in addition to reducing water supply and revenue, can cause waterlogging, increase the salinity of adjacent soils, or pose risks to infrastructure next to canals. We’ve just completed pilot projects for irrigation districts in California, Colorado, Nebraska, and Washington aimed at eliminating these issues. For example, in California, we completed the lining of a lateral canal that was approximately 1,500 feet long and 16 feet wide in less than 4 days. The CCX-M joints were thermally bonded to provide a low-permeability lining solution. A pond test was then conducted, and based on the measured seepage losses, the client has expressed their satisfaction with the performance of the pilot and is now considering Concrete Canvas as an alternative to their current solutions.
Irrigation Leader: What should every irrigation district know about Concrete Canvas?
Simon Lester: Concrete Canvas is a rapid, cost-effective, lower-carbon, and longer-lasting alternative to conventional liners and has variants designed specifically for the lining of irrigation canals. It allows irrigation districts to conserve water, reduce installation and maintenance costs, and self-perform. We are well positioned in the United States and globally to support irrigators and ensure successful project execution.
Irrigation Leader Magazine is available here.
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