How to establish vegetation with the PROPEX Scourlok system Solmax 2026-09-22 | How to establish vegetation with the PROPEX Scourlok system
Installing a landfill capping system in Schoeneicher Plan, Germany Solmax 2024-03-13 | A landfill capping system was installed in Schoeneicher Plan, Germany, using BENTOLINER® geosynthetic clay liners, GSE® geomembranes and FABRINET® drainage geocomposites. This landfill capping system is a critical component for environmental protection and landfill management. This video shows the process for a successful installation, including the proper storage of geosynthetics on-site according to Solmax installation and quality management guidelines. This step is crucial to protect these materials from moisture and damage, ensuring their integrity and functionality in the landfill capping system. This is followed by the preparation of the subsoil, to level the ground to provide a stable base for the liner. We then show the installation of various geosynthetic materials, including a BENTOLINER® geosynthetic clay liner (GCL), a GSE® geomembrane and a FABRINET® drainage composite layer. Each of these layers form integral components of the landfill capping system. The installation process is shown in detail, from laying down the GCL with precision to the installation of the geomembrane, ensuring a leak-proof multi barrier System. Edge impregnation of transversal overlaps for the BENTOLINER or quality control checks, such as and test weld execution, are highlighted to emphasize their importance in achieving a secure and effective landfill cap. This video is designed to equip engineers in the environmental and waste management sectors with an overview of how to implement a landfill capping system effectively. It emphasizes the importance of each step in the installation process, from the initial preparation of materials to the final quality control checks, to ensure the longevity and effectiveness of the landfill cap. Discover more about GSE here: solmax.com/en/emea/products/gseDiscover more about BENTOLINER here: solmax.com/en/emea/products/bentolinerDiscover more about FABRINET here: solmax.com/en/emea/products/fabrinet
Installing a GSE® geomembrane in a landfill capping system Solmax 2024-03-13 | Geomembranes are widely used in landfill capping systems, acting as a critical barrier to prevent the migration of contaminants and the penetration of precipitation into the waste material. GSE® geomembranes are highly effective at ensuring the containment of leachate and landfill gases, thereby minimizing the potential for groundwater contamination and uncontrolled gas emissions.They provide long-term durability and resistance to chemical. The use of GSE geomembranes not only enhances the environmental safety measures of landfill operations but also contributes to the operational efficiency by reducing the need for leachate treatment and gas control systems. Discover more about this product range here: solmax.com/en/emea/products/gse
Installing a FABRINET® drainage geocomposite in a landfill capping system Solmax 2024-03-13 | Drainage geocomposites play a critical role in the efficiency and longevity of landfill capping systems, providing a dual function of facilitating water drainage while also acting as a protective layer for underlying barrier systems. FABRINET® drainage geocomposites consist of a geonet core with geotextiles on one or both sides. They are designed to channel leachate and rainwater away from the landfill cap, significantly reducing the hydrostatic pressure that can accumulate on the geomembrane or other barrier layers. This prevents water from pooling and potentially seeping through the cap into the waste material and minimizes the risk of gas buildup and erosion under the cap. By efficiently managing water flow on the landfill surface, FABRINET® enhances the cap's stability and integrity, contributing to the overall environmental safety of the landfill by preventing contamination of surrounding soil and groundwater. The FABRINET layer is essential in maintaining the effectiveness of the landfill capping system, ensuring that it meets regulatory standards and serves its purpose for the long term.Discover more about this product range here: solmax.com/en/emea/products/fabrinet
Installing a BENTOLINER GCL in a landfill capping system Solmax 2024-03-13 | This video shows the installation of a BENTOLINER® geosynthetic clay liner (GCL) as part of a landfill capping system.GCLs serve as an essential barrier or as part of a multi-barrier system in landfill capping systems, thereby preventing the infiltration of water into the waste body of the landfill and therefore reducing the need for leachate treatment and gas control systems.BENTOLINER® GCLs are composed of a layer of bentonite clay sandwiched between a woven carrier laver and the non-woven cover layer that can additionally be bonded to a geomembrane. They leverage the natural sealing properties of bentonite to swell upon contact with water, creating a self-healing, low-permeability barrier. This characteristic is crucial for maintaining the integrity of the landfill cap over time, with natural settlement or minor substrate movements. For more information visit: solmax.com/en/emea/products/bentoliner
Deconstruction of hydrodams to restore ecosystems with GEOTUBE Solmax 2024-02-19 | In instances where hydrodams hold low economic value and their removal benefits the environment, the option to deconstruct them becomes viable. This restoration process reopens spawning areas, leading to increased biodiversity.To prevent excessive sediment buildup in the river and delta downstream, accumulated sediments need to be extracted from the hydro reservoir. The removal is best carried out using an environmental dredge. The application of GEOTUBE® units ensure effective separation of liquids and solids, reducing the volume and keeping road transport to a minimum.For the Selune River restoration project, multiple dewatering fields were constructed, continuously filled, emptied, and refilled. The GEOTUBE® units smoothly followed the river's path, causing minimal disruption in both time and space before nature naturally reclaimed the area.A substantial amount of sediment—over 140,000 cubic meters—was extracted from the reservoir, allowing the delta to maintain its natural beauty.
Small footprint big impact with GEOTUBE dewatering at historical site Solmax 2024-02-19 | At Altdöbern, GEOTUBE® units ensured eco-friendly preservation of the historical site through silent, efficient dewatering, despite space constraints.This environmentally conscious effort involved silent, odorless transportation of over 100,000 cubic meters of solid-liquid mixture through 2.5 km of pipelines. Specialists ensured efficient dewatering by minimizing the use of flocking agent and using a bio-flocking agent. The swift separation of water from solids, allowed the GEOTUBE® units to be stacked on a small footprint and offsite disposal within weeks.
How GEOTUBE harnesses dredged sediments for sustainable and strong berm restoration Solmax 2024-02-19 | GEOTUBE® units restore eroded berms and shorelines with dredged sediments, offering sustainability and strength.GEOTUBE® units filled with dredged sediments are used for berm restoration. These tubes are placed along berms and shorelines coastlines to restore an eroded berm or create a new strong berm. Dredged materials can be used because of the filtration capacity and strength of the fabric. Transport of wet sludge offsite and construction material to the site is avoided. GEOTUBE® makes the process and the result more sustainable.
How GEOTUBE shields shores and reclaims land with tailored erosion control solutions Solmax 2024-01-09 | Controlling nature's forces is challenging. GEOTUBE® offers tailored solutions for marine and inland water protection. The GEOTUBE® and Geocontainer systems help reclaim land from the sea and create new land for urban infrastructure and sustainable ecosystems.GEOTUBE® offers solutions to create erosion proof and safe working platforms in open waters, allowing construction to proceed even during high tides and in any weather.GEOTUBE® systems act as breakwaters, limiting wave damage and enabling beach nourishment. During hurricanes and storms, these systems secure coastlines by holding sand and soil, preventing erosion and property loss.For inland water protection, GEOTUBE® offers erosion control systems. The GEOTUBE® sand-filled mattresses are easy to set up, prevent erosion, and allow vegetation growth. Concrete-filled mattresses fortify erosion control and manage water flow, while Geobags are used for dams, levees, and filling erosion holes, offering contained non-erodable sand.
GEOTUBE - the benchmark for sustainable sediment management Solmax 2024-01-09 | GEOTUBE® technology sets the standard for safe and reliable sludge dewatering and mineral solids separation, enhancing sustainability in various industries.The removal and containment of sediments and contaminated sediments are becoming increasingly problematic and expensive. GEOTUBE® technology offers a fast and secure dewatering solution, combining excellent solid/liquid separation properties with geotechnical stability. This makes it possible to reuse sediments in an entirely new way. What can be done on a large scale is also valid for smaller applications, like city ponds with a short project runtime. Even beneficial local reuse can be considered.GEOTUBE® technology is used at wastewater treatment plants to dewater secondary and overflow sludge, resulting in high dry solids contents and reduced labor costs. Separation and containment of mineral solids like slag and fly ash is another typical application for this robust technology; infrastructure and industrial works can be executed in a safer, cleaner, and faster manner. GEOTUBE® will help engineers design each site to measure to obtain optimal results and the best value for money.Our quality and flexibility are helping environmental managers solve problems in industries as varied as mining, hydropower, and palm oil production. Discover how the knowledge and experience of our GEOTUBE® engineers can help you make our world a more sustainable and safer place.
Bornhausen Landfill Capping Project Solmax 2022-11-21 | Solmax installed a total of 150,000 square meters (1.6 million square feet) of geomembranes for the surface sealing of Bornhausen Landfill in Seesen, a town in the district of Goslar, in Lower Saxony, Germany. Products used in this installation include Solmax HDPE with BAM-certification, 2,5 mm and Solmax FabriNet® with BAM-certification, which provides increased durability for filtration and drainage and is suitable for a variety of field conditions and thickness requirements. Covering an area of 7.5 hectares with a gradient of up to 1:3, this geosynthetic layer helps to protect the surrounding environment.
Salt Mine Tailings Pile Expansion Project Solmax 2022-11-01 | The Potash tailings pile at K+S Minerals and Agriculture GmbH Werra plant site was reaching maximum capacity. It needed to be expanded. A hydraulic separation system was installed to avoid water seepage in between the extension and the existing heap. The mountainous terrain is steep. Reinforcement was necessary before the hydraulic separation system could be installed. The terrain also made the logistics difficult. Solmax solved this problem by providing off-road vehicles for the team. The material was transported up the slope in rolls with the help of an excavator. The heaps were sealed with 140,000 square meters of Solmax HD 2.50 mm FrictionFlex®.
Solmax Custom Fabrication Solmax 2022-11-01 | Solmax Custom Fabrication is our in-house team of skilled craftsmen, devoted to solving any geosynthetic fabrication challenge you might have. Gary Weaver and Kevin Vilaiya head up run up our 1,100 m2 facility in Houston. Their fabrication team of 6 technicians have over 60 years of experience custom-making bespoke polyethylene liners and components for all industries and environments.
Yulong Copper Mine Project Solmax 2022-11-01 | Located on one of the largest copper reserves in China, the Yulong Copper Mine in Tibet has major economic value for the region. Recent investment of ¥10 billion ($1.49 billion) will expand the annual processing value of the mine to 18 million tons. The mine holds major benefit for economic development in the region. It is a key project for Ministry of Natural resources in China, and People’s Government of the Tibet Autonomous Region The mine is also in a harsh and unforgiving landscape. The Qinghai Tibet Plateau has an average altitude of 4 700 m. This high elevation is prone to extreme weather conditions from rain and snow to high UV radiation and low oxygen. These difficult conditions make construction in the remote area difficult. Solmax participated in the construction of the mine’s waste containment project. Solmax selected for the proven durability of its products and its ability to be safely applied in tough conditions. Solmax supplied impervious geomembrane for the waste dump, intercepting reservoir, retaining dam and reservoir area anti-seepage system. This consisted of: 1.5mm smooth HDPE geomembrane 1.5mm single-side FrictionFlex® HDPE
Life as an engineer working in geosynthetics Solmax 2022-08-30 | Solmax Sessions with Su Jong Hao. Su Jong Hao, Technical Sales Manager at Solmax, shares some insight into the day-to-day life of an engineer working in the field of geosynthetics. With over a decade experience, Su often consults with other engineers on designing and using geosynthetic materials. He also regularly attends conferences and events to stay abreast of the latest research in the field. –Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
Preventing leaks in geomembranes Solmax 2022-08-23 | Solmax Sessions with Mark Lally. In this episode, Mark Lally, Value Engineer at Solmax shows how to prevent leaks in geomembranes using Solmax’s Leak Location® conductive liner. Leak detection and prevention in geomembranes is important to prevent breaches in the system, and potentially contaminating the environment. The conductive layer in the geomembrane allows you to determine if the geomembrane has any damage before it goes into service. –Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
How geosynthetics prevent water loss in irrigation systems Solmax 2022-08-16 | Solmax Sessions with Douglas Sutherland.Douglas Sutherland, Value Engineer at Solmax talks about the vital role that geosynthetics play in protecting fresh water used in irrigation. It is estimated that up to a third of the water in unlined canals is lost to seepage. _Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
A versatile and efficient solution for geosynthetic applications Solmax 2022-07-26 | Solmax Sessions with Mark LallyDiscover the benefits of Solmax's Gundseal®, the all-in-one product composite liner system In this episode, Mark Lally, Value Engineer at Solmax demonstrates another innovative product from Solmax. A composite system, Gundseal® geocomposite is used to line landfills, agricultural ponds, and wastewater ponds and many more applications. Using a composite system like Gundseal® provides the advantage of having two systems in one. It consists of a geomembrane with a GCL attached to it. Gundseal® is easy to install, requires no specialised labour and has reduced installation time as opposed to a geomembrane and a GCL installed separately.
Optimizing design specifications to get the most out of your geosynthetics Solmax 2022-07-19 | Solmax Sessions with Douglas SutherlandDiscover how to optimize geomembrane design specifications with performance testing Douglas Sutherland, Value Engineer at Solmax talks about the benefits of engineers working closely with suppliers like Solmax when designing containment facilities to improve confidence in the strength and durability of the geomembranes being used. One of the ways Solmax does this is with their Complimentary Performance Testing, which tests the performance of geomembranes against the project’s specific conditions.
What are geosynthetics? Part 2 Solmax 2022-07-12 | Solmax Sessions with Su Jong HaoThe different types of geosyntheticsSu Jong Hao, Technical Manager at Solmax, continues his introduction of the different types of geosynthetics. Geosynthetics cover a wide range of functions such as separation, filtration, containment, reinforcement, drainage, and protection. There are different geosynthetics including geotextiles, geomembranes, geogrids, geosynthetic clay liners, geonets and geocomposites has at least one function.
An innovative geosynthetics solution for landfill capping Solmax 2022-07-05 | Solmax Sessions with Mark LallyLow maintenance landfill capping with LiteEarth™ Mark Lally, Value Engineer at Solmax demonstrates how LiteEarth™, a composite geomembrane system that incorporates a geomembrane and synthetic grass, can be used in landfills and in mining applications. Problems such a lack of maintenance, soil erosion and drainage pose a threat to the surrounding environment. LiteEarth™ can help solve these problems.
How a simple change can improve a geomembranes durability Solmax 2022-06-28 | Solmax Sessions with Douglas SutherlandDiscover how one simple change can have great benefits in the world of Geosynthetics Traditionally, geomembranes are black. Douglas Sutherland, Value Engineer at Solmax shows how a simple change in the colour of the finish is an effective way to improve your containment solution’s ability to deflect UV rays and decrease wrinkles in the geomembrane and increase its durability.
What are geosynthetics? Part 1 Solmax 2022-06-21 | Solmax Sessions with Su Jong HaoHow geosynthetics are used Geosynthetics are always around us, often without us even realising. Su Jong Hao, Technical Sales Manager at Solmax, explains what geosynthetics are and how they are made. Geosynthetics are used in many civil engineering projects – such as roads, retaining walls, and ponds – as a vital, but often hidden construction material.
Introducing Mark Lally Solmax 2022-06-14 | Solmax Sessions with Mark Lally. Mark Lally, based in Seattle, introduces himself and his role at Solmax. Mark has over 20 years of experience in the geotechnical and geosynthetic industry. Mark is passionate about helping the engineering community to solve complex engineering problems using geosynthetics._Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
Introducing Douglas Sutherland Solmax 2022-06-07 | Solmax Sessions with Douglas Sutherland. Douglas Sutherland, Value Engineer at Solmax introduces himself and his role. Douglas uses his vast experience working with geomembranes all over the world to finding ways to optimize projects for maximum impact. He advocates for simple changes with great benefits._Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
Introducing Su Jong Hao Solmax 2022-05-31 | Solmax Sessions with Su Jong Hao. Su Jong Hao, Technical Sales Manager at Solmax for Australia and Asia, shares his experience and enthusiasm for geosynthetics. A civil engineer with over a decade’s experience, Su enjoys sharing his experience on the exciting and rapidly growing field of geosynthetics with graduates and new civil engineers._Solmax Sessions is a platform for our experts all over the globe to share their in-depth knowledge of the world of geosynthetics. The field of geosynthetics is an exciting and fast-growing space. Our experts share their insights and detailed product knowledge on optimising projects for maximum impact. Look out for new episodes every Wednesday.
Solmax FrictionFlex Solmax 2022-04-11 | For applications requiring a combination of a geomembrane and a geotextile, a geosynthetic clay liner, a drainage geocomposite and soil material, FrictionFlex geomembranes are a good choice, thanks to the high frictional forces that can be developed even with a bare minimum asperity. Higher asperity alone means higher stress concentrations and, thus, an irregular stress concentration. Such additional stresses can be avoided in the case of a FrictionFlex geomembrane. For applications needing different interface friction on either side of the geomembrane, FrictionFlex allows you to adjust the quantity of texturing on either side. The texturing of FrictionFlex means the product can be laid flat over large surfaces, a common consideration in the installation sector.
Episode 7 - Electrical Leak Location Case Studies Solmax 2022-04-11 | This final episode will be a panel discussion where case studies are presented in order to illustrate key technical points discussed throughout the seminar series.Case studies will be discussed, which illustrate:· The importance of survey area isolation· How multiple, large and an excessive number of leaks can affect survey results· The importance of site materials and material condition at time of survey· The importance of proper method selection– ABOUT THE SPEAKERS: Carl Charpentier – AlphardCarl Charpentier has been working in Electrical Leak Location Surveys since 2001. With his background in electronics, he first started by making new equipment and has been improving methods and electronics ever since. He is part of the ASTM committee and has published a multitude of documents pertaining to ELL.Jeff Blum – Weaver Consultants GroupJeff serves as a Senior Project Manager in the Solid Waste Practice Group for Weaver Consultants. He has over 30 years of CQA experience in soil and geosynthetic lined containment facilities throughout the US. His experience includes performing leak location/liner integrity surveys since 2004. He participates as a co-instructor at TRI Environmental during educational seminars and training for practitioners of leak location/liner integrity surveys and provides training and educational seminars related to CQA. His other contributions to the field of CQA have included participation within ASTM and on committees which developed the Geosynthetic Certification Institute - Inspector Certification Program, its predecessor the NICET Geosynthetic Inspector Certification Program, and the International Association of Geosynthetic Installers (IAGI) Certified Welding Technician program. Abigail Gilson, M.S., P.E. – TRI Environmental, IncMs. Gilson spent the first part of her career as a containment facility design engineer and joined TRI in 2012 to focus solely on the implementation and innovation of electrical leak location technologies. She has over sixteen years and 170 million square feet of electrical leak location experience as well as contribution with numerous published papers, seminars, presentations world-wide, and leading ASTM task groups on matter at hand.Shawn Calendine – HGI hydroGEOPHYSICS, IncShawn Calendine is a geoscientist and the Development Manager at hydroGEOPHYSICS Inc with more than 15 years of experience in geophysical and electrical leak location technologies, his expertise encompasses leak location projects at the Hanford nuclear site, in the mining industry, and many other industrial complexes world-wide and contributes to many presentations and published papers on geophysics and leak location technologies and has published numerous technical papers on the topics.Jimmy Youngblood – SolmaxJimmy Youngblood is the Global Geosynthetics Manager for Solmax. He has been involved in the geosynthetics industry for 28 years. He began with quality control and performance testing of geosynthetics in the 1990’s. He moved into the technical arena providing technical support and product management for geosynthetic products where his focus was on geomembranes and geosynthetic clay liners in the North American market.
POME to Biogas Lagoon Project Solmax 2022-03-22 | POME (Palm Oil Mill Effluent) is an excellent substrate for renewable biogas production. Biogas forms naturally when POME decomposes, converting waste to energy. This POME Lagoon was lined with Solmax 1.0mm HDPE along the base and then covered with a Solmax 1.5mm HDPE geomembrane sheet for capturing the biogas – creating an anaerobic digester. The Solmax HDPE Liner series is an optimal choice for applications that demand excellent chemical and UV resistance and overall endurance properties at an affordable cost.linkedin.com/company/wil-keyinternationalsdnbhd
Pit Thermal Energy Storage Reservoir Project Solmax 2022-02-15 | Tibet has an average elevation of up to 5,000 meters. At these heights, temperatures can remain below freezing all day in winter, plunging to -20 °C. In 2018, Tibet’s first large solar thermal district heating system was designed and built at 4,600 meters on the Tibetan Plateau. It comprises a 22,000 square meter solar collector field and a 15,000 cubic meter reservoir for pit thermal energy storage (PTES), designed to store 700 MWh of energy. The heating network, designed by Chinese/Danish joint venture Arcon-Sunmark Largescale Solar Systems Integration, supplies the citizens of Langkazi with energy, meeting more than 90 percent of the town's heating demand.The PTES, once constructed, needed to be fully lined with appropriate geosynthetic system to prevent leaks and to help retain heat. Solmax delivered the full lining system in just seven months.To optimize the use of the heat in the network, all the system components had to fit together perfectly. Solmax’s 2.5 mm High Temperature Liner, which offers resistance to weather extremes and meets the demands of high-temperature operating conditions, was used to seal the reservoir. Solmax’s 1.5mm High-density Polyethylene (HDPE) Color Geomembrane, with its excellent stress crack and UV resistant properties, was selected to cover the PTES reservoir. Special protection and drainage layers, with a pressure-resistant geocore and appropriately dimensioned geotextiles, were a key part of the design.
GundSeal® – The Single Composite Liner System Solmax 2022-02-15 | In this Webinar, Solmax's Mark Lally presents the GundSeal® system including applications, solutions and tools. GundSeal® is a fast, effective one-product sealing solution for containment that cuts installation time as well as improves composite liner hydraulic performance. This liner system combines the low permeability of a 15 mil to 80 mil (0.4 mm to 2.0 mm) smooth or textured HDPE or LLDPE geomembrane with the self-seaming characteristics of bentonite clay. It provides an effective alternative to conventional geomembrane and compacted clay (CCL) or fabric geosynthetic clay liner (GCL) liner installations.
Signaterre Environnement Secure Landfill Expansion Solmax 2022-02-15 | Signaterre Environnement is a treatment centre and secure landfill for contaminated soil. In Quebec, soil may be treated and reused when the level of contamination allows, but soils that cannot be treated must be buried in maximum security cells.In 2015 Signaterre received authorization to increase the capacity of the landfill to 929,500 cubic meters, the fourth phase of an ongoing project. Solmax provided a multilayer solution: comprised of HDPE liner, Fabrinet, Draintube, and GCL. The solution was specified by engineering firm Aecom, installed by FC Geosynthétiques, and integrity tested by Alphard.
Homer Landfill Closure Project Solmax 2022-02-15 | The Kenai Peninsula Borough in southern Alaska needed to complete phase two of a landfill-closure project at its Homer Solid Waste Facility. This involved the closure of approximately 21,000 square meters of landfill using a geosynthetic clay liner, and the installation of a drainage and landfill-gas system. Homer’s sub-arctic coastal climate can be unpredictable, leaving tight windows for deployment. The landfill closure involved extremely steep gradients and poor sub-surface conditions. Differential settlement was also a concern. Qayaq Construction selected Solmax to supply its geosynthetics solutions due to its ability to meet the highly challenging conditions at the site. With geosynthetic designs, including GCLs and drainage nets, proving successful for previous phases of the Homer landfill closure, the Solmax solutions selected by Qayaq were 21,450 square meters of Solmax’s BentoLiner NWL-35; a similar amount of Fabrinet geocomposite, and 4,400 square meters of double-textured LLDPE geomembrane. To ensure full conformity and add further security, Solmax provided additional third-party testing of its shear and permeability results. The result is a landfill-capping system that meets the needs of this unique location and environment, as well as those of the client.
Episode 6 - Designing for Minimizing or Eliminating Leakage Solmax 2021-12-02 | The technical knowledge gained from the previous episodes is applied in this episode to method selection and the creation of project specifications. A discussion is provided of project-specific materials and how they can affect testing results and leakage goals.Attendees will learn to:· Select the most appropriate method(s) for various liner configurations· Specify methods for meeting design goals (allowable leakage rates)· Calculate the risk of exceeding a specified leakage rate. Properly specify ELL methods in project specifications
Solmax Leak Location Suite Solmax 2021-10-29 | Solmax’s new Leak Location Suite makes testing fast, accurate, cost-effective, reliable.• Our Leak Location Conductive liner has a conductive bottom layer that makes repeated electrical leak testing possible on exposed and covered applications – without the need for a conductive soil or water layer.• Our patented Iso-wedge tool allows for testing of the Leak Location Conductive geomembrane, by isolating the upper seam flap and eliminating false positives during the ELI surveys.• Our S-100 Spark Tester enables fast, reliable electrical leak location. Three electrodes – a cart, brush, and seam electrode – allow the technician flexibility to test any part of the leak survey surface, even wrinkles, slopes, and underneath exposed seam flaps.
Pioneering Possibilities | Solmax Solmax 2021-10-29 | For nearly five decades Solmax has been at the forefront of pioneering sustainable engineering solutions. The progress we have made together, the challenges we have overcome - are proof we are on the right path for a better future. As we stand on the verge of new and exciting possibilities, as we prepare to take the next steps together, we’d like to reflect on the stories that helped get us here.These are your stories. Crafted from conversations with you, our customers, and partners.
SolDrain Installation Solmax 2021-10-29 | In late 2020, a fast food retailer broke ground at a site in Palestine, Texas to construct a new building. The project required significant ground work, including asphalt removal, sewer and water lines, and a retaining wall. In addition, a drainage layer was required to protect the site against the seasonal rise in ground water levels.Solmax was approached to explore an alternative solution to using crushed stone as a drainage layer and textured RD SolDrain geocomposite was recommended. The use of RD SolDrain proved highly cost effective and is kinder to the environment. The contractor was impressed speed and ease of placement, and the effectiveness of the solution.
Geosynthetics in Water Irrigation Systems Solmax 2021-10-29 | In agriculture, geosynthetics improve the efficiency and performance of a number of water containment, storage and conveyance solutions, from water storage tanks to ponds and canals.Geomembranes have been used successfully to contain fresh water, preventing loss through evaporation and leakage, as well as to securely contain wastewater from various agricultural applications, protecting groundwater from contamination. In addition, geosynthetics can be used to improve slope and foundation stability in agriculture related structures such as dams; and waterproof and prolong the serviceability of containment structures, such as reservoirs and ponds.
Geosynthetics in Rainwater Basins Solmax 2021-10-29 | Arguably the most critical component of any rainwater basin is the sealing materials used by the contractor. Solmax's geosynthetic sealing solutions are certified by the Deutsche Institut für Bautechnik (DIBt) and are guaranteed to keep your water clean, safe, and flowing. Specifically, our range of high-grade BentoLiner® geosynthetic clay liners will give you peace of mind, being easy to install and particularly suited to lining and sealing difficult underground basins effectively. Watch this short film to see how we do it.
40 Years 40 Trees Solmax 2021-10-29 | On Wednesday 22, September 2021, geosynthetics leader Solmax celebrates 40 years of service by founder and executive chairman Jacques Côté with the planting of 40 trees at Parc des Scouts, a park just across the road from the Solmax Varennes site. Mr. Sébastien Roy, General Manager of the City of Varennes and Mr. Mathieu Vallée, Division Manager, sustainable development of the City of Varennes, were on-site representing the city. The greening of this bare ground underlines Solmax’s mission: to protect the earth, it’s resources and the people using them. “With this planting, we are saying thank you for your 40 years of dedicated service to the industry” says Jean-Louis Vangeluwe, CEO of Solmax. “The trees will provide a luscious background for the heritage house, the Hébert-Jodoin house, which will be rebuilt at the park in 2022 by the City of Varennes on the occasion of its 350th anniversary, thus benefitting the entire community for years to come.” Solmax’s geosynthetic liners are used in critical mining, waste management, water, and other environmental applications. They contain and drain, creating a layer of protection between the earth and the waste and contaminants that result from human activity, industry, mining, and the use of fossil fuels. “Our mission is to enable progress with minimal damage to the environment,” explains Côté. “With the recent acquisition of two major players in this arena, we have become the largest manufacturer of geosynthetics in the world. That presents us with a huge responsibility and opportunity. Our goal is to be innovation-led, helping to reshape the geosynthetics industry and raise standards, delivering advanced solutions that are even more reliable, stronger, resistant to contaminants, and affordable.” “We look forward to watching our trees grow from our Varennes site in years to come, and hope that this site will enrich the lives of the city’s citizens, contribute to their health, and help beautify and green the environment.”
Introducing LiteEarth™ – pt.3 Solmax 2021-10-29 | LiteEarth™ is a single-layer composite capping system that boasts a 40mm LLDPE Solmax geomembrane and ACT Global synthetic grass with 3-D UV-stabilized monofilament blades for long life. Installed using standard welding equipment, the system is secured by percussion-driven earth anchors embedded in the soil or compacted waste and allows for full geomembrane quality control.Watch the full LiteEarth™ film here: youtube.com/watch?v=4KiURqGUykM&list=PLK5ZHMz9-7tf-4xlnjnebjvPnsl6No6VB&index=2
Introducing LiteEarth™ – pt.2 Solmax 2021-10-29 | LiteEarth™ is a single-layer composite capping system that boasts a 40mm LLDPE Solmax geomembrane and ACT Global synthetic grass with 3-D UV-stabilized monofilament blades for long life. Installed using standard welding equipment, the system is secured by percussion-driven earth anchors embedded in the soil or compacted waste and allows for full geomembrane quality control.Watch the full LiteEarth™ film here: youtube.com/watch?v=4KiURqGUykM&list=PLK5ZHMz9-7tf-4xlnjnebjvPnsl6No6VB&index=2
