The latest news, case studies and articles featuring Concrete Canvas.
Concrete Canvas has been featured in the Western Mail's Business in Wales section. The publication, which describes itself as "the national newspaper of Wales", has shared our latest Awards news with its readers. Past editions of the publication can be downloaded from their app on Android and Apple tablet devices, however, you can read the article in full here.
Business News Wales, an online publication which aims to provide Welsh businesses with a voice, has featured Concrete Canvas' big win at the Welsh Business Awards. To read the article in full, click here.
The winners of The South Wales Chamber of Commerce Welsh Business Awards 2017 have been announced at a glittering awards ceremony held at City Hall in Cardiff, with Concrete Canvas Ltd taking home three awards. To find out more, read our press release here.
In March 2017, Concrete Canvas® GCCM (CC) was used to remediate a channel which runs alongside the A4060 in Dowlais, Merthyr Tydfil in South Wales. The original channel had been remediated using several methods over the years, but was in a state of disrepair. Read on for more information and a video of the installation.
In September 2016, CC HydroTM (CCH) GCCB was used to provide secondary containment to a berm face at an oil storage facility in west Wales operated by SemLogistics Ltd.
Back in November, 7,800m² of CCH5™ was used to line and protect two bunds and adjoining channels on a rig site owned by Saudi Aramco in Dhahran, Saudi Arabia.
The newly constructed bunds were 320m and 172m in length and required protection ahead of the approaching rainy season to prevent damage.
The Portland-based designer Neal Aronowitz has been featured on the Dezeen website for his incredible Concrete Canvas designs.
The artist-designer has received incredible feedback and acclaim for the piece, which has even won an award.
In October 2017, Concrete Canvas® GCCM (CC) was used to line a channel at the Silkstone Mine Water Treatment Works (MWTW) in Silkstone, Barnsley.
The channel had previously been lined with HDPE which had been damaged in recent flood events, risking untreated water entering the nearby stream before reaching the reed bed treatment system. CC was specified to reline the channel.
Concrete Canvas has been featured on geosynthetica.net with our remediation installation at the Muck Burn flume in Dumfries and Galloway, Scotland. To see the publication's feature in full, click here.
In March 2017, Concrete Canvas® GCCM (CC) was used to provide an erosion protection layer for dilapidated sections of drainage channel as part of remedial drainage measures at the Bedwas Colliery site in South Wales.
In September 2016, Concrete Canvas® GCCM (CC) was used to provide a temporary erosion protection layer for an open channel, replacing a collapsed section of flood overflow for pipework at a former paint factory site in Machen, South Wales.
In December 2016, CC HydroTM (CCH, branded Cimtex Hydro in France) was used to line newly constructed bird and mammal ponds in St Quentin Zoo, France, as part of a regeneration project.
In March 2016, Concrete Canvas® GCCM (CC) was used to line a road-side drainage channel. The channel was over 1500m long, and in need of erosion protection to reduce the risk of flooding on the road. The works were carried out as part of a £22m Welsh Government project to improve safety and flood risks on a 2.2km stretch of the A55.
Congratulations to Milliken and Nuna for being recognised by Storm Water Solutions.
The storm water pollution prevention plan management company has recognised the Myra Falls ditch lining project as a Top Project. A fantastic achievement! To find out more click here. Or read Storm Water's case study for Myra Falls here.
In September 2017, Concrete Canvas® GCCM (CC) was used to line an overspill channel on the site of the former Parc Slip opencast mine. The installation was part of the Margam Restoration, and was required to control water levels in the void and prevent flooding of nearby communities.
Lee Church of Concrete Canvas will be presenting “EROSION AND LAND LOSS: A GEOTECHNICAL CHALLENGE” at the Haworth Lecture Theatre in Birmingham University as part of the UK IGS evening seminar.
Find out more about the event here.
In November 2017, Concrete Canvas® GCCM* (CC) was used to protect a slope in Guarantingeta, São Paulo, Brazil. The slope, located on the site of a Gas Distribution Plant owned by Comgas, Brazil’s largest gas distribution company, co-owned by Cosan and Shell, was heavily vegetated prior to installation. The client also required a channel lining solution for a newly dug drainage channel created at the toe of the slope.
In November 2017, Concrete Canvas® GCCM (CC) was used to cover ballast fill materials in a steel tank cofferdam in Hong Kong. The cofferdam had been temporarily constructed in the sea off the site of a new highway which was being constructed along the coast of Junk Bay. As an environmental protection requirement, a cofferdam was erected in the sea to enclose the entire construction site.
Concrete Canvas has been announced as a Finalist for TWO South Wales Chamber of Commerce Welsh Business Awards!
It has been announced that we have been shortlisted for the Success Through Innovation award and Success Through Overseas Trade award.
Artist and friend of Concrete Canvas, Frances Richardson, has wowed once again, gaining critical acclaim for her latest designs which were featured at the London Art Fair.
In April 2017, Concrete Canvas® GCCM (CC) was used to remediate a 45-year-old concrete irrigation channel in Adloun, South Lebanon. The project was carried out as a trial for the client, Litani River Authority, to establish whether CC was a suitable solution for remediation of the full length of the channel.
In August 2016, Concrete Canvas® GCCM (CC) was used to line a series of channels in Colonia, Uruguay. The channels were located on an industrial estate owned by forestry company, Montes del Plata, owned by Arauco and Storaenso. The works were carried out by Pronto Cemento for Montes del Plata.
Find out more about this installation here.
Our recent case study from Lephalale, South Africa's Grootegeluk mine, where CCH was used to line a gravity thickening tank, has been featured on Geosynthetica's website. To take a look at Chris Kelsey's write-up of the installation,
In May 2017, Concrete Canvas® GCCM (CC) was used to line and protect the interior of a damaged diverting pipe in a remote area in the town of İkizdere, Turkey.
The pipe functions as a water diversion pipeline from the İkizdere hydroelectric plant, owned by Zorlu Energy Group. The pipeline, originally constructed using concrete, had badly deteriorated and were in need of remediation.
In October 2017, Concrete Canvas® GCCM (CC) was used to line a Pit Cut Back Drain at the Damang Gold Mine in the south-west of Ghana.
The lining of the Pit Cut Back Drain was selected for trial purposes to determine the advantages of CC over HDPE lining methods. The client also wanted to witness CC's unique properties first-hand.
In February 2017, Concrete Canvas® GCCM (CC) was used to remediate a concrete canal in Tonnoy, North-East France. The canal, owned by Voies Navigables de France (VNF), was expanded several decades ago. However, the installation was not carried out correctly and has resulted in leakages and water loss.
In April 2017, design studio Zeller & Moye began working with Concrete Canvas® GCCM* (CC) as the material of choice for ‘stiff’, which would be exhibited at the Textilmuseum St. Gallen in Vadianstrasse, Switzerland.
In September 2017, Concrete Canvas® GCCM* (CC) was used to line a culvert in Cooks Bridge, Midhurst, West Sussex. The culvert had suffered erosion over time.
Concrete Canvas has launched its brand new Instructional Animations! The animation videos illustrate best practice installations for Channel Lining, Slope Protection and Bund Lining. We have also released a fantastic Introduction to Concrete Canvas and CC Hydro animation, as well as an introductory video to our Four Principles. Take a look via our Youtube Page here.