Soil mixing solutions for foundations are being used for the first time by soil stabilisation and ground remediation specialist Deep Soil Mixing Ltd as an alternative to piling on a high quality housing project in St Mary’s Bay, Kent, aiming to prevent extreme settlements from variable ground. These works are
Anco&co, a build-to-rent (BTR) development, has just launched in the heart of Manchester with the help of me&dave that created an innovative language-led brand identity for the company. As the development is located in a popular up-and-coming neighbourhood – Ancoats – the fly-poster campaign was inspired by protest placards. me&dave
When we think of concrete, we might think of its less elegant modern uses: brutalist architecture, bridges and paving slabs. Yet the material has proved itself one of mankind’s most enduring creations, surviving literally and figuratively for thousands of years. It continues to be one of the most popular choices
Soil mixing solutions for foundations are being used for the first time by soil stabilisation and ground remediation specialist Deep Soil Mixing Ltd as an alternative to piling on a high quality housing project in St Mary’s Bay, Kent, aiming to prevent extreme settlements from variable ground. These works are shaving more than a year off the programme for a conventional ‘Surcharge’ solution as well as providing improved stability behind coastal defences for client Compass Builders Ltd. “In response to a foundation enquiry from the client’s consulting engineers Considine Ltd we put forward various options that soil mixing could provide to deliver a design solution that saved the client time and reduced cost comparable to alternative ground engineering solutions such as dig and cart away and piling. Deep Soil Mixing Ltd always advise getting involved with clients and their designers as early as possible in their development process to create engineered solutions that offer real cost savings for projects including real benefits such as reduced vehicle movements and the efficient use of onsite materials on their projects, which reduces the carbon footprint and offers environmentally friendly sustainable solutions,” said Deep Soil Mixing Ltd’s MD Robert McGall. The site is in an enviable position, close to a beautiful sandy beach with stunning views out across the English Channel and planning permission has been granted by Shepway District Council for the development which will be called ‘The Sands’ on a brownfield site of a former hotel and military base which has been demolished. The scheme will consist of a range of 3, 4 & 5-bedroom houses and 1 & 2-bedroom apartments and will also include a new landscaped coastal park area, car park and children’s play area. The Cutter Soil Mixer was specifically used on the St Mary’s Bay project to overcome some isolated areas of very stiff layers of clay which had softer soils below so it was necessary to mix through the clay into the soils below to enable remediation to take place. The project is due to be completed later this year.
Anco&co, a build-to-rent (BTR) development, has just launched in the heart of Manchester with the help of me&dave that created an innovative language-led brand identity for the company. As the development is located in a popular up-and-coming neighbourhood – Ancoats – the fly-poster campaign was inspired by protest placards. me&dave has also referenced Manchester’s world-famous music scene – the iconic bands, and gig posters by artists like Peter Saville of Factory Records fame. me&dave were asked by real estate investors DTZ Investors to create a strategy that would demonstrate how Anco&co is moving the rental sector into a new era. To achieve this, the brand takes a cheeky dig at some of the problems that old-school tenants face, highlighting the benefits of this new ‘hotel style’ living. The campaign has been deliberately designed to pique interest and get people talking. Hoardings surrounding the whole site have been covered in fly posters and a dedicated website has been set up so that people can register interest. Some of the messages are explicit, such as ‘There’s a new landlord in town’, while some are intentionally abstract, such as ‘Sorry Billy, we’re over’. As well as being humorous and aesthetically striking, the campaign stands for a cause: “It’s saying, ‘We’ve had enough of being fobbed off with old mattresses, exploitative landlords and damp, substandard accommodation,” said Mark David, co-founder and creative director of me&dave. Anco&co tenants, who will be able to move in next summer, will enjoy ready-to-live, fully furnished one- and two-bedroom apartments with en-suite bathrooms, private kitchens and living rooms. They’ll also have access to communal bars, cafés, co-work spaces, a common room, cinema, rooftop terrace and concierge service. Everything has been conceived to strike the perfect balance between the need for privacy and hanging out with neighbours. “There aren’t many schemes like Anco&co out there, so when it came to branding and marketing there was no blueprint. We knew that me&dave was the right agency as it nails what’s right for a brand, even if that means breaking the ‘rules’. This project needed a creative team to think outside the box and disrupt the rental sector, and me&dave delivered,” said Christian Birrell of DTZ Investors.
When we think of concrete, we might think of its less elegant modern uses: brutalist architecture, bridges and paving slabs. Yet the material has proved itself one of mankind’s most enduring creations, surviving literally and figuratively for thousands of years. It continues to be one of the most popular choices for modern structures, and it’s not going away anytime soon. While concrete still holds the edge in price, though, it is steadily being superseded by more modern building materials. From steel and hempcrete to entirely new composites and materials, developers now have more viable materials to choose from than ever before. Here is a rundown of the benefits and drawbacks of concrete and steel, and the many pretenders to their thrones. Benefits of concrete If a technology can go missing for over a thousand years and still be heralded as revolutionary, it’s clearly doing something right. Concrete was first devised by the Ancient Egyptians and nearly perfected by the Romans, whose finest examples of concrete masonry still stand to this day. The Romans weren’t just the first civilisation to deploy concrete structures en masse around the world, either. They also struck upon a form on concrete that healed and strengthened itself, something that’s only just entering back into modern construction in a cost-effective way. Concrete remains the most widely used building material in the world by weight, and not without reason. The benefits of concrete include: Price Concrete is still seen as the cheapest material for large builds, although this often only accounts for the price of the material, and not the process of installing it. Using concrete can save on property insurance, while its price has always remained stable compared to other materials, whose production tends to fluctuate. This said, there are increasing reports that the sand used in the most popular forms of concrete is running out, making this a more pressing issue. Safety Concrete is seen as a structurally reliable material, with a high tensile strength and natural fire resistant properties. Its weight, mass and strength allow it to resist most impacts, as well as winds of up to 200 mph. Thick concrete casing is routinely used by even the most high cost and safety conscious builds, including the new ‘Freedom Tower’ at 1 World Trade Centre. Design While unadorned and facade-free concrete can be considered an eyesore, it’s also been used in many iconic and beautiful constructions, from the Roman Pantheon to Frank Lloyd Wright’s Fallingwater, concrete can be used in a number of beautiful ways. Part of this is the ability to pour it into all different kinds of shapes, which has led to myriad creative, cascading designs. Benefits of steel Traditionally the preserve of tall buildings and large projects, steel has a reputation as being sturdy but slow when it comes to deployments. This is an increasingly dated attitude, however, and many of the traditional caveats of steel construction have been overcome with newer designs and methods. Some of the chief benefits are: Flexibility This is a literal benefit as well as a metaphorical one. Steel is much more ductile than concrete – in other words, less rigid – making it more appropriate for earthquake-prone and windy regions. It also has the highest strength-to-weight ratio of any popular building material, making it the primary choice for high rises as well as long, column-free spans. While it doesn’t offer as many opportunities for visual flourishes, it does facilitate a wide variety of flexible designs. Availability We’re running out of concrete. This isn’t scaremongering, just a fact of natural resources. Modern concrete – the kind known as Portland cement – relies on a particularly course kind of sand that’s proving to be in limited supply. Sustaining the world’s demand for concrete has led to widespread destruction of habitats, and that demand is still outstripping supply. While structural steel supplies can fluctuate, there is currently a large surplus, and the material is also recyclable. Efficiency It’s often said that the ‘two day cycle’ of concrete installation makes it the fastest means to build a structure. What this fails to account for is the many contributory factors in a quick build, and the ways in which steel can be deployed. Structural steel framing systems can now be built to spec using CAD software, reducing installation time by as much as 50%. It is also far less labour intensive than concrete, which requires an enormous amount of manpower for larger projects. Application Steel’s versatility renders it indispensable across numerous applications, spanning from residential to commercial and agricultural domains. In the residential sector, steel finds utility in various structural components like beams, columns, and frames. Its robustness ensures structural integrity, providing safety and longevity to buildings. Additionally, steel’s adaptability enables architects and designers to explore innovative construction techniques, resulting in modern and aesthetically pleasing residential structures. Within the realm of commercial establishments, steel serves as a cornerstone for constructing offices, warehouses, and retail spaces. Its inherent strength makes it applicable in vast open spaces without the need for cumbersome support columns, thus maximizing usable floor area. Moreover, steel’s ability to withstand heavy loads and adverse environmental conditions makes it ideal for commercial structures requiring durability and resilience. In agricultural settings, steel plays a crucial role in the construction of barns, storage facilities, and other farm buildings. Steel barns offer several advantages, including ease of assembly, durability, and customizable designs to accommodate various farming needs. Their resilience against harsh weather conditions and pests ensures the protection of valuable livestock, equipment, and produce, contributing to the efficiency and success of agricultural operations. Furthermore, steel’s sustainability credentials make it an environmentally conscious choice across all applications. Its high recyclability reduces carbon footprint and minimizes waste, aligning with modern sustainability goals. Additionally, steel structures can incorporate energy-efficient features, promoting sustainable construction. Alternative materials While concrete and steel continue to form the core of building design, scientists are always looking to augment these materials. New composites and designs can enhance many of the key
