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Blue-Green Infrastructure Virtual Symposium – Technologies For Managing Stormwater

Learn how to plan & design efficient blue-green systems to mitigate the effects of urbanization and the economic justifications to invest in blue-green technologies. Blue-Green Infrastructure projects are gaining popularity due to their effectiveness in mitigating urban flooding while also addressing a number of other challenges including biodiversity, urban heat island, air quality and more!  Learn how to plan and design efficient blue-green systems to mitigate the effects of urbanization and the economic justifications to invest in blue-green technologies. Designers will share captivating designs and case studies that dispel current myths about blue-green roofs and how they enhance the urban landscape while improving resilience and human health.  Pending approval for 4 AIA, ASLA, and GRP CEUs  check this site out Admission: $59 USD  Admission Date: February 23, 12:00 PM – 5:00 PM EST  Date

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Cities Alive Conference again in life: October-16-19th in Philadelphia

CitiesAlive 2022 Call for Proposals & Call for research Papers now open! Submit your Proposal by Saturday April 30, 2022 CitiesAlive 2022 have officially launched their Call for Session Proposals and Call for Research Papers! They welcome all interested parties to submit a proposal for a 30, 60, or 90 minute Session Proposal (general presentation, not research specific), or a 10-30 minute Research Presentation (must include abstract to be peer reviewed by a panel of qualified CitiesAlive Advisory Committee academics). Submissions are due by April 30th, 2022. You are invited to review the submission process and related criteria for submitting by clicking here. CitiesAlive® is back in 2022 in Philadelphia at the DoubleTree by Hilton – Philadelphia City Center. The conference will be held from Sunday October 16th to Tuesday October 18th, with an additional day of tours on Wednesday October 19th. The theme of this year’s conference is Green Infrastructure & Water in a Changing Climate. Water is critical to the health and resiliency of our communities. Over the last several years, Philadelphia has become a green infrastructure leader through creative policy solutions that work to create vibrant community spaces while managing stormwater. In 2011 the Philadelphia Water department implemented a plan to invest $1.2 Billion over the next 25 years. CitiesAlive® 2022 is a multi-disciplinary conference, bringing together the best designers, product manufacturers, researchers, and policy makers in the field of living architecture and green infrastructure. Attendees will hear from leading-edge designers, discussing their innovative approaches and newest projects. We will be highlighting progressive policies and showcasing the latest research. Join us in shaping a better, more resilient future. For more information visit www.citiesalive.org Marketing and Promotional Opportunities Brochure 

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Sempergreen: Innovative Flexipanel A2 resists fire and heavy wind loads

SemperGreenwall first living wall system with fire safety certificate A2 in the market. Sempergreen is proud to announce that its living wall system SemperGreenwall has been awarded the fire safety certificate A2-s2-d0. This fire class is often mandatory in high-rise projects. Sempergreen’s living wall system already had the B-s2-d0 certificate. This means that it was already suitable for project-based applications, including use on escape routes. With the addition of the A2-s2-d0 certificate, the SemperGreenwall now also offers a fire-safe solution for high-rise projects. This makes the SemperGreenwall the first living wall system in the market to meet these very strict fire safety requirements. Innovative Flexipanel A2 resists fire and heavy wind loadsA SemperGreenwall is a modular living wall system built from pre-cultivated Flexipanels. These panels are extremely flexible, making the system also applicable to curved surfaces or corner solutions. In order to meet the strict safety requirements that often apply to high-rise projects, the standard Flexipanel has been further developed into the innovative Flexipanel A2. This new Flexipanel is not only resistant to fire, but also to other extreme conditions, such as heavy wind loads. Tested for flashover and combustion valuesThe potential risks posed by fire in high-rise buildings are very high. The building requirements for high-rise projects are therefore extremely strict. In order to obtain the A2-s2-d0 fire safety certificate, Flexipanel A2 has been subjected to the following tests carried out by Fire Safety Expert Efectis. These tests included combustion values and flashovers. This test determines the heat release, flame spread, smoke development and the formation of burning droplets. A test to determine the maximum burning value. The tests have shown that according to the European fire classification (EN 13501-1), Flexipanel A2 barely contributes to the development of a fire and cannot cause melting parts, only a slight development of smoke. Response to market demand for nature-inclusive and climate-adaptive constructionThe SemperGreenwall is the very first living wall system in the market that meets the fire safety requirements for high-rise projects. With the Flexipanel A2 Sempergreen makes it possible for architects and developers to use a fire-safe living wall system for high-rise projects. This answers the market demand for nature-inclusive and climate-adaptive building. Residential tower Eden Tower in Frankfurt first projectThe first orders for high-rise projects with the application of Flexipanel A2 are already being realized this year, including a residential tower no less than 98 meters high in Frankfurt, called Eden Tower. Sempergreen expects many more similar projects to follow. “The impressive 98 meter high residential tower Eden Tower in Frankfurt is the very first high-rise project to be built with a SemperGreenwall that complies with fire class A2-s2-d0.” About Sempergreen® Sempergreen, headquartered in the Netherlands, is the world’s largest grower and supplier of innovative quality solutions for green roofs, living walls and instant ground cover. Sempergreen is driven by the mission to create a green and liveable world for our generation and the next generations. The green solutions from Sempergreen contribute to reducing the effects of climate change and environmental pollution. To keep her ecological footprint as small as possible, Sempergreen operates as much as possible from local nurseries in Europa, North and South America Australia and Asia. The highly motivated team of Sempergreen of over 200 professionals works continuously on the quality of the sustainable products. Together with their customers, Sempergreen is working to make the world a little greener every day. For more information about Sempergreen, please visit www.sempergreen.com. For more information, please contact: Rianne Slootweg, Marketing Manager: rianne.slootweg@sempergreen.com Phone: +31 (0)30 307 8792

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Key Definition: Living Wall

Living wall: A living wall is a vertical vegetated wall system with irrigation. A living wall system is variable depending on the climatic conditions and there is no proven formula for plant specification, even the most successful walls have evolved from the time of initial installation with the plant palette changing. Interior living walls require supplementary ‘grow’ lights and irrigation with drip trays and drainage outlets. The most lightweight system is hydroponic with two layers of felt matting stapled to poly-board and fixed to a structural wall aka Vertical Gardens / P.Blanc. Slits allow plants to grow in pockets initially until the root system spreads between the two felt layers. The felt is kept constantly damp with nutrient levels specifically maintained. This system was originally developed by Patrick Blanc in 1986 in Paris. In their more elaborate form, living walls and may incorporate water elements including ponds and ?sh, which provide essential nutrients. Living walls may also be incorporated into the cooling strategy of a house, as a kind of evaporative air conditioner, and they may even be designed as part of a water treatment system. TYPES OF LIVING WALLS Living walls, i.e. vegetation growing on or against vertical surfaces, can be found outdoors or indoors on any type of vertical surface, from building façades to boundary demarcation or even free-standing support. They can be incorporated into new construction or easily retrofitted to existing buildings. Living walls can vary considerably in construction; they can be rooted in or off the ground (i.e. soilless), in several kind of growing media (mineral or organic), or in an inert medium acting only as a rooting element. According to the type of structure, the system can be either ‘completely natural’ or hydroponic. Irrigation can be manual or automatic. Living walls have been divided into three main categories: green façades and green walls; however the concept of the green wall can be extended to a wider range of systems: urban hedges, stone walls, green screens, live curtains and modular planter walls. Green façades Green façades are made of climbing plants growing on a wall either with no additional infrastructure, or with the use of stainless steel or wooden trellis, meshwork, or cabling, as plant support. They are historically set outdoors, rooted in the ground and don’t require additional irrigation. They can also be off the ground and erected indoors, usually free-standing with irrigation. The great diversity of climbing plants, in terms of flower and foliage colours, flowering season, profile, etc. make them attractive for humans. They can be evergreen or deciduous and are usually woody and perennial, although some can be herbaceous or/and annual. As they use different ways of adhering to a surface, they need different kinds of support either vertical and/or horizontal, or no support at all in the case of self-adhering climbers such as Hedera helix(common ivy), Parthenocissus sp. (Boston ivy) or Wisteria sp. (Virginia creeper).Plants that can be trained against the wall or in espalier (e.g. Camellia sp., Ceanothus sp., Chaenomeles sp. (“flowering quince”), Coronilla valentine (scorpion vetch), Garrya sp., Fuchsia sp., Magnolia grandiflora, Pyracantha sp.) referred to as ‘wall shrubs’ can be included in the term ‘green façade’. Green Walls Green walls are recently developed, completely artificial systems, using continuous or modular, planted-up, units. Continuous living wall systems can be made of felt-layers or be a block of concrete. Modular panels are using modules of sphagnum, substrate filled metallic cage, gabions, preformed plastic modules or rockwool units. Plants are rooted directly in the structure (in the case of felt layers or sphagnum units) or in growth medium, beforehand added to the structure (for concrete block, rockwool, plastic preformed module or gabion panel). The growing media can be organic materials such as coconut coir (Cocos nucifera L.), peat, tree bark, or inorganic materials such as expended clay pebbles, gravel, perlite, mineral soil, mineral wool, sand, vermiculite; although different components are often used in mixes. The system is usually hydroponic (i.e. the mineral nutrients are brought to the plant as inorganic ions in water). Any plant species can be grown on a living wall system. Typically, the only constraint is the weight of the mature plant; some felt layers systems have been shown to support tree species. Indoor walls are usually planted with tropical species due to the constant mild temperature and the lack of light; while outdoor walls are more restricted to rustic plants. Living walls are sometimes referred to as “vertical gardens” when they are used to grow herbs and/or plants producing vegetables or fruits. When growing herbs, the green wall is usually called a “herb wall”.Depending on the system and the manufacturer, units are either pre-grown in greenhouse (vertically or not) prior to installation or planted on site once installed. Intermediate living walls Green Façades and Green Walls are the opposites, in terms of complexity of structure and man-made features, of the large panel of the green wall concept. Between these two can be found features like Green screens, made of a climbing plant (typically Hedera sp.), pre-grown on a freestanding, galvanized steel framework, and established as an instant hedge. They are usually included in the concept of green façades. However, the facts that they are commercially pre-grown in nursery, completely free-standing when historically green façades are against walls, and usually installed with automatic irrigation, may set them apart from green façades. Live curtains combine the features of green façades and living walls. Like green façades, this system is made of plants climbing on a structure, but rooted off the ground, in small planter boxes, as hydroponic systems like living walls.Urban hedges can be considered as part of the green wall concept as they are interchangeable with green façades or living walls for some of their features and ecosystem services.Stone walls are horizontal structures of overlapping stones build upwards, with successive rows of stones overlapping each other. The space between two rows is filled with smaller stones and sometimes with capping stones bridging the top. A distinction is made between dry stone walls and mortared walls that are usually more shaped with

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