KWR Water Research Institute’s Post

🚀 Beat the Heat: How Self-Cooling Artificial Turf is Transforming Cities Scientists in the Netherlands have developed self-cooling artificial turf that stores rainwater and uses capillary action to reduce surface temperatures. This innovative system cools the turf by evaporating water only when needed, significantly lowering temperatures compared to conventional artificial turf. The new turf not only mitigates the urban heat island effect but also offers durability and improved safety. While installation costs are higher, the benefits in terms of reduced heat and water retention make it a promising solution for urban areas. Read more about this innovation here: https://lnkd.in/dBjYMJib #UrbanInnovation #SustainableCities #ArtificialTurf #GreenTech #UrbanHeat #EnvironmentalTech

https://lnkd.in/gc-xNxHA Green Star Crop Coefficient – How Sustainable is Your Landscape? Green Star is a rating system for all projects that provides an international standard for comparing the environmental impact and long-term sustainability of a development. A ‘crop coefficient’ (Kc) is used to quantify a crop’s water consumption. A landscape’s water consumption has the greatest impact on the Green Star credit rating. Both the plant species, as well as the irrigation system both impact the efficiency of water usage on the site. Calculating the Landscape’s Impact – Green Star Crop Coefficient A ‘crop coefficient’ is an agronomic multiplier to quantify the water requirements of plants. It is a number (between 0.1 & 1) and quantifies how ‘thirsty’ a plant variety is in any particular climate. A higher crop coefficient is given to a species that typically needs more water to not just survive, but also thrive. Visit our website to learn more about how we can add value to your next project. https://lnkd.in/gBU5gnZR #landscapearchitecture, #citicenelandscapearchitects, #landscapedesign #propertydevelopment #propertyinvestor #propertydeveloper #propertymanagement #propertydevelopers #architecture #townplanning

Water-cooled artificial turf is revolutionizing urban landscapes, offering a solution to combat rising temperatures and enhance safety in cities. A study in June 2020 revealed that the self-cooling turf maintained a surface temperature of 37°C, only 1.7°C higher than natural grass, whereas traditional artificial turf reached a scorching 62.5°C. Discover how this innovative technology is reshaping urban environments: #envirenment #grass #turf #innovation #technology https://flip.it/5lgtwG

Innovative Dutch #researchers have developed a game-changing solution for urban sports facilities: artificial turf with integrated subsurface water storage. This new system, tested in #Amsterdam, addresses the heat issues associated with conventional artificial turf while maintaining its durability. On a hot June day, the cooled turf reached only 37°C, compared to 62.5°C for conventional turf and just 1.7°C higher than natural grass. The self-cooling turf combines a water retention system with capillary irrigation, allowing stored rainwater to evaporate and cool the surface naturally. Not only does this #technology make sports fields safer and more comfortable, but also contributes to urban water management by reducing stormwater runoff and mitigating flooding risks. While installation costs can be up to twice that of conventional artificial turf, the benefits are significant. The system provides a cooler playing surface, reducing the urban heat island effect, and offers a similar rainwater retention capacity to natural grass. It's a promising solution for areas with limited green space and high demand for sports facilities. A full-scale cost-benefit analysis is needed to optimize the system for different climates and materials. However, initial results suggest this technology could revolutionize urban sports infrastructure, making cities more livable and #sustainable. TL;DR #1 - Cooled artificial turf reached 37°C vs 62.5°C for conventional turf #2 - The system combines water retention and capillary irrigation for natural cooling #3 - Helps mitigate urban flooding by storing rainwater #4 - Reduces urban heat island effect #5 - Higher installation cost, but multiple environmental benefits #SportsTech #UrbanDevelopment #ArtificialTurf #CoolingSystems #SmartInfrastructure

Considering the choice between a single-span and multi-span greenhouse? Here's a breakdown to help you make an informed decision: 🏡 Single-Span Greenhouse: - Structure: One wide roof supported by walls, offering limited growing space. - Size: Smaller footprint, suitable for any space. - Cost: More affordable with a simpler design. - Climate Control: Easy to heat and cool due to smaller air volume. 🏘 Multi-Span Greenhouse: - Structure: Composed of multiple spans, creating a larger growing area. - Size: Significantly larger growing space compared to single-span. - Cost: Higher initial investment due to complexity. - Climate Control: Requires sophisticated systems for larger volumes, allowing for diverse climate zones. - Applications: Ideal for commercial growers, large-scale agriculture, and research facilities. Each type has its advantages based on your specific needs and goals. Choose wisely! For more informations☎ Contact us ✉ Email: [email protected] 🌐 Web: www.prasadaa.com 📞 Mob/WhatsApp: 86 181 4413 3314 #prasadagreenhouse #greenhouse #growing #planting #Farming #Agriculture #Sustainability #hydroponic #soilless #vegetables #crops #agribusiness

💬 “It’s not to say that tree planting initiatives aren’t important for heat mitigation, but that large-scale planting policies require careful consideration.” New UNSW research has found the heat mitigation benefits of trees are significantly reduced during heat waves. 🌳 The study highlights the importance of species selection, proper irrigation and informed policy as cities turn to green infrastructure to help combat urban overheating. ⬇️ https://lnkd.in/gv9G2zfn.

Nature does need money and more protection, but we’ve never met the need commensurate with the value of the constant labour that it performs — such as water retention and filtration, soil retention by trees and plants, pollination, irrigation, aesthetic and spiritual enhancement, pollination and, of course, carbon sequestration. We must now abandon the conventional approach to value and set up systems that account for nature as economically indispensable. https://lnkd.in/ejzyYfcj

🌿 Unlocking Urban Green Sustainability with Soil Moisture Monitoring 🌿 Precise soil moisture monitoring is a game-changer for urban green spaces. It optimizes irrigation, promotes healthy plants, and ensures soil health. But ensuring the balance between freshwater availability and demand can be challenging for municipalities. Explore how smart technology like Sensoterra's wireless soil moisture sensors are reshaping urban green and freshwater management - for energy and labor savings and water conservation. Read more Let's make our cities greener and more sustainable! 🌱💧🌆 #Sustainability #SmartTech #UrbanGreenSpaces #waterconservation #urbangreen #greeninfrastructure #naturebasedsolutions

#Green is the most connoted color in the #RealEstateIndustry and (not least) when it comes to #facades, we should have a closer look at it – and ask: what does it mean? When we want to create more sustainable projects, we should reflect, whether greening facades is the option to go – or focusing on building performance and environmental technologies to lower carbon emissions is superior.   In context of today’s #technology and while assessing the input of material, irrigation facilities and maintenance we should be critical on our self-understanding: Do we make it possible just because we can – or do we really create benefit for the environment? Identifying crucial factors for tailored implementation of #greenfacades in each project is essential. This involves recognizing their positive impacts, encompassing improved insulation, biodiversity support, aesthetic enhancements, and end-user well-being. Aligning these factors with the #ESG strategy is pivotal for making informed decisions. The term #Technologieoffenheit, frequently used in Germany, describes a systemic approach to technological challenges, encompassing both advanced and low-tech solutions. Determining the decisive factors for project-specific implementation of #greenfacades and understanding their contribution to the client's #ESG strategy remains crucial. Pioneering projects create technological expertise, that will be substantial in further discourses, so we need those to actively shape our future. Thank you Zak World of Façades #Frankfurt for this opportunity to this open-minded forum – and thank you Tiia Vahula & Andreas Urff (UNStudio), Jonas Kleuderlein (SGS) and Christoph Cellarius (Gross und Partner) for the insights and the constructive discussion – let’s green the future together – adequately / effectively!

Ecological Door Market 𝐒𝐢𝐳𝐞 𝐀𝐧𝐝 𝐅𝐨𝐫𝐞𝐜𝐚𝐬𝐭 ➢𝐆𝐞𝐭 𝐌𝐨𝐫𝐞 𝐈𝐧𝐟𝐨(𝐑𝐞𝐩𝐨𝐫𝐭)👉:https://lnkd.in/ecnAimE6 Ecological #Door Market size is growing at a moderate pace with substantial #growth rates over the last few years and is estimated that the market will #grow significantly in the forecasted period i.e. 2024 to 2030. ➢ 𝐓𝐨𝐩 𝐊𝐞𝐲 𝐏𝐥𝐚𝐲𝐞𝐫𝐬 𝐦𝐞𝐧𝐭𝐢𝐨𝐧𝐞𝐝 𝐚𝐬 𝐛𝐞𝐥𝐨𝐰: XD, Goldea, Ume, SuperUs, KKday, Nature, By Type Molded Doors Color Block Doors Other By Application Home Improvement Office Space Other Manufacturers in the Ecological #Door Market frequently follow certifications and standards, like as FSC certification for sustainable #forestry methods or #Energy Star ratings for energy #efficiency, to substantiate their #environmental claims. These accreditations support #companies and customers in making decisions that are consistent with their environmental #principles.