JCJ ARCHITECTURE的动态

?? We are excited to share our latest article on designing for flood-resilience ?? Learn more about our experience creating design strategies that shapes our communities to withstand rising water levels and climate challenges. ????Dive into the conversation through this link! #FloodResilience #Architecture #ClimateAction

??Green dreams? Landscape architects, it's your cue??. Visualise: Green spaces that aren't just appealing, but also climate change warriors??. Life Cycle Assessment (LCA) – an underused tool in our arsenal??. It's not just products or buildings, but landscapes too??. Whether designing carbon-absorbing parks and residential areas?? or riverside developments reducing flood risks whilst enhancing water quality??there are endless opportunities. Adopt LCA as a design consideration to make every decision count. Don't just dream of a greener tomorrow, design it today????.

APPROVED PROJECT UPDATE. In our new series of project updates, we will give you the headlines and the heads up of approved projects that we have successfully applied to complete. In this project, we will be subdividing an existing parcel of land that currently accommodates a single dwelling. By carefully planning the layout, we intend to create two separate dwellings. This subdivision aims to optimise land use and enhance the overall character of the neighbourhood. Our design philosophy prioritises sustainability and energy efficiency. The new dwelling will incorporate the following features to minimise environmental impact and promote long-term energy savings: ENERGY-EFFICIENT DESIGN: We applied passive design principles to maximise natural light and minimise the need for artificial lighting and heating. HIGH THERMAL PERFORMANCE: The building envelope will be designed to ensure optimal thermal performance and reduced energy consumption. RAINWATER HARVESTING: The development will include a rainwater harvesting system to promote water conservation and sustainable water use. NATIVE LANDSCAPING: The landscaping plan will prioritise native and drought-resistant plants to minimise water usage and contribute to the biodiversity of the area. RENEWABLE ENERGY SOURCES: We will uase the integration of renewable energy sources, to generate clean and sustainable power. In terms of meeting renewable energy standards, the project will include the integration of Photovoltaic Panels and an Air Source Heat Pump. This project aligns with the objectives and policies outlined in the local development plan. The design not only meets but exceeds the required standards for sustainable and energy-efficient housing. Do you have a project that sounds like it could do with the skill knowledge and expertise that Keystone have? Does some of the design philosophy outlined above meet your ambition for your next building project? Remember, sustainability does not have to be expensive or complicated. Subscribe to our newsletter: https://lnkd.in/e8EKkhuJ 077 52 97 92 44 www.keystonead.co.uk #WorcestershireHour #Architects #LowCarbonHousing, #Passivhaus #architecture #architect #architecturelovers #archdaily #architectural #architecturedesign #houserenovation #ecohomes #sustainablearchitecture #historicarchitecture #architecturedesigns #visualarchitects #CambridgeHomes #Cambridgedesign #EnerPHit #EnergyEfficient #BuildingRenovation #PassiveHouse #SustainableRenovation #EcoRenovation #GreenBuilding #LowEnergyBuilding #cotswoldconstruction #cotswoldhomes #cotswoldliving #lowcarbonconstruction

Check out this fascinating article from Dezeen about the "Timber Revolution" - I couldn't agree more! Architecture is also about the future. As individuals, we all have a responsibility to shape the future of our cities and urban environments, whether we work directly in construction or not. Take a look these projects and let me know your thoughts! #architecture #construction #sustainability #futurecities

#100_Days_Of_Knowledge_Seeking_and_Sharing 26/100 Sustainable Architecture and Design: Biomimicry in architectural design Biomimicry, the practice of drawing inspiration from nature to solve human design challenges, has emerged as a powerful tool in sustainable architecture and design. By observing and emulating the strategies and systems found in the natural world, architects can create buildings that are not only environmentally friendly but also highly efficient and resilient. One example of biomimicry in architectural design is the use of passive cooling techniques inspired by termite mounds. Termite mounds maintain a constant internal temperature despite fluctuating external conditions by utilizing a system of vents and channels to facilitate airflow. Architects have applied this principle to design buildings with natural ventilation systems that reduce the need for mechanical cooling, resulting in energy savings and improved indoor comfort. Another application of biomimicry is the development of self-healing materials inspired by the regenerative capabilities of living organisms. By incorporating microcapsules filled with healing agents into building materials such as concrete, researchers have created materials that can repair cracks and damage caused by environmental stressors, extending the lifespan of structures and reducing maintenance costs. Biomimicry also offers solutions for sustainable urban planning and infrastructure design. For example, urban planners can mimic the water management strategies of natural ecosystems, such as wetlands, to mitigate flooding and improve stormwater management in cities. By incorporating green infrastructure elements like bioswales and rain gardens into urban landscapes, cities can reduce the burden on traditional stormwater systems and enhance overall resilience to climate change. As architects and designers continue to explore the potential of biomimicry, we can expect to see more innovative and sustainable solutions inspired by nature. By harnessing the wisdom of the natural world, we can create built environments that not only minimize our impact on the planet but also enhance our connection to the ecosystems that sustain us. #Biomimicry #SustainableDesign #NatureInspired ?????

Practical strategies for reducing the climate impacts of landscape architecture offices. https://lnkd.in/gv-CwNgN #greenhousegas #netzerocarbon

Architectural preservation is a greener solution for the construction sector. Adaptive reuse minimizes environmental impacts by preserving and repurposing existing buildings, reducing the demand for new materials. Read more: https://bit.ly/3WFBBU5 #Sustainability #GreenBuilding

When we think of building systems, what initially may come to mind are things like the structure, enclosure, or HVAC. But what if trees were also included in this list? For all the benefits they can provide, we need to start considering trees as a fundamental building system and design opportunity. Learn more in this chapter from Corey Squire, AIA's book People, Planet, Design: A Practical Guide to Realizing Architecture's Potential.

In the evolving landscape of modern architecture, the Geoplast foundation system emerges as a beacon of innovation, reshaping our approach to foundation solutions. Born in the mid-20th century out of a pressing need for sustainable and economical building methods, Geoplast's journey is a testament to enduring environmental stewardship and flexibility. At its core, this pioneering system features modular, interlocking components crafted from recycled materials, presenting a green, cost-efficient alternative to traditional concrete foundations. Today, its significance cannot be overstated. As the construction industry faces a critical push towards sustainable practices and the reduction of urban expansion, Geoplast offers a timely solution. Its adaptability across various projects, from homes to commercial spaces, demonstrates its capacity to not only curb construction expenses but also to lessen the environmental footprint by improving soil stability and managing water more effectively. In a time where the call for sustainability rings louder than ever, the Geoplast foundation system stands out as a hallmark of innovation, operational efficiency, and environmental responsibility in the field of contemporary architecture. (Kindly DM for credit or removal)