Lighten up: Loop.pH installation VelO2 shines a light on active, healthy cities

Metrotown, a rapidly developing urban center in Burnaby, is projected to see an 82% population increase by 2031, driving demand for new residential developments. In response, a new development named O2 Metrotown by Keltic Development introduces 285 homes, ranging from studios to three-bedroom units, explicitly designed with health and wellness in mind. This project is inspired by the WELL Building Standard, aiming to measurably enhance residents' overall well-being through integrated features. The interiors of O2 Metrotown homes, designed by Scott Trepp Design, incorporate numerous innovative wellness elements. A key feature is the luxurious ensuite bathrooms, which include heated porcelain tile floors and a premium, fully enclosed steam shower. These steam showers, standard in all two-bathroom homes and optional in one-bathroom homes, offer therapeutic benefits such as toxin flushing, improved circulation, cardiovascular health, stress reduction, and skin detoxification. An aromatherapy reservoir allows for the use of essential oils to further enhance the experience. Water quality is addressed through advanced filtration systems installed in every home. These systems remove harmful chemicals, metals, and contaminants, contributing to improved energy levels, digestion, joint health, skin health, and reduced oxidation levels for residents. Air quality is also a priority, with commercial-grade air purification systems in every home and amenity area. These systems are designed to remove up to 135% more particles than typical building systems, protecting against airborne viruses, molds, microbes, and other harmful contaminants, a feature that has gained increased importance post-COVID-19. The holistic design approach extends to practical and aesthetic details. Homes feature space-saving kitchen storage, display niches, and under-mount cabinetry lighting in both kitchens and bathroom vanities. Climate control is managed by a state-of-the-art variable refrigerant flow (VRF) heating and cooling system, controlled via smart, Wi-Fi-connected thermostats, allowing residents to manage their home's temperature remotely. Charcoal roller blinds, which block up to 97% of UV rays, further assist in temperature regulation, glare reduction, and protection of interior furnishings. The material palette includes polished porcelain tiles and engineered stone countertops in contemporary color schemes like Halo or Dusk, aiming to create a luxurious, penthouse-like ambiance. Recognizing that people spend approximately 90% of their time indoors, O2 Metrotown emphasizes the significant impact of built environments on health outcomes. Keltic Development positions this project as a challenge to the status quo of urban living, asserting that a healthy lifestyle represents the ultimate luxury. Beyond individual units, the development offers over 7,200 square feet of indoor and outdoor amenity space. This includes an expansive fitness studio with premium equipment and floor-to-ceiling windows, along with a 500-square-foot open-air patio for post-workout cool-downs. Wellness amenities also feature an infrared sauna, located near a yoga room, complete with a Himalayan salt wall, cedar-clad surfaces, and a glass door, providing a soothing spa-like environment. A multi-purpose room off the lobby offers a flexible space for hosting, dining, and gatherings, equipped with a chef-inspired kitchen, a media area with a large television, plush sectional seating, and direct access to an outdoor kitchen and BBQ area. The development's location further promotes well-being due to its proximity to Metrotown's 220-acre Central Park. Residents can utilize the park's Perimeter trail for walking or biking, which features a rubberized surface and night lighting. The park also provides access to tennis courts, an outdoor swimming pool, a pitch and putt golf course, playgrounds, and picnic areas. O2 Metrotown's location near the Metrotown SkyTrain Station allows for a 20-minute commute to downtown Vancouver, reducing reliance on personal vehicles. This proximity also offers convenient access to the Metropolis Mall and various local cafes and restaurants on foot, enhancing the urban living experience. #MetrotownDevelopment #WellnessHomes #O2Metrotown #KelticDevelopment #WELLBuildingStandard #LuxuryLiving #HealthConsciousDesign #SmartHomeTechnology #UrbanAmenities

Osram, a German lighting firm, has completed an eight-year project to retrofit several iconic Vatican sites with LED lighting. This initiative aimed to address significant issues associated with traditional incandescent bulbs, including high energy consumption, considerable heat generation, and inadequate illumination that hindered the full appreciation of priceless artworks. The project began in 2011, following discussions between Osram and EU officials seeking to demonstrate the potential of LED technology for sustainable, high-quality illumination in culturally significant spaces. Before implementation, Osram undertook rigorous testing to ensure the LEDs would not damage the delicate pigments and materials of the Vatican's art. Over 280 pigments were tested for more than a year at intensified illumination levels, revealing only one instance where the heat from LEDs affected a pigment made with egg whites. This meticulous approach underscored Osram's commitment to preservation while introducing modern lighting solutions. The successful testing paved the way for the installation of luminaires in the Sistine Chapel, the Raphael Rooms, the Sala Regia, and later, St. Peter's Square and St. Peter's Basilica. In the Sistine Chapel, luminaires were strategically placed along the upper railing, designed to be largely invisible to visitors. The new system allows for a standard visitor illumination of 75 lux, a significant increase from the previous 5 to 6 lux, and can be boosted to 110 lux for special events using wireless controls. This upgrade has resulted in a 90 percent reduction in energy consumption in the equipped rooms, drastically cutting the Vatican's electricity costs. Previously, the immense cost of lighting St. Peter's Basilica meant that not all lights could be activated simultaneously, obscuring many artworks. The enhanced lighting scheme now permits visitors to view the masterpieces by Michelangelo, Botticelli, Perugino, Pinturicchio, Raphael, and other Renaissance artists as they were originally intended. In the Sala Regia, the improved illumination highlights the marble and Vasari's paintings with unprecedented clarity. Similarly, the intricate details of the Raphael Rooms, depicting historical and mythological scenes, are now fully visible. St. Peter's Basilica, which attracts approximately 27,000 visitors daily, benefits from 780 luminaires that provide even lighting throughout the interior, with Bernini's altar receiving special, brighter illumination. This extensive project not only resolves practical issues of cost and preservation but also elevates the visitor experience by revealing previously dimly lit details of the Vatican's artistic and architectural heritage. The success of this endeavor positions LED technology as a viable and approved solution for illuminating even the most sensitive and artful interiors globally, earning a significant endorsement from the Vatican. #LEDLighting #Vatican #ArchitecturalLighting #ArtPreservation #EnergyEfficiency #HistoricPreservation #ReligiousArchitecture #MuseumLighting #SistineChapel

The increasing popularity of green hues in architecture and interior design, reflective of a growing eco- and wellness-zeitgeist, is inspiring new collections that aim to bring the calming essence of nature indoors. Hyperion Tiles has responded to this trend by curating a comprehensive collection of green-hued tile designs, known as the Silk Screen collection. This collection features both new and existing tile designs, intended for designers and hoteliers who wish to incorporate the current color trend with the assurance of its enduring appeal. The versatility of natural green tones makes them suitable for creating tranquil and soothing environments across various spaces, from kitchens and bathrooms to hallways and garden rooms. Hyperion Tiles offers a diverse range of floor and wall tiles that enable myriad design possibilities. These include bright geometric patterns and designs that mimic natural marble. For instance, Fired Earth tiles within the collection offer a blend of traditional and contemporary aesthetics, providing depth through subtle variations in texture and tone. An example is the Livid Alalpardo Encaustic Tile, which can be used to create distinctive entrances with intricate tessellations, fitting contemporary, retro, or classic design schemes. Another option within the collection is the new Rainforest Porcelain Lemurian. This large-format, rectangular polished porcelain tile features a modern marble effect in green, designed to impart a luxurious finish to both walls and floors. Furthermore, the Green Otura Tile, an encaustic tile with a matte finish, aligns with the current trend for geometrics. It is particularly suitable for bathroom walls, whether used as a statement splashback or for flooring, offering a wide array of design applications. Richard Skeoch, Director at Hyperion Tiles, emphasizes the collection's endless versatility. He notes that while green is often confined to kitchens and bathrooms, its potential extends to halls and garden rooms. Beyond color, the collection allows for selective use of patterns, either as accents, borders, or to define specific zones within a space, such as a feature wall in a bathroom created with various green tiles. The incorporation of gloss or iridescent finishes can add further interest and impact. To achieve a cohesive design, it is recommended to integrate the green tiles with other room elements, such as sanitaryware or furniture. Hyperion Tiles boasts an extensive inventory of over 15,000 bespoke floor and wall tiles, available in a wide range of patterns, colors, shapes, and sizes. In addition to tiles, the company provides a specialized selection of luxury wallcoverings and distinctive bathroom elements, including mirrors and storage solutions. The Hyperion team offers expert advice, technical knowledge, and in-depth product information to designers, specifiers, and architects, facilitating informed choices for their projects. #HyperionTiles #GreenHues #InteriorDesign #TileDesign #EcoFriendlyDesign #WellnessInDesign #HotelDesign #CommercialInteriors #TileTrends

Green roofs and green walls are emerging as a transformative element in modern urban design, moving beyond mere aesthetic appeal to provide significant environmental and economic benefits. These vegetated surfaces, appearing globally, harness the natural functions of plants to counteract pressing environmental issues such as air pollution and the urban heat island effect, fostering a more sustainable urban environment. Green roofs are meticulously designed systems where vegetation partially or fully covers a roof, typically built upon a waterproof membrane. These systems often integrate components like root barriers, drainage systems, greywater treatment, and irrigation to ensure functionality and longevity. Beyond their visual appeal, green roofs act as natural insulators, regulating building temperatures and potentially reducing summertime energy costs by up to 25 percent for a typical three-story building. Their remarkable absorption capabilities also reduce stormwater runoff by 40-60 percent, lessening the burden on urban drainage systems. Furthermore, green roofs play a crucial role in mitigating air pollution and the urban heat island effect by trapping particulate matter, conducting photosynthesis to absorb carbon dioxide, and capturing harmful gases, thereby improving outdoor air quality. They also offer opportunities for integrating green technologies, such as photovoltaic panels and solar thermal collectors, and contribute to increased urban biodiversity by providing habitats for wildlife and supporting food production and urban agriculture. This multifaceted approach helps to offset the detrimental impact of urbanization on natural ecosystems, paving the way for a healthier and greener future. Similarly, green walls, encompassing living walls, retaining living walls, and green facades, introduce vertical vegetation to building surfaces. Living walls are composed of pre-vegetated panels or modules attached to a structural frame, while retaining living walls stabilize urban slopes with vegetation. Green facades, on the other hand, utilize climbing plants or vines on supporting structures. Each type of green wall offers unique technical specifications, but all share the common goal of sustainability. High-grade green walls provide many of the same benefits as green roofs, including natural cooling properties, and introduce additional advantages such as revitalizing derelict spaces. They can decrease indoor temperatures by as much as 10 degrees and reduce sound reflection, contributing to a quieter urban environment. Strategically placed green walls also improve indoor air quality and circulation by filtering out volatile organic compounds (VOCs). Moreover, they act as an extra insulating layer, protecting building structures from temperature fluctuations, UV radiation, and rain damage, thereby extending the lifespan of organic construction materials and exterior finishes. Both green roofs and green walls represent significant advancements in urban design and innovation. These landscaped building surfaces offer hope amidst the concrete landscapes of cities by delivering substantial economic benefits through enhanced thermal insulation and reduced utility bills. They also naturally filter water and air, which not only helps to manage the heat island effect but also promotes human health and well-being, laying the groundwork for a more sustainable and vibrant future for generations to come. #GreenRoofs #GreenWalls #UrbanSustainability #EnvironmentalBenefits #BuildingInsulation #AirQuality #StormwaterManagement #Biodiversity

Tenement buildings in areas like Govanhill, while aesthetically pleasing with their high ceilings and stone construction, were not originally designed for energy and heat conservation, posing challenges in the context of the climate crisis. Retrofitting offers a solution by modifying existing buildings to enhance energy efficiency and transition away from fossil fuels to low-carbon heat sources. This process, however, faces a 'chicken and egg' dilemma: a shortage of skilled labor and supplier capacity, coupled with insufficient demand to incentivize tradespeople to invest in new skills. Loco Home Retrofit, a Southside-based cooperative, aims to bridge this gap by acting as a community intermediary. Co-founder Chris Carus emphasizes that insulation is a more cost-effective immediate step than relying solely on renewable energy sources like wind turbines. The cooperative provides paid advice and project management services, while also fostering a community where homeowners can learn from each other. A key goal is to improve the dynamic between homeowners and the supply chain, supporting local small enterprises to capitalize on the decarbonization transition. They believe that existing local tradespeople possess the fundamental skills needed and aim to 'de-risk' the adoption of new retrofit techniques for them. For self-employed tradespeople, acquiring new skills in retrofitting often means a temporary loss of income due to the time investment and the current lack of guaranteed immediate returns. Loco Home Retrofit, founded by Chris Carus and Tom Nockolds, endeavors to mitigate this challenge, making it more feasible for tradespeople to embrace new opportunities in the green economy. Tom Nockolds highlights that retrofitting can transform tenement flats, which are structurally luxurious but often thermally inefficient, into comfortable and energy-efficient homes, preparing them for future heating sources that will operate at lower temperatures than current gas boilers. Beyond environmental benefits, retrofitting has significant social implications. Chris Carus points out that it can alleviate fuel poverty and protect future occupants from it, while also addressing health problems associated with poorly heated homes, thereby reducing pressure on healthcare services. Improved thermal comfort enhances quality of life and can boost productivity for those working from home. A pioneering research project in Strathbungo involves the Southside Housing Association retrofitting a tenement building on Niddrie Road to high standards, including insulation and heat pumps in some units. This initiative serves as a vital template for the 73,000 pre-1919 sandstone tenements in Glasgow, given that a typical tenement emits 5.6 tonnes of carbon annually, significantly more than modern homes. While this Niddrie Road project represents an extensive approach, smaller-scale interventions are also valuable. A major hurdle for tenement retrofitting is the organizational complexity involving multiple homeowners and the prioritization of more urgent maintenance issues. Although retrofitting is already implemented in social housing, the current supplier capacity is insufficient to meet the broader demand for decarbonization. Chris Carus offers practical tips for homeowners, including adjusting boiler temperature dials, draught-proofing, considering whole-home solutions rather than isolated measures, and initiating discussions with neighbors in tenements to collectively address building maintenance and the transition away from fossil fuels. #RetrofitRevolution #TenementLiving #EnergyEfficiency #LowCarbonHeating #CommunityInitiative #SustainableHomes #FuelPoverty #ClimateAction #UrbanRegeneration