Solid Surface Furniture

Krion™ Solid Surface is also widely used to create furniture for homes, public areas, commercial spaces, and almost any setting you can imagine. Because of its unique and exclusive properties, the compact mineral developed by KRION can be used to design furniture pieces that would be hard to achieve with any other material.

One of the key features that makes solid surface furniture possible is the flexibility and moldability of its composition, which allows for the creation of distinctive forms that other materials cannot easily deliver. From organic curves to geometric designs, and combined with the broad range of colors available in Krion™, this material is an outstanding option for producing original pieces that immediately draw attention.

Krion™ furniture for every kind of space

Discover the versatility of compact mineral Krion™ and see how easily custom solid surface furniture can be created with this next-generation material, designed to turn any idea into reality.

The benefits of KrionÂ® KÂ·Life in hospital atmospheres

Although any area that people come into contact with must meet certain hygiene and safety conditions for the user, there are certain places where cleanliness levels must be extreme. We are talking about healthcare environments, where every detail that can influence the hygiene of a space counts. Be it clinics, hospitals, medical consultations or cosmetic centres, healthcare environments require materials, tools and protocols that ensure an environment free of bacteria and pollutants. A good choice of materials is essential for preventing the spread of pathogens, such as viruses and... bacteria, especially now that we are living with the COVID-19 pandemic. It is a need and a responsibility of architects, entrepreneurs and designers to generate environments that are safe for people who are going to use the hospital or other health facilities. As a result of the need to find materials that are beneficial to health-related environments, various studies have been carried out to understand the behaviour of viruses on a Krion surface. The prestigious architecture, engineering and hospital management portal Hospitecnia has published an article about RC Krion K·Life 1100 and how the material creates better hospital environments. What will you discover in this article about RC Krion® K·Life 1100? What is RC Krion® K·Life 1100 Benefits of RC Krion® K·Life 1100 in healthcare spaces Applications of RC Krion® K·Life 1100 in healthcare environments What is RC Krion® K·Life 1100? RC Krion® K-Life 1100 is a solid material composed mainly of natural minerals, with a minimum content of 5% recycled material from post-consumer waste, which stands out for its high resistance and ease of maintenance. Thanks to its almost zero porosity and its ability to resist aggressive chemicals, it is a suitable option for projects in healthcare environments where hygiene and durability are essential. This material meets the functional and aesthetic needs of spaces such as hospitals, clinics, and medical centers. In addition, its customizability and versatility allow it to be adapted to the specifications of each project, meeting the hygiene and sustainability requirements of the healthcare sector. The benefits of Krion® K·Life in Healthcare spaces As a primary requirement for use in healthcare spaces, any material must have a series of certificates issued by independent bodies that guarantee the safety of the facilities and the users. KRION has numerous health and safety certificates, including: REACH, GREENGUARD, A +, EPD, BPA FREE, as well as two certificates that give us the category of healthy product, HPD (Health Product Declaration ) and DECLARE. REACH: This is a European compliance record and assessment, the purpose of which is to improve the protection of the environment and human health against all risks that may arise due to the use of certain potentially dangerous chemicals in materials. GREENGUARD GOLD and A+: This certificate guarantees that a product has been designed for indoor spaces and that it complies with strict limits on chemical emissions (VOCs) for more than 10,000 chemicals, being safe for hospital or school environments. DECLARE and HPDs: Thisis a transparency certification that mainly shows the ingredients of materials to verify their safety level for both the health of people and the environment. EPD: This isa type III eco-label that is based on the life cycle analysis to assess the environmental impact of a product. In addition to certifications that guarantee the safety of this material, these are some of the advantages of Krion® K·Life for the healthcare sector highlighted by professionals: Easy cleaning: With almost zero porosity, Krion® does not allow dirt and pollutants to penetrate the material. Its imperceptible joints also assist cleaning, as there are no hard-to-reach corners where germs can accumulate. Resistance to chemical agents: Health spaces must absolutely ensure that the hygiene of the place is thorough. Therefore, aggressive compositions are often used to disinfect and kill bacteria. Krion® is resistant to these types of materials, ensuring the integrity of the surface and its durability. Customisation capacity: It adapts perfectly to the designs of healthcare centres to guarantee the health and well-being of users. The thermocurving property contained in our solid surface, helps to adapt it to the environment under the established professional requirements. A functional environment must go hand in hand with an aesthetic and friendly environment that works with patient care. Zero porosity: This capacity has been tested using different methods or water absorption tests. KRION has been introduced into ambient water and boiling water and the amount of absorbed water has been analysed. The result has always been 0.07% of the water absorbed, i.e. practically zero porosity. Asepsis: The surface is aseptic and very easy to clean thanks to its zero absorption. KRION's aseptic quality is accredited by trials such as Wear & Cleanability CSA & IAMPO. It also holds the NEMA LD3, ISO 19712 and UNE 56867 certifications, which guarantee its resistance to stains and chemical agents. Bacteriostatic capacity: Several studies have been conducted based on ASTM G-22, ASTM G-21 and ASTM Standard D6329 and all have yielded positive results: Krion® prevents the growth and spread of pathogenic microorganisms, such as bacteria or fungi. Krion® K·Life's solid surface combines some of the properties most valued by customers; being able to improve the quality of the environment, which is fundamental in healthcare environments. Applications of RC Krion K·Life 1100 in healthcare environments RC Krion® K·Life 1100 is a highly versatile material that can be adapted to various applications within hospital environments thanks to its technical properties. Countertops and work surfaces for hospitals Work surfaces in hospitals, clinics, and healthcare centers must meet rigorous criteria for functionality, hygiene, and durability. RC Krion® K·Life 1100 is a material designed to meet these demands, offering an aesthetic, technical, and highly resistant solution. The continuous surfaces, with no visible joints, not only reinforce the feeling of cleanliness and order, but also eliminate points of dirt accumulation, reducing the risk of cross-contamination in critical areas such as treatment rooms, intensive care units, and consultation areas. The use of RC Krion® K·Life 1100 on work surfaces allows for the creation of environments that facilitate workflow in healthcare settings, optimizing the efficiency and comfort of medical staff. Thanks to its thermoforming capabilities, the material can be molded and adapted to different configurations without compromising the integrity of the design, allowing for the creation of customized solutions for each specific area of the hospital, from work surfaces to customized modules for care units. Thus, in a sector such as healthcare, where safety and hygiene are essential, RC Krion® K·Life 1100 is presented as a comprehensive solution that not only meets technical demands but also provides essential aesthetic value for modern healthcare environments.

Krion as a protagonist in the design of public spaces in architecture

The design of public spaces in architecture seeks not only aesthetics, but also to improve the quality of urban life in places with a large number of users. Maximum hygiene, easy cleaning and resistance are some of the key properties of materials suitable for continuous use. In this sense, Krion offers innovative, sustainable and versatile solutions that transform architectural projects, adapting to the current demands of public spaces. What will you discover in this article? We explore how the architectural design of public spaces influences urban... coexistence and the creation of more inclusive environments. We detail the technical properties that make Krion® an ideal solution for high-traffic spaces: regenerability, hygiene, thermoformability, and resistance to chemical agents. We analyze the main trends in public space architecture and how Krion® aligns with them to facilitate more accessible, sustainable, and multifunctional designs. What is the design of public spaces in architecture and why is it important? The design of public spaces in architecture refers to the planning and construction of accessible and functional urban areas, such as government buildings, bridges, squares, parks or transport stations. These spaces are meant to be inclusive and encourage social interaction. Public architecture should have a communal value, as it becomes the meeting point for people and reflects the history and culture of a city in which it is located. Furthermore, the importance of these spaces lies in their ability to respond to social, economic and environmental needs. Architects must consider factors such as safety, accessibility and sustainability in order to create environments that last over time and improve coexistence. In this context, the materials selected play a crucial role in ensuring the durability and functionality of these areas. Principles of public design architecture The architecture of public spaces is based on a series of principles that define its social function, urban impact, and cultural legacy. These principles guide the planning, design, and execution of projects that must balance aesthetics, functionality, and civic responsibility. Below, we review the essential pillars that underpin contemporary public design. Collective vocation and social function Public space is at the service of the community. Its design should facilitate interaction, promote a sense of belonging, and respond to the social dynamics of each environment. It is not just about “building beautifully,” but about creating places where people want to be, live, and participate. Urban connectivity and continuity Good public design establishes fluid connections between different parts of the city. It integrates the built environment with the landscape, encourages pedestrian and bicycle mobility, and connects neighborhoods, cultures, and generations. Spatial continuity is key to weaving cities together and facilitating everyday travel. Legibility and orientation Public spaces must be understandable and navigable. This involves designing with spatial logic, prioritizing routes, incorporating clear signage, and ensuring that every user can understand and use the space without difficulty. Visual and functional orientation is a key criterion in the urban experience. Identity and memory of place Each project must engage with the cultural and architectural context in which it is located. Public architecture is not neutral: it communicates values, reflects collective identities, and can become an urban symbol. Designing with historical and cultural awareness brings a sense of place and continuity with the memory of the territory. Adaptability and resilience Public space must be capable of transforming itself and responding to new uses, flows, or situations (climatic, social, health, etc.). Designing with urban resilience principles in mind means anticipating future scenarios, facilitating maintenance, and allowing spaces to evolve without losing their essence. How Krion® contributes to the design of durable public spaces Krion® is a material that stands out for its strength, versatility and sustainability, making it a perfect choice for architectural projects in public spaces. Specifically, it has the following technical properties that make it ideal for the creation of durable and adaptable urban environments. High resistance: Public spaces are subject to continuous use and therefore require materials that withstand daily wear and tear and adverse environmental conditions. Krion® is resistant to impacts, chemical agents and UV rays, guaranteeing a long service life. In addition, its surface can be regenerated without altering its properties, restoring its original appearance, which is essential in high-traffic environments. Sustainability: Our commitment to the environment is evident in solutions such as Recycled Content Krion® K-Life1100, which contains a minimum of 5% post-consumer recycled material in its composition. This material is a conscious choice for innovative projects with a sustainable soul. In fact, thanks to the commitment to R&D&I, it has been possible to maintain the quality of the material without compromising its performance. It is therefore fully aligned with current trends of environmental responsibility in architectural design. Versatility: Krion®'s ability to be moulded into a variety of shapes allows architects to create continuous surfaces with no visible joints, offering a clean, modern aesthetic. Its ability to thermoform makes it especially useful for projects that require organic, custom shapes. In addition, it is suitable for both indoor and outdoor applications, maximising its use in a wide variety of urban projects. Durability: The longevity of materials used in public architecture is essential to reduce maintenance costs and ensure user satisfaction. Krion® ensures that public spaces remain functional and aesthetically pleasing for many years to come. Current trends in the architecture of public spaces The design of public spaces in architecture has evolved to adapt to current social and environmental needs. Among the most prominent trends are: Inclusive and accessible public spaces Public architecture must be accessible to all citizens, regardless of their physical abilities. Krion®, with its physical properties, is an excellent choice for designing inclusive spaces that promote the safety and comfort of users. Sustainability and circular economy More and more architects are prioritising sustainable construction, using materials that contribute to it. Krion® ®, with its commitment to the environment, fulfils this task® to perfection. Multifunctional and adaptable spaces Urban environments require flexibility to adapt to the needs of cities. Materials such as Krion® allow the creation of spaces adapted to different uses, responding to the needs of citizens. Architectural projects in public spaces by Krion Photography: Palladium Photodesign Porcelanosa Group Project: UAE Pavilion, (Dubai, United Arab Emirates) Architecture: Santiago Calatrava Solutions from Porcelanosa Grupo and Krion. Photo: Ferrante Ferranti - CNSMDP Porcelanosa Group Project: Tour D'Orgue, (Paris, France) Client: Conservatoire National Supérieur de Musique et danse de Paris Architecture: Christian de Portzamparc Architecte Solutions from Porcelanosa Grupo and Krion. Photography: Joao Morgado and Attilio Fiumarella Porcelanosa Group Project: HALO, (Vigo, Spain) Architecture: AM2 Architects & Arenas & Associates Solutions from Porcelanosa Grupo, Butech and Krion. Porcelanosa Group Project: Colegio Superior de Gastronomía, (CMDX, Mexico) Architecture: Pablo Ortega Interior design: Arturo Anaya and Pablo Ortega Solutions from Porcelanosa Grupo, Xtone and Krion. Conclusion The design of public spaces in architecture plays a key role in the development of more inclusive and sustainable cities. Krion®, with its commitment to innovation and sustainability, is positioned as a key option for architects looking for versatile, resistant and environmentally friendly materials. Its ability to adapt to various applications in urban environments, together with its durability and advanced technology, make it an indispensable material for public architecture projects.

Interior decoration with recycled materials

Interior design is undergoing a revolution, and with it, opportunities to create spaces that are not only unique but also environmentally responsible. Today, the choice of eco-friendly and recyclable materials is gaining momentum as designers and architects seek to shape projects that not only beautify but also contribute to the well-being of the planet by economising on the use of raw materials. At Krion, we believe that sustainability does not have to limit creativity. That is why we have developed state-of-the-art materials such as Krion® Lux, Krion®... Line, Fitwall® and Undora®, which open up endless possibilities for designing different spaces. If you are looking to transform the interiors of your projects, integrating these materials with recycled content not only improves sustainability and functionality, but also elevates aesthetics and technique to exceptional levels. These materials allow you to create sophisticated, durable and inspiring spaces, perfect for commercial, hotel, office or any environment that needs an innovative and sustainable solution. Be inspired by the endless possibilities these materials can offer you. Most common eco-friendly materials in interior design Sustainable decoration is increasingly present in interior design projects. Using recycled materials with recycled content that are recyclable and have a low environmental impact is an excellent way to transform spaces while caring for the planet. Below, we explore some of the most common materials used in decoration: Minerals Minerals are widely used in interior design because of their strength, durability and natural aesthetics. Their ability to stand the test of time makes them ideal for creating robust and visually appealing surfaces. Krion® Lux is a prime example of how minerals can be combined with a low percentage of acrylic resin to create a resistant, almost non-porous and sustainable material. Krion® Lux is made from natural minerals, such as aluminium trihydrate, and high-quality resins, which give it exceptional strength and durability. This material can be repaired, leaving it looking as good as new, extending its useful life and avoiding waste and the use of resources. Recycled Content Krion® K·Life 1100, the quintessential white Krion PORCELANOSA Group product, takes this philosophy one step further by incorporating recycled material into its manufacture, significantly contributing to reducing the carbon footprint of production. This material, in addition to offering the same purity and durability as Krion® Lux, now includes a minimum of 5% recycled content, making it even more environmentally friendly. Krion® Line This new material is composed mainly of high mineral content, aluminium trihydrate (ATH), polyester resin with organic binder and natural inorganic pigments for decoration, which provide durability to the material. It is designed for installation in furniture, continuous surfaces, linear interior cladding, bathroom and kitchen countertops, both in residential and contract environments that do not require thermoforming. This not only simplifies the installation process but also optimises project resources. Krion® Line contains a minimum of 6% recycled material. Through this reprocessing and recycling of waste materials, the need for virgin materials is reduced, thus avoiding a potential waste stream. Robust, solid and homogeneous, one of the most outstanding features of Krion® Line is its ability to be cut and drilled without generating stress, as well as allowing for virtually invisible joints. This material is impact resistant, has a long service life, is resistant to abrasion and knocks, and withstands exposure to fire without spreading the flame, obtaining the B s1 d0 certificate. Krion® Line KL R101 Mures Fitwall®, for example, is a decorative panel inspired by nature, manufactured with a high concentration of minerals. The reduction of resins in its composition makes it even more sustainable, allowing the creation of realistic textures that imitate materials such as wood, cement and terracotta. In addition, Fitwall® incorporates 6% recycled PET in its composition, giving it an even smaller ecological footprint, helping to reduce plastic waste and promote the circular economy. The mineral composition of Fitwall® makes the material not only more durable but also resistant to factors such as exposure to fire. In addition, its realistic finishes and textures offer exclusivity to the environment. Undora®, meanwhile, is a cladding material composed of at least 90% mineral filler, obtained mainly from white marble waste and local ceramic scraps. Designed with sustainability in mind, it combines aesthetics, functionality and environmental respect in a single solution. Undora® It is thin—between 2 and 8 mm depending on the model—and its light weight and large format allow for easy, clean installation without any construction work, even on existing surfaces. This makes it an ideal choice for efficient renovations and projects that require agility without compromising on design. With textures derived from natural materials such as mortar, stone and terracotta, Undora® offers an aesthetic and practical alternative to traditional cladding, bringing warmth, character and environmental commitment to every space. Why decorate with recycled materials? Choosing recycled materials is a way of giving new life to resources, transforming what could have been wasted into elements that tell a story and serve a unique purpose. It is an act of reimagination, of shaping spaces where creativity and sustainability meet, creating environments that are not only visually striking but also responsible towards the world around us. By integrating recycled materials, we are not only contributing to the circular economy, but also making a difference by creating environments that reflect a more conscious vision of the future. Each piece, from a panel to a curved surface, becomes an opportunity to reinvent interior design, merging innovation, aesthetics and functionality in spaces that go beyond the conventional. Today, more than ever, designers have the power to create projects that are not only modern and sophisticated, but also a statement of values. By choosing recycled materials, we are not only reducing waste, but also shaping a future where design becomes an agent of change, contributing to the well-being of people and the planet. Decoration ideas for the different spaces in your projects Imagine a commercial space that not only surprises customers but also makes them feel part of a greener future. Every surface, every corner, is a statement of principles: a place where beauty and sustainability come together naturally. These materials not only give new life to what others consider waste, but also allow us to shape environments that inspire, that vibrate with energy and purpose, elevating the customer experience beyond the visual. Krion® LUX L510 Lime Clay Now is the time to revolutionise the way shops, restaurants and hotels are designed, harnessing the power of recycled materials to create spaces that not only look modern and sophisticated, but also speak to the future. Spaces that invite reflection, feel authentic and conscious, and are a testament to a genuine commitment to the planet. Below, we explore some of the best ways to incorporate recycled materials into different areas of your projects. Walls that define the character of a space In commercial and hotel projects, recycled walls have the power to transform environments. From decorative panels with innovative textures to cladding that replicates natural materials, these surfaces not only add character, but also durability and ease of maintenance. Imagine a hotel lobby where the walls made of recycled materials evoke a sense of modernity and warmth, or a retail store with finishes that capture the essence of the brand and convey the place's ecological commitment. Each wall can be a focal point that, in addition to functioning aesthetically, tells a story of renewal and sustainability. Countertops Countertops are a key feature in projects such as restaurants, bars and hotels, becoming the heart of the space. With recycled materials, countertops can offer functionality and elegance while reinforcing the message of sustainability. Imagine a bar counter or kitchen countertop that not only stands the test of time but also has a unique aesthetic. Recycled materials allow you to create surfaces with finishes ranging from industrial minimalism to rustic warmth, adapting to any style while maintaining a firm commitment to the environment. Hotel receptions Hotel receptions are the first point of contact with customers, and recycled materials are perfect for conveying a message of innovation and responsibility from the outset. Think of a reception desk that combines recycled materials with cutting-edge design, creating a welcoming and sophisticated atmosphere. From solid surfaces made from recycled materials to reclaimed wood, every choice can reinforce the identity of the place, offering a warm and unique atmosphere. Receptions in commercial or hotel projects must be much more than functional; they must surprise, captivate and invite the customer to a memorable experience. Panels such as Fitwall® are easy to install without the need for special equipment or construction work. Their light weight, which varies between 6 and 10 kg/m² depending on the model, allows for quick and easy installation. In addition, Fitwall® can be cut to fit any space, making it extremely versatile. Its mineral composition makes it fire-resistant, durable and easy to maintain, making it the ideal choice for commercial and hotel projects seeking an aesthetic, functional and sustainable solution with no complications during installation. Colour palette The colour palette in a commercial or hotel project has the power to transform the atmosphere of a space, and when combined with recycled materials, it becomes a powerful tool for reflecting a commitment to the environment. Neutral tones, such as soft whites, warm greys and natural beiges, not only amplify the brightness of the space, but also create a sense of calm and serenity, inviting customers to connect more deeply with the environment. However, to add warmth and a touch of elegance, you can incorporate accents in earth tones, such as terracotta or aged wood, which evoke nature and the past, while colours such as olive green or deep blue can add a sense of freshness without losing the connection to the natural world. The key is to use these tones harmoniously, creating a space that not only looks modern and sophisticated but also speaks of responsible design, in tune with a greener and more conscious future. It's time to take the next step towards more sustainable design. Discover how recycled materials can transform your projects, offering innovative, functional and eco-friendly solutions. Discover our recyclable material options and transform your project in a responsible way.

Bathtub dimensions: 4 things you should know

What are the best dimensions for a bathtub? See how to choose the ideal size for your bathtub, taking into account four determining factors. One of the greatest pleasures of a bath is soaking in a comfortable bathtub that allows you to relax after a long day. But, for this moment to be truly pleasurable, it is essential to choose the right size of your bathtub. A poorly chosen bathtub can make the experience less than comforting. If the bathtub is too large for the space, it can be uncomfortable and make it difficult to move around in the bathroom. Conversely, a bathtub that is too small can... make you feel uncomfortable using it, especially if you prefer to enjoy long baths.In this post, we're going to tell you everything you need to know about choosing the ideal size of your bathtub. We will discuss the four key factors that will influence your decision. With the right choice, you will not only have a functional bathtub, but also a harmonious and practical bathroom. What are the standard dimensions of a bathtub? In general, bathtub dimensions are standardised, and the vast majority of manufacturers abide by these dimensions in almost all their products. However, there are some exceptions that are best suited for those seeking a bathtub outside the usual standards. An example of the latter are the possibilities you can find among the decorative bathtubs made at KRION. Krion Aro Bathtub In standard terms, a bathtub needs a space measuring approximately 70 centimetres wide and about 120-140 centimetres long. However, if you have the space, larger Solid Surface bathtubs are much more comfortable: 80 centimetres wide and about 150-180 long. If you are thinking about a larger bathtub, in addition to measuring the available space, it is worth analysing whether a bathtub of this size will be comfortable and practical in your bathroom. How long is a freestanding bathtub? Freestanding bathtubs are usually a little larger than built-in bathtubs. At KRION we have several models in different sizes that are suited to all needs. For example, the Tono model measures 195 x 90 cm. With the same length, but slightly less wide, is the Aro bathtub (195 x 80 cm). Krion Tono Bathtub Other options, such as the Almond or Pure models, are 180 cm long. The difference between these two bathtubs is in the width: Almond is 95 cm wide, while Pure is 90 cm wide. Krion Almond Bathtub If you have a smaller space, a shorter bathtub is a good idea. The Aro Air, Ras and Modul models measure 170 x 80. If your bathroom does not allow you to opt for such a large model, but you still want to enjoy the advantages of a freestanding bathtub, you can opt for the Modul model in its smaller version: 159 x 75 centimetres. Krion Aro Bathtub 4 factors that affect the dimensions of bathtubs These four factors are essential when selecting the dimensions of the bathtub you are installing at home. If you are designing your bathroom, take note of the following. 1. Available space In a large bathroom, the space available allows you to choose a bathtub longer than 150 centimetres, where you can lie down comfortably. However, in a small bathroom it is highly important to take the layout into account to see if a bathtub fits and, if so, choose a smaller model. Krion Arch Bathtub 2. Placement of taps Wall-mounted taps will not take up space in the basin and are the best option for small bathtubs. However, models such as the Tono bathtub have the option of incorporating the taps into the bathtub itself, as its size makes it easy and convenient to do so. Krion Tono Bathtub 3. Height of the person who is going to use it Depending on the height of those who will use the bathtub, it will need to be larger, or even smaller. For example: a person who stands 1.50 m tall does not need a 180 cm bathtub to sit down. On the other hand, for a 2-metre-tall person, a bathtub that is too small can be rather uncomfortable. Krion Arch Bathtub 4. Minimum passage area The width of the passage area needed for moving around in the bathroom, stepping into the bath and walking around the bathtub should never be less than 50 centimetres. However, 60 cm is best. Krion Slim Bathtub We hope these tips will help you to know what to consider when choosing the size of your bathtub. Choosing the right dimensions for a bathtub is essential to enjoy a comfortable, beautiful and functional bathroom to the fullest extent.

How to make a hotel sustainable through conscious design

In today's hotel sector, sustainability has gone from being a trend to becoming a necessity. Making a hotel sustainable not only reduces environmental impact, but also improves the guest experience, adds value to the brand and generates significant long-term savings. From the use of sustainable materials to the implementation of energy efficiency strategies, every decision counts when it comes to creating accommodation that respects the environment without sacrificing practicality and design. What a sustainable hotel is like A sustainable hotel is not only defined by... energy efficiency, but also by the use of responsible resources, the integration of renewable energies and the use of ecological materials in its construction and design. These are some of the characteristics of a sustainable hotel: Energy efficiency: installation of LED lighting systems, motion sensors and renewable energy sources such as solar panels. Responsible water management: taps and showers with flow limiters, grey water recycling systems and technologies to optimise water consumption in swimming pools and common areas. Use of sustainable materials: From furniture to wall coverings, the choice of ecological and low-impact materials is essential. Krion® LUX, Krion® LINE, Krion Shell®, UNDORA®, Fitwall® and Alluslate® are examples of innovative solutions that combine sustainability and design. Promotion of recycling: Well-signposted areas for waste management and the use of biodegradable products in cleaning and maintenance. Green spaces: Landscaped terraces, green roofs and green areas that improve air quality and the guest experience. → You may be interested in: How architecture can improve well-being with healthy buildings. Strategies for turning a hotel into sustainable accommodation Transforming a traditional hotel into a sustainable one requires planning and a comprehensive strategy that encompasses everything from construction to daily operations. Here are some key points: 1. Use of sustainable materials in the design Selecting ecological materials is fundamental to reducing the carbon footprint of the construction. Krion® Line, for example, is perfect for cladding and furniture thanks to its composition and low environmental impact. Fitwall® offers decorative panels that are not only easy to install, but are also a sustainable alternative, with a minimum of 6% recycled material, for high-traffic spaces such as receptions and common areas. Krion Shell® shower trays, washbasins and bathroom countertops are available in both matt and gloss finishes. This material allows for the creation of high-definition textures, Silk, Concrete and Rock, which contribute to the highest slip resistance coefficient, reaching Class III in shower trays. In addition, they contain a minimum of 5% recycled plastic waste in their total composition, thus committing to a more sustainable and environmentally friendly production. 2. Implementation of smart technology Automation solutions optimise energy and water consumption. Centralised energy management systems can monitor and adjust resource use in real time, improving the building's efficiency. 3. Renewable energy and efficient air conditioning Installing solar panels and harnessing geothermal or aerothermal energy can significantly reduce energy consumption. In addition, opting for efficient air conditioning systems and high-performance windows improves thermal insulation and reduces emissions. What is a sustainable hotel and how to get certified It is an establishment that reduces its environmental impact and promotes responsible practices in all its operations. But to be officially recognised as such, it is necessary to obtain certifications that guarantee this commitment. Key certifications for sustainable hotels LEED (Leadership in Energy and Environmental Design): International certification that assesses the sustainability of a building in areas such as energy efficiency, water management and materials used. BREEAM (Building Research Establishment Environmental Assessment Method): Measures the environmental impact of the building and its efficiency in the use of resources. GREEN KEY: International programme for sustainable tourist accommodation, focusing on water, energy and waste management. SCS Global Services: Recognises sustainable products and materials, such as those developed by Krion, that meet strict environmental and health criteria. In addition, it is essential to use certified materials such as Recycled Content Krion® K·Life 1100, which stands out for its characteristic whiteness and for having a minimum content of recycled material in its composition of 5%. Find out more about this sustainable solution here. How to implement sustainability in a hotel Implementing sustainability in a hotel involves a comprehensive vision that encompasses everything from the architecture to the guest experience. Here are some tips; Responsible design and construction Opt for durable, low environmental impact materials such as Krion® LUX, a high mineral composition material that is inert in the environment. The use of Alluslate® for large format cladding can reduce construction waste and improve project efficiency. Optimising resource consumption Incorporate energy recovery systems and intelligent water management. Installing taps and showers with low-consumption technologies can reduce water consumption considerably. Creating sustainable experiences for guests Inform your customers about the hotel's sustainable practices and encourage their participation in them. Provide environmentally friendly transport options, charging stations for electric vehicles and accessible recycling programmes. Monitoring and continuous improvement Implement monitoring systems to evaluate the hotel's environmental performance and adjust strategies according to the results. Sustainability is a dynamic process that requires constant review and improvement. Making a hotel sustainable is not only a responsibility to the planet, but also an opportunity to offer guests a unique experience. Adopting a sustainable approach improves brand image, reduces operating costs and responds to the demands of travellers who are increasingly aware of the impact of their choices. Are you ready to transform your project into an example of sustainability? Every choice counts. Shall we talk?