Hospital design: creating functional and contemporary sanitary spaces

Hospital design goes far beyond mere aesthetics. Hospital architecture has evolved as we have come to realise the vital role that the environment plays in patients’ recovery and well-being. For this reason, it is essential that the design of clinics and hospitals is innovative, creating spaces that ensure safety and comfort, whilst also facilitating the work of healthcare professionals.

What will you learn in this article?

• The impact of interior design in clinics and healthcare settings
• Fundamental principles of hospital design
• Key elements in interior design for hospitals
• Sustainable design in hospitals
• Creating comfortable and safe environments for a healthcare centre project

The impact of interior design on clinics and health areas

Priorities in healthcare and hospital architecture have undergone a significant shift in recent years. Previously, the design of a medical clinic focused on functionality. And, whilst this remains a key factor, priority is now also given to promoting the well-being of users.

Recently, the design of hospital environments has sought to eliminate the coldness and lack of character often associated with such places. Instead, the focus is on creating spaces that are welcoming and friendly, whilst also being safe.

Innovations in hospital design: current trends

Innovations in hospital design reflect the evolution of medicine and healthcare itself. Hospital architecture is constantly evolving, incorporating cutting-edge technology and taking into account the psychological and emotional needs of patients.

The use of natural light is a key trend in modern hospital design. Bright, airy spaces help to create an atmosphere of well-being and tranquillity. Krion® LUX, in its pure white finish, reflects natural light and helps to create an atmosphere of calm and cleanliness.

Healthcare environments designed with Krion® Solid Surface have a contemporary and clean look. Our material allows for the creation of areas with no visible joints. This creates continuous surfaces with no gaps or corners where dirt can accumulate, facilitating cleaning and maintenance, whilst providing a smooth, seamless appearance that conveys a sense of calm and order.

Beyond trends, every healthcare project is unique and requires a bespoke approach. Krion® LUX offers a wide range of shades, allowing each space to be tailored to the project’s aesthetic and emotional requirements.

Fundamental principles of hospital design

The design of a healthcare facility must address multiple demands simultaneously: patient well-being, staff efficiency, clinical safety, hygiene and the integration of medical technology. For this reason, hospital architecture is guided by fundamental principles that form the backbone of spatial planning.

The aim is to balance the user experience with the facility’s functional performance. From the layout of clinical areas to the materials selected, every decision in hospital design has a direct influence on day-to-day operations and the quality of healthcare.

Patient-centred design

Today, the focus is shifting towards the humanisation of space. The aim is to design environments that reduce environmental stress through the control of natural lighting, acoustic treatment and the use of materials that provide visual warmth.

Furthermore, this concept incorporates universal accessibility as a fundamental pillar, ensuring that anyone can move around and use the facilities with complete autonomy, comfort and safety.

Functionality and operational efficiency

Functionality is a critical pillar of healthcare architecture. The design of spaces must support the workflow of medical staff, streamlining internal routes and reducing response times for care.

Rigorous planning of clinical areas allows for the clear segregation of patient, staff and supply flows to prevent interference and ensure impeccable logistical organisation within the centre.

Likewise, the design of healthcare spaces must take these aspects into account when selecting materials: ease of cleaning, resistance, surface durability and bacteriostatic properties such as those of Krion® LUX. The aim is to ensure safety in high-use environments.

Flexibility and adaptability of spaces

Medicine and healthcare technology are constantly evolving, which requires hospitals to have the capacity to adapt to new demands and changes in clinical services.

For this reason, contemporary hospital design favours multi-purpose spaces and modular layouts, capable of being transformed over time without the need for complex structural alterations.

The use of versatile materials, continuous surfaces and flexible construction solutions allows the healthcare facility to evolve in line with new medical protocols and the changing needs of patients.

Key elements of interior design for hospitals

To create a functional, safe and aesthetically pleasing hospital environment, it is important to consider factors such as the materials used and the design of areas, including those where procedures are carried out and the toilets.

Selection of hospital materials: durability, safety and aesthetics

In hospital interior design, the materials used must be durable and resistant to wear and tear, as well as to the intensive cleaning that is typical of this environment. Furthermore, they must comply with safety standards and be easy to clean in order to maintain a high standard of hygiene.

In this regard, as we mentioned in our article on the benefits of RC Krion® K·Life 1100 in hospital settings, our material has a high mineral content, which gives it outstanding aseptic properties in healthcare environments.

Among its characteristics, its bacteriostatic property stands out, preventing the proliferation of microorganisms on its surface. This is, without a doubt, essential in the healthcare environment. Furthermore, its virtually zero porosity, resistance to chemicals, reparability, neutral aesthetics, durability and ease of cleaning make it ideal for use in interior design for hospitals and healthcare centres.

Hospital bathrooms: ergonomic design and accessibility for patients

The design of hospital bathrooms is another crucial aspect of healthcare architecture. Functionality and accessibility are of the utmost importance in ensuring patient safety.

Bathrooms must be easily accessible to all users, including those with reduced mobility. Krion® sheets can be cut, just like wood, and thermoformed to create ergonomic designs tailored to the specific needs of each project. In addition, there are models of bathtubs and washbasins adapted for people with reduced mobility and specifically designed for healthcare environments.

Sustainable design in hospitals

Sustainability is now a key factor in healthcare architecture. As hospitals are energy-intensive and resource-heavy facilities, modern design prioritises solutions that minimise environmental impact. A sustainable project not only protects the environment, but also enhances the building’s operational efficiency and creates spaces that promote the health of patients and staff.

Energy efficiency

Reducing energy demand is one of the primary objectives in sustainable healthcare construction. The use of natural lighting, together with air conditioning systems and thermal insulation solutions, allows for a reduction in the building’s energy consumption without compromising thermal and lighting comfort.

Sustainable materials in hospital architecture

The selection of materials is a key decision for the project’s sustainability. The surfaces chosen must ensure durability, low maintenance and clinical safety, but also a reduced environmental impact throughout their lifecycle.

In this context, solid surfaces such as Krion® LUX stand out for their long service life, ease of repair and minimal maintenance requirements, which contribute to long-term resource savings. Furthermore, their low emissions of volatile organic compounds (VOCs) ensure optimal air quality, a critical factor in recovery environments.

Environmental certifications (LEED, BREEAM)

A hospital’s sustainable performance is validated through international certifications such as LEED or BREEAM. These certifications assess aspects such as water efficiency, energy management, air quality and material traceability. The integration of products that meet standards such as GREENGUARD GOLD facilitates the attainment of these accreditations, ensuring that the project complies with the most stringent environmental regulations.

Creating comfortable and safe environments for a health centre project

The ultimate goal in hospital design is to create an environment that is comfortable and safe for all users. This involves considering functionality and safety, whilst also recognising that spaces can influence the emotional well-being of patients and hospital staff.

Using Krion® LUX in a healthcare facility project can enhance this atmosphere of well-being and, thanks to its versatility, allows for the creation of fully customised designs for a clinic.

There is no doubt that, as we move towards the future of hospital design, it is essential that we continue to seek innovative and sustainable solutions. After all, we want to provide the very best for both patients and the staff who look after our health.