A floating resort installation

Abstract

A floating resort installation 100 that includes an annular hull 102, a superstructure 104, and a domed roof 110. The annular hull is designed to define an inner sea pool 114. The superstructure is mo

Description

Field The technology pertains to the field of marine architecture and engineering, specifically focusing on floating structures. Background The desire for tropical holiday experiences is a common one, particularly among residents of countries with temperate climates in high latitudes. Traditionally, these experiences have been sought in tropical countries, necessitating long-distance air travel. However, air travel is associated with several problems. It can be timeconsuming and uncomfortable, detracting from the overall holiday experience. Additionally, air travel contributes significantly to carbon emissions, which is a concern for environmentally conscious travellers. Cruises offer an alternative to air travel, but they also have their limitations. While they provide sea views and standard facilities, they lack the immersive tropical climate experience that some travellers desire. Furthermore, the experience offered by cruises is largely uniform, with little variation in climate or environment. The technical causes of these problems are manifold. Current HVAC systems may not be capable of accurately replicating the temperature, humidity, and other environmental conditions of a tropical climate. This technical limitation prevents the creation of an authentic tropical resort experience indoors. Additionally, simulating a tropical climate indoors requires significant energy, which can lead to high operational costs and increased carbon emissions. This technical challenge must be addressed to make the system sustainable and environmentally friendly. Cruise ships are typically designed with standard HVAC systems that are not optimised for creating a tropical environment. Integrating advanced climate control systems into existing cruise ship infrastructure poses technical challenges related to space, power supply, and system compatibility. Summary According to a first aspect of the disclosure, a floating resort installation comprises an annular hull configured to define an inner sea pool, a superstructure mounted on the annular hulls, and a domed roof mounted to the superstructure and defining a central volume, wherein the central volume is arranged to have a different climate to the external climate outside the floating resort installation. This configuration allows for a unique and controlled environment within the central volume, providing guests with a consistent and pleasant climate regardless of external weather conditions. Optionally in some examples, the inner sea pool is shielded from the waves by the annular hull. This feature enhances guest comfort and safety by ensuring calm swimming conditions within the inner sea pool, making it an ideal location for relaxation and water activities. Optionally in some examples, the domed roof comprises a transparent dome material. This allows natural light to enter the central volume, enhancing the tropical experience for guests and contributing to the overall aesthetic appeal of the resort. Optionally in some examples, the transparent dome material is one or more of polycarbonate or similar materials, ETFE (ethylene tetrafluoroethylene), PMMA (polymethyl methacrylate, also known as acrylic), tempered glass, solar control glass, or laminated safety glass. These materials provide durability, impact resistance, and UV protection, ensuring the longevity and safety of the domed roof. Optionally in some examples, the transparent dome material is mounted to a rigid supporting structure. This ensures the stability and structural integrity of the domed roof, allowing it to withstand various environmental conditions and providing a safe environment for guests. Optionally in some examples, the transparent dome material allows solar heating of the central volume. This feature contributes to the energy efficiency of the resort by utilising natural sunlight to maintain a warm and comfortable climate within the central volume. Optionally in some examples, the superstructure comprises accommodation and facilities for guests. This provides a comprehensive and luxurious experience for guests, with amenities such as residential suites, luxury cabins, conference rooms, cafeterias, lounge areas, spa and wellness centres, fitness centres, retail shops, observation deck, entertainment theatres, medical facilities, kids' zones, gaming arcades, libraries, offices, greenhouses, bars, and pubs. Optionally in some examples, the annular hull is floating and allows the floating resort installations to be relocated. This feature provides flexibility and safety, enabling the resort to be moved to different locations or away from adverse weather conditions, ensuring a continuous and enjoyable experience for guests. Optionally in some examples, the annular hull has a diameter of up to 100 metres. This specification allows for a spacious and expansive resort area, accommodating a large number of guests and providing ample space for various amenities and activities. Optionally in some examples, the annular hull comprises an outer perimeter having a portion of the deck in the external climate on which is accessible. This feature offers guests the opportunity to enjoy outdoor activities and the natural environment, enhancing their overall experience at the resort. Optionally in some examples, the floating resort installation comprises an inner swimming pool connected to the superstructure and extending out into the inner sea pool. This design provides guests with an additional swimming area that is easily accessible from the main resort facilities, offering a variety of water experiences. Optionally in some examples, the inner swimming pool comprises warmer water temperature than the inner sea pool. This feature ensures that guests have a comfortable and enjoyable swimming experience, regardless of the external sea conditions. Optionally in some examples, the floating resort installation comprises a power connection connected to one or more external power sources. This allows the resort to utilise external power sources such as shore-based power distribution grids, power generators, or offshore power generators, reducing the need for onboard engines or generators and contributing to environmental sustainability. Optionally in some examples, the floating resort installation comprises a services connection that facilitates the provision of utilities and services to the floating resort installation. This ensures that the resort has access to necessary utilities such as water supply, wastewater drainage, data transfer, and communication network, providing a seamless and comfortable experience for guests. Optionally in some examples, the floating resort installation comprises one or more mooring lines arranged to fix the annular hull with respect to the sea floor. This feature ensures the stability and safety of the floating resort installation, preventing it from drifting and providing a secure environment for guests. Brief Description of the Drawings Examples are described in more detail below with reference to the appended drawings. Figure 1 is a schematic side view of the floating resort installation with an annular hull, superstructures, domed roof, and central volume according to some examples; Figure 2 is a plan view of the floating resort installation with an annular hull according to some examples; Figure 3 is a schematic side view of the floating resort installation with an annular hull, superstructures, domed roof, and central volume, the annular hulls and the superstructures are integral and together form a circular cross-section according to some examples; and Figure 4 is another schematic side view of the floating resort installation with an internal platform structure according to some examples. Detailed Description The detailed description set forth below provides information and examples of the disclosed technology with sufficient detail to enable those skilled in the art to practise the disclosure. Figure 1 provides a schematic side view of the floating resort installation 100. The floating resort installation 100 is designed to be a self-contained, movable resort that can be relocated as needed. It includes several components that work together to provide a comfortable and enjoyable experience for guests. These components include an annular hull 102, a superstructure 104, and a domed roof 110, which together define a central volume 112. The central volume 112 is designed to have a different climate to the external climate outside the floating resort installation 100, providing a controlled environment for guests. The annular hull 102 is a component of the floating resort installation 100. It is designed to provide buoyancy and stability, allowing the floating resort installation 100 to float on the water. The annular hull 102 is configured to define an inner sea pool 114, providing a unique and enjoyable feature for guests. The annular hull 102 is made from robust and durable materials, such as steel or composite materials, and is designed to withstand the marine environment. It has a diameter of up to 100m (e.g. a range from 10m, 20m, 30m, 40m, 50m, 60m, 70m, 80m, 90m, 100m etc), providing a large and spacious area for the floating resort installation 100. The annular hull 102 also includes an outer perimeter 118, which is a portion of the deck 106 that is accessible to guests and exposed to the external climate. The inclusion of the annular hull 102 enhances the functionality and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. The superstructure 104 is a component of the floating resort installation 100. It is mounted on the annular hull 102 and provides accommodation and facilities for guests. The superstructure 104 is designed to be spacious and comfortable, with a range of amenities to enhance the guest experience. These amenities may include residential suites, luxury cabins, conference rooms, cafeterias, lounge areas, spa and wellness centres, fitness centres, retail shops, and entertainment theatres. The superstructure 104 is also designed to be robust and durable, able to withstand the marine environment and provide a safe and secure environment for guests. The inclusion of the superstructure 104 enhances the functionality and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the superstructure 104 of the floating resort installation 100 incorporates a modular design. This design allows for flexibility and scalability, enabling the floating resort installation 100 to be easily modified or expanded to meet changing needs or conditions. The modular design works by dividing the superstructure 104 into separate modules, each of which can be independently designed, constructed, and installed. This allows for a high degree of customization, as each module can be tailored to specific requirements. The modules can also be easily replaced or upgraded, facilitating maintenance and improvements. The modular designs may include a variety of modules, such as residential suites, restaurants, recreational facilities, and more. The inclusion of a modular design enhances the flexibility and scalability of the floating resort installations 100, contributing to a more adaptable and future-proof guest experience. In some configurations, the superstructure 104 of the floating resort installation 100 includes residential suites. These suites are designed to provide comfortable and luxurious accommodation for guests staying at the resort. The residential suites are typically located within the superstructure 104, providing guests with easy access to the various amenities and facilities of the floating resort installation 100. Each residential suite is designed to be spacious and well-appointed, with a range of features to enhance the comfort and convenience of guests. These may include comfortable beds, en-suite bathrooms, living areas, and private balconies with views of the surrounding sea. The residential suites may also include modern conveniences such as Wi-Fi, air conditioning, and entertainment systems. The inclusion of residential suites enhances the comfort and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the superstructure 104 of the floating resort installation 100 includes luxury cabins. These cabins are designed to provide a more intimate and exclusive accommodation option for guests. The luxury cabins are typically smaller than the residential suites, making them ideal for couples or small families. Despite their smaller size, the luxury cabins are designed to be luxurious and well-appointed, with high-quality furnishings and fittings. They may include features such as king-size beds, en-suite bathrooms with spa baths, private balconies, and personal butler service. The luxury cabins provide a more private and exclusive experience for guests, contributing to the appeal and uniqueness of the floating resort installation 100. In some implementations, the floating resort installation 100 includes medical facilities. These facilities are designed to provide medical care and assistance to guests and staff in the event of illness or injury. The medical facilities are typically located within the superstructure 104, ensuring they are easily accessible in case of emergency. They may include a clinic or infirmary, staffed by qualified medical personnel, and equipped with a range of medical equipment and supplies. The medical facilities may also include telemedicine capabilities, allowing for remote consultations with specialists if needed. The inclusion of medical facilities enhances the safety and wellbeing of guests and staff on the floating resort installation 100. In some configurations, the floating resort installation 100 includes kids' zones. These zones are designed to provide a safe and enjoyable area for children to play and interact. The kids' zones are typically located within the superstructure 104, ensuring they are easily accessible and supervised. They may include a range of facilities and activities designed to entertain and engage children of various ages, such as playgrounds, games rooms, craft areas, and supervised activities. The kids' zones provide a valuable amenity for families staying at the floating resort installation 100, contributing to a more enjoyable and family-friendly guest experience. In some examples, the superstructure 104 of the floating resort installations 100 includes gaming arcades. These arcades are designed to provide entertainment and fun for guests of all ages. The gaming arcades are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of games and activities, such as video games, pinball machines, air hockey tables, and more. The gaming arcades provide a fun and engaging amenity for guests, contributing to the appeal and uniqueness of the floating resort installation 100. In some implementations, the superstructure 104 of the floating resort installation 100 includes libraries. These libraries are designed to provide a quiet and relaxing space for guests to read and unwind. The libraries are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of books, magazines, and newspapers, catering to a variety of interests and languages. The libraries may also include comfortable seating areas, reading lights, and quiet zones, providing a peaceful and relaxing environment for guests. The inclusion of libraries enhances the comfort and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the superstructure 104 of the floating resort installation 100 includes offices. These offices are designed to provide a workspace for staff and management of the floating resort installation 100. The offices are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of facilities and equipment, such as desks, computers, printers, and meeting rooms. The offices provide a necessary and functional space for the operation and management of the floating resort installation 100. In some examples, the superstructure 104 of the floating resort installation 100 includes greenhouses. These greenhouses are designed to grow a variety of plants and produce, contributing to the sustainability and self-sufficiency of the floating resort installation 100. The greenhouses are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of plants, including fruits, vegetables, herbs, and ornamental plants. The greenhouses may also contribute to the climate control of the floating resort installation 100, as the plants can help to regulate humidity and air quality. The inclusion of greenhouses enhances the sustainability and appeal of the floating resort installations 100, contributing to a unique and environmentally-friendly guest experience. In some configurations, the superstructure 104 of the floating resort installation 100 includes bars and pubs. These establishments are designed to provide a social and relaxing environment for guests to enjoy beverages and light meals. The bars and pubs are typically located within the superstructure 104, ensuring they are easily accessible. They may offer a range of alcoholic and non-alcoholic beverages, as well as a selection of snacks or light meals. The bars and pubs may also feature entertainment, such as live music or televised sports, to enhance the guest experience. The design and decor of the bars and pubs may vary, offering a range of atmospheres to suit different tastes and moods. The inclusion of bars and pubs enhances the social and leisure offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the superstructure 104 of the floating resort installation 100 includes conference rooms. These rooms are designed to provide a professional and well-equipped space for business meetings, conferences, or other events. The conference rooms are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of facilities, such as projectors, screens, sound systems, and video conferencing equipment, to support a variety of business needs. The conference rooms may also include seating and tables that can be arranged in various configurations, as well as catering facilities for refreshments or meals. The inclusion of conference rooms enhances the versatility of the floating resort installation 100, allowing it to cater to both leisure and business guests. In some implementations, the superstructure 104 of the floating resort installation 100 includes cafeterias. These cafeterias are designed to provide a casual dining option for guests, offering a range of meals and snacks throughout the day. The cafeterias are typically located within the superstructure 104, ensuring they are easily accessible. They may offer a variety of food options, including hot and cold meals, salads, sandwiches, and desserts, as well as a range of beverages. The cafeterias may also cater to various dietary requirements, offering vegetarian, vegan, gluten-free, or other special diet options. The inclusion of cafeterias enhances the dining options available on the floating resort installation 100, contributing to a more enjoyable and convenient guest experience. In some configurations, the superstructure 104 of the floating resort installation 100 includes lounge areas. These areas are designed to provide a comfortable and relaxing space for guests to unwind, socialise, or enjoy leisure activities. The lounge areas are typically located within the superstructure 104, ensuring they are easily accessible. They may include comfortable seating, such as sofas and armchairs, as well as tables for drinks or snacks. The lounge areas may also include entertainment facilities, such as televisions, games, or books, to enhance the guest experience. The design and decor of the lounge areas may vary, offering a range of atmospheres to suit different tastes and moods. The inclusion of lounge areas enhances the comfort and leisure offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the superstructure 104 of the floating resort installation 100 includes spa and wellness centres. These centres are designed to provide a range of health and wellness services to guests, promoting relaxation and wellbeing. The spa and wellness centres are typically located within the superstructure 104, ensuring they are easily accessible. They may offer a variety of services, such as massages, facials, body treatments, and wellness consultations, provided by trained professionals. The spa and wellness centres may also include facilities such as saunas, steam rooms, or hot tubs, to enhance the guest experience. The inclusion of spa and wellness centres enhances the health and wellness offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some implementations, the superstructure 104 of the floating resort installation 100 includes fitness centres. These centres are designed to provide a space for guests to maintain their fitness routines while staying at the resort. The fitness centres are typically located within the superstructure 104, ensuring they are easily accessible. They may include a range of fitness equipment, such as treadmills, stationary bikes, weight machines, and free weights, as well as space for group fitness classes or personal training sessions. The fitness centres may also include facilities such as locker rooms, showers, and water stations, to enhance the guest experience. The inclusion of fitness centres enhances the health and wellness offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the superstructure 104 of the floating resort installation 100 includes retail shops. These shops are designed to provide a range of products for guests to purchase, from souvenirs and gifts to personal care items and clothing. The retail shops are typically located within the superstructure 104, ensuring they are easily accessible. They may offer a variety of products, catering to the needs and interests of a diverse range of guests. The retail shops may also offer services such as gift wrapping or shipping, to enhance the guest experience. The inclusion of retail shops enhances the convenience and enjoyment of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the superstructure 104 of the floating resort installation 100 includes an Observation deck 106. This deck 106 is designed to provide a space for guests to enjoy panoramic views of the surrounding sea and landscape. The Observation deck 106 is typically located at a high point on the superstructure 104, ensuring it offers unobstructed views. It may include features such as seating, binoculars, or information panels, to enhance the guest experience. The Observation deck 106 provides a unique and enjoyable amenity for guests, contributing to the appeal and uniqueness of the floating resort installation 100. In some configurations, the superstructure 104 of the floating resort installation 100 includes entertainment theatres. These theatres are designed to provide a venue for a variety of performances and shows, enhancing the entertainment offerings of the floating resort installation 100. The entertainment theatres are typically located within the superstructure 104, ensuring they are easily accessible to guests. They may be designed to accommodate a range of performance types, from live music and dance performances to film screenings and theatrical productions. The entertainment theatres may include a variety of features to enhance the guest experience, such as comfortable seating, state-of-the-art sound and lighting systems, and concession stands. The inclusion of entertainment theatres enhances the entertainment offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some implementations, the floating resort installation 100 includes a deck 106. The deck 106 is a significant component of the floating resort installation 100, providing an outdoor space for guests to relax, socialise, and enjoy the surrounding views. The deck 106 is typically located on the annular hull 102, ensuring it offers unobstructed views of the surrounding sea and landscape. It may include a variety of features to enhance the guest experience, such as seating areas, sun loungers, and shade structures. The deck 106 may also include safety features, such as railings and anti-slip surface(s), to ensure the safety of guests. The inclusion of the deck 106 enhances the outdoor offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the annular hull 102 of the floating resort installation 100 includes an inner hull volume 108. The inner hull volume 108 is a component of the floating resort installation 100, providing a space within the annular hull 102 that can be used for a variety of purposes. The inner hull volume 108 is typically located within the annular hull 102, ensuring it is protected from the external environment. It may be used to house a variety of facilities and systems, such as crew accommodation, storage areas, and mechanical and electrical systems. The inner hull volumes 108 may also include safety features, such as watertight compartments and fire suppression system(s), to ensure the safety of the floating resort installation 100. The inclusion of the inner hull volume 108 enhances the functionality and safety of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some implementations, the floating resort installation 100 includes a domed roof 110. The domed roof 110 is a component of the floating resort installation 100, providing a protective covering over the central volume 112. The domed roof 110 is typically mounted to the superstructure 104, ensuring it provides a secure and stable covering. It may be made from a variety of materials, such as glass or transparent plastic, allowing natural light to enter the central volume 112. The domed roofs 110 may also include features such as ventilation systems, climate control system(s), and solar panels, to enhance the comfort and sustainability of the floating resort installation 100. The inclusion of the domed roof 110 enhances the functionality and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the floating resort installation 100 includes a climate control system. The climate control system is a component of the floating resort installation 100, providing a controlled climate within the central volume 112. The climate control system is typically integrated with the domed roof 110 and the annular hull 102, ensuring it can effectively control the climate within the entire floating resort installation 100 and specifically within the central volume 112. It may include a variety of components, such as heating and cooling systems, ventilation systems, and humidity control systems, to maintain a comfortable and consistent climate. The climate control systems may also include sensors and control systems, to monitor and adjust the climate in real-time. The inclusion of the climate control system enhances the comfort and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the climate control system of the floating resort installation 100 includes a real-time environmental monitoring and adjustment system. This system is designed to continuously monitor and adjust the environmental parameters within the central volume 112, ensuring a consistent and comfortable climate. The real-time environmental monitoring and adjustment systems may include a variety of sensors to measure parameters such as temperature, humidity, and air quality. It may also include control systems to adjust the operation of the climate control system in response to the sensor readings. This allows the climate control system to respond quickly and accurately to changes in the environment, maintaining a consistent and comfortable climate for guests. The inclusion of the real-time environmental monitoring and adjustment system enhances the performance and comfort of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the climate of the central volume 112 is warmer and more tropical than the external climate outside the floating resort installation 100. This may be advantageous when the floating resort installation 100 is situated in a location at high latitudes. However, in some other examples, the climate of the central volumes 112 can be cooler than the external climate outside the floating resort installation 100. This means that the floating resort installation 100 can be located in hot equatorial locations and the climate in the central volume 112 is cooler. Indeed, the central volume 112 can have a nordic or snow climate in the central volume 112. In some configurations, the floating resort installation 100 includes a central volume 112. The central volume 112 is a significant component of the floating resort installation 100, providing a controlled environment for guests. The central volume 112 is typically defined by the annular hull 102, the superstructures 104 and the domed roof 110, ensuring it is enclosed and protected from the external environment. The central volume 112 is designed to have a different climate to the external climate outside the floating resort installation 100, providing a comfortable and consistent climate for guests. In some examples the term "different climate" refers to one or more of a different temperature, humidity, precipitation, wind speed or other property of the air within the central volume 112. This is achieved through the use of a climate control system, which can adjust the temperature, humidity, and air quality within the central volume 112. The central volumes 112 may also include a variety of amenities and facilities for guests, such as residential suites, restaurants, recreational facilities, and more. The inclusion of the central volume 112 enhances the comfort and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the central volume 112 of the floating resort installation 100 is arranged to have a different climate to the external climate outside the floating resort installation 100. This means that the climate within the central volume 112 can be controlled independently of the external climate, providing a comfortable and consistent environment for guests. This is achieved through the use of a climate control system, which can adjust the temperature, humidity, and air quality within the central volume 112. The climate control systems may include a variety of components, such as heating and cooling systems, ventilation systems, and humidity control systems. It may also include sensors and control systems, to monitor and adjust the climate in real-time. This allows the climate control system to respond quickly and accurately to changes in the environment, maintaining a consistent and comfortable climate for guests. The ability to control the climate within the central volume 112 enhances the comfort and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the floating resort installation 100 includes an inner sea pool 114. The inner sea pool 114 is a feature of the floating resort installation 100, providing a natural swimming area for guests. The inner sea pool 114 is typically defined by the annular hull 102, ensuring it is enclosed and protected from the external environment. The inner sea pool 114 is designed to be shielded from the waves 128 by the annular hull 102, providing calm swimming conditions for guests. The inner sea pools 114 may also include safety features, such as lifeguard stations and safety railing(s), to ensure the safety of guests. The inclusion of the inner sea pool 114 enhances the recreational offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the floating resort installation 100 includes an inner swimming pool 116. The inner swimming pool 116 is a component of the floating resort installation 100, providing a controlled swimming environment for guests. The inner swimming pool 116 is typically located within the inner sea pool 114, ensuring it is easily accessible to guests. The inner swimming pool 116 is designed to have a warmer water temperature than the inner sea pool 114, providing a comfortable and enjoyable swimming experience for guests. The inner swimming pools 116 may also include a variety of features to enhance the guest experience, such as poolside loungers, umbrellas, and a pool bar. The inclusion of the inner swimming pool 116 enhances the recreational offerings of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some implementations, the annular hull 102 of the floating resort installation 100 includes an outer perimeter 118. The outer perimeter 118 is a significant component of the floating resort installation 100, providing a boundary between the floating resort installation 100 and the external environment. The outer perimeter 118 is typically located on the side of the annular hull 102 that is adjacent to the external environment, ensuring it provides a clear and defined boundary. The outer perimeters 118 may include a portion of the deck 106 that is accessible to guests and exposed to the external climate, providing an outdoor space for guests to enjoy. The outer perimeters 118 may also include safety features, such as railings and anti-slip surface(s), to ensure the safety of guests. The inclusion of the outer perimeter 118 enhances the functionality and safety of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the floating resort installations 100 includes mooring lines 124. These lines are a component of the floating resort installation 100, providing a means of securing the installation to the sea floor 122. The mooring lines 124 are typically connected between the anchor points 126 and the annular hulls 102, ensuring a secure and stable connection. The mooring lines 124 are designed to withstand the forces exerted by waves 128, wind, and currents, ensuring the floating resort installation 100 remains in its desired location. They may be made from a variety of materials, such as steel or synthetic fibres, chosen for their strength and durability in the marine environment. The mooring lines 124 may also include features such as tensioners or shock absorbers, to accommodate changes in water depth or waves 128 action. The inclusion of mooring lines 124 enhances the stability and safety of the floating resort installations 100, contributing to a secure and enjoyable guest experience. In some implementations, the floating resort installation 100 includes anchor points 126. These points are a significant component of the floating resort installation 100, providing a secure attachment point for the mooring lines 124. The anchor points 126 are typically fixed to the sea floor 122, ensuring a stable and secure connection. They may be made from a variety of materials, such as steel or concrete, chosen for their strength and durability in the marine environment. The anchor points 126 may also include features such as flukes or weights, to ensure they remain securely embedded in the sea floor 122. The inclusion of anchor points 126 enhances the stability and safety of the floating resort installations 100, contributing to a secure and enjoyable guest experience. In some examples, the floating resort installation 100 includes a solar heating 132 system. This system is a significant component of the floating resort installation 100, providing a sustainable and efficient means of heating the central volume 112. The solar heating 132 system is typically integrated with the domed roof 110, ensuring it can effectively capture and utilise solar energy. It may include a variety of components, such as solar collectors, heat exchangers, and storage tanks, to capture, convert, and store solar energy. The solar heatings 132 system may also include control systems, to monitor and adjust the operation of the system in real-time. The inclusion of the solar heating 132 system enhances the sustainability and comfort of the floating resort installations 100, contributing to a unique and environmentally-friendly guest experience. In some configurations, the domed roof 110 of the floating resort installation 100 is made from a transparent dome material 134. This material is a component of the floating resort installation 100, providing a clear and unobstructed view of the sky while also protecting guests from the external environment. The transparent dome material 134 is typically mounted to a rigid supporting structure 136, ensuring it provides a secure and stable covering. It may be made from a variety of materials, such as polycarbonate, ETFE, PMMA, tempered glass, solar control glass, or laminated safety glass, chosen for their transparency, strength, and durability. The transparent dome materials 134 may also include features such as UV resistance, impact resistance, or thermal insulation, to enhance the comfort and safety of guests. The inclusion of the transparent dome material 134 enhances the functionality and appeal of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the domed roof 110 of the floating resort installation 100 is mounted to a rigid supporting structure 136. The rigid supporting structure 136 is a component of the floating resort installation 100, providing a stable and secure framework for the domed roof 110. The rigid supporting structure 136 is typically made from robust and durable materials, such as steel or composite materials, ensuring it can withstand the loads imposed by the domed roof 110 and the environmental conditions. The rigid supporting structure 136 may be designed in various shapes and configurations, such as a truss dome structure, a space frame dome, a steel frame dome, an aluminium frame dome, a composite material dome, an exoskeleton dome, or other suitable structures. This allows the rigid supporting structures 136 to provide the necessary support and stability, while also allowing for flexibility in the design and appearance of the domed roof 110. The inclusion of the rigid supporting structure 136 enhances the functionality and safety of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some implementations, the annular hull 102 of the floating resort installation 100 includes an inner hull wall 138. The inner hull wall 138 is a component of the floating resort installation 100, providing a boundary between the inner sea pool 114 and the inner hull volume 108. The inner hull wall 138 is typically located on the side of the annular hull 102 that faces the inner sea pool 114, ensuring it provides a clear and defined boundary. The inner hull wall 138 may be made from robust and durable materials, such as steel or composite materials, ensuring it can withstand the pressures exerted by the water in the inner sea pool 114. The inner hull walls 138 may also include features such as insulation or coatings, to enhance its performance and durability. The inclusion of the inner hull wall 138 enhances the functionality and safety of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some configurations, the annular hull 102 of the floating resort installation 100 includes an outer hull wall 140. The outer hull wall 140 is a component of the floating resort installation 100, providing a boundary between the floating resort installation 100 and the external environment. The outer hull wall 140 is typically located on the side of the annular hull 102 that is adjacent to the outer perimeter 118, ensuring it provides a clear and defined boundary. The outer hull wall 140 may be made from robust and durable materials, such as steel or composite materials, ensuring it can withstand the pressures and conditions of the external environment. The outer hull walls 140 may also include features such as insulation or coatings, to enhance its performance and durability. The inclusion of the outer hull wall 140 enhances the functionality and safety of the floating resort installations 100, contributing to a unique and enjoyable guest experience. In some examples, the floating resort installation 100 includes a communication network. The communication network is a component of the floating resort installation 100, providing a means for communication and data transfer between the various components and systems of the floating resort installation 100. The communication networks may include a variety of components, such as routers, switches, and access points, as well as wired or wireless connections. It may support a variety of communication protocols, such as Ethernet, Wi-Fi, or cellular networks, ensuring it can support a wide range of devices and applications. The communication networks may also include security features, such as firewalls or encryption, to protect the data being transmitted. The inclusion of the communication network enhances the functionality and performance of the floating resort installations 100, contributing to a seamless and enjoyable guest experience. In some implementations, the floating resort installation 100 includes a water supply line. The water supply line is a component of the floating resort installation 100, providing a means of supplying fresh water to the various components and systems of the floating resort installation 100. The water supply line may be connected to an external water source, such as a municipal water supply or a desalination system, ensuring a reliable supply of fresh water. The water supply lines may include a variety of components, such as pipes, pumps, and filters, to transport and treat the water. The water supply lines may also include control systems, to monitor and adjust the flow of water as needed. The inclusion of the water supply line enhances the functionality and performance of the floating resort installations 100, contributing to a comfortable and enjoyable guest experience. In some configurations, the floating resort installation 100 includes a wastewater drainage system. The wastewater drainage system is a component of the floating resort installation 100, providing a means of collecting and disposing of wastewater from the various components and systems of the floating resort installation 100. The wastewater drainage systems may include a variety of components, such as pipes, pumps, and treatment systems, to collect, transport, and treat the wastewater. The wastewater drainage systems may also include control systems, to monitor and adjust the operation of the system as needed. The wastewater drainage system is designed to comply with environmental regulations, ensuring the wastewater is treated and disposed of in a responsible manner. The inclusion of the wastewater drainage system enhances the sustainability and performance of the floating resort installations 100, contributing to a responsible and enjoyable guest experience. In some examples, the floating resort installation 100 includes a data transfer interface. The data transfer interface is a component of the floating resort installation 100, providing a means of transferring data between the various components and systems of the floating resort installation 100 and external devices or systems. The data transfer interfaces may support a variety of data transfer protocols, such as USB, Ethernet, or Wi-Fi, ensuring it can support a wide range of devices and applications. The data transfer interfaces may also include security features, such as encryption or authentication, to protect the data being transferred. The inclusion of the data transfer interface enhances the functionality and performance of the floating resort installations 100, contributing to a seamless and enjoyable guest experience. In some configurations, the floating resort installation 100 is anchored to the sea floor 122. The sea floor 122 is a part of the environment in which the floating resort installation 100 operates, providing a stable and secure base for the anchor points 126. The sea floor 122 is typically composed of sediment, rock, or other materials, and may vary in depth and composition depending on the location of the floating resort installation 100. In some configurations, the floating resort installation 100 is designed to operate at a specific sea level 120 with respect to the annular hull 102. Figures 1 and 3 show an exemplary line representing the sea level 120. The sea level 120 is a factor in the operation of the floating resort installation 100, influencing aspects such as the buoyancy of the annular hull 102, the stability of the mooring system, and the performance of the climate control system. The floating resort installations 100 can be moored in any depth of water. In some examples, the floating resort installation 100 is designed to withstand and manage the impact of waves 128. Waves 128 are a significant factor in the marine environment, influencing the stability and safety of the floating resort installation 100. The waves 128 are typically generated by wind, tides, or other disturbances in the water, and can vary in size, frequency, and direction. The floating resort installation 100 is designed to manage the impact of waves 128 through features such as the annular hulls 102, which can absorb and deflect waves 128 energy, and the stabilising fins, which can counteract waves 128-induced motion. The floating resort installations 100 may also include systems to monitor and predict waves 128 conditions, allowing it to adapt to changing conditions and enhance guest comfort and safety. The ability to manage the impact of waves 128 enhances the resilience and performance of the floating resort installations 100, contributing to a secure and enjoyable guest experience. The mooring system is a significant component of the floating resort installation 100. It is designed to keep the floating resort installation 100 fixed with respect to the sea floor 122. This is achieved through the use of mooring lines 124 that are arranged to fix the annular hull 102 with respect to the sea floor 122. The mooring lines 124 are connected between the anchor points 126 and the annular hull 102. This system provides stability to the floating resort installation 100, ensuring it remains in place even in adverse weather conditions. The mooring system is designed to be robust and reliable, ensuring the safety and comfort of guests on the floating resort installation 100. The floating resort installation 100 is designed with a range of safety and stability features to ensure the comfort and safety of guests. These features include ballast tanks, stabilising fins, anti-slip surfaces, and emergency lighting. The ballast tanks help to maintain the stability of the floating resort installation 100 by adjusting the weight distribution. The stabilising fins help to reduce the motion of the floating resort installation 100 in response to waves 128. The anti-slip surfaces help to prevent slips and falls, particularly in wet conditions. The emergency lighting provides illumination in the event of a power outage, helping to ensure the safety of guests. The ballast tanks are a component of the floating resort installation 100. They are designed to help maintain the stability of the floating resort installation 100 by adjusting the weight distribution. The ballast tanks can be filled with water to increase the weight of the floating resort installation 100, or emptied to reduce the weight. This allows the floating resort installations 100 to maintain a stable position in the water, even in adverse weather conditions. The ballast tanks are designed to be robust and reliable, ensuring the safety and comfort of guests on the floating resort installation 100. The stabilising fins are another component of the floating resort installation 100. They are designed to reduce the motion of the floating resort installation 100 in response to waves 128. The stabilising fins work by counteracting the force of the waves 128, helping to keep the floating resort installation 100 steady. This can help to reduce the motion sickness experienced by some guests, improving their comfort and enjoyment. The stabilising fins are designed to be robust and reliable, ensuring the safety and comfort of guests on the floating resort installation 100. The anti-slip surfaces are a feature of the floating resort installation 100. They are designed to prevent slips and falls, particularly in wet conditions. The anti-slip surfaces are made from a material that provides a high level of grip, even when wet. This can help to prevent accidents and injuries, improving the safety of guests on the floating resort installation 100. The anti-slip surfaces are designed to be robust and reliable, ensuring the safety and comfort of guests on the floating resort installation 100. The emergency lighting is a feature of the floating resort installation 100. It is designed to provide illumination in the event of a power outage, helping to ensure the safety of guests. The emergency lighting is automatically activated in the event of a power outage, providing immediate illumination. This can help to prevent accidents and injuries, improving the safety of guests on the floating resort installation 100. The emergency lighting is designed to be robust and reliable, ensuring the safety and comfort of guests on the floating resort installation 100. In some implementations, the floating resort installation 100 incorporates shockabsorbing systems. These systems are designed to absorb and dissipate the energy from impacts or vibrations, such as those caused by waves 128 or adverse weather conditions. This is particularly relevant for a floating structure like the floating resort installation 100, where stability and comfort are of utmost importance. The shockabsorbing systems work by converting the kinetic energy of the impact into another form of energy, such as heat, which is then dissipated. This helps to reduce the force transmitted to the floating resort installation 100, thereby reducing the potential for damage and improving the comfort of guests. The shock-absorbing systems may be incorporated into various parts of the floating resort installation 100, such as the annular hull 102 or the superstructure 104. They may be made from a variety of materials, such as rubber or other elastomeric materials, and may be designed to handle a range of impact forces. The inclusion of shock-absorbing systems enhances the resilience and durability of the floating resort installations 100, contributing to a safer and more enjoyable experience for guests. In some configurations, the floating resort installation 100 includes waterproof doors and hatches. These are designed to prevent water ingress, which is a significant concern for any structure located on or near water. The waterproof doors and hatches are typically located at various points throughout the floating resort installation 100, such as entrances to the superstructure 104 or access points to the annular hull 102. They may be made from a variety of materials, such as metal or plastic, and are designed to form a tight seal when closed. This helps to keep the interior of the floating resort installation 100 dry, even in adverse weather conditions. The waterproof doors and hatches may also include additional features, such as locks or latches, to ensure they remain securely closed. The inclusion of waterproof doors and hatches enhances the resilience and durability of the floating resort installations 100, contributing to a safer and more comfortable experience for guests. In some examples, the floating resort installation 100 is equipped with automatic bilge pumps. These pumps are designed to remove water that may accumulate in the bilge, the lowest part of the annular hull 102. This is particularly relevant for a floating structure like the floating resort installation 100, where water ingress can pose a significant risk. The automatic bilge pumps work by detecting the presence of water in the bilge and automatically activating to pump the water out. This helps to maintain the stability and buoyancy of the floating resort installations 100, thereby enhancing its safety and performance. The automatic bilge pumps may be powered by the power connection 130 and may be controlled by a central control system. The inclusion of automatic bilge pumps enhances the resilience and durability of the floating resort installations 100, contributing to a safer and more enjoyable experience for guests. In some implementations, the annular hull 102 of the floating resort installation 100 includes hull reinforcements. These reinforcements are designed to strengthen the hull and improve its resistance to impacts and stresses, such as those caused by waves 128 or adverse weather conditions. The hull reinforcements may be made from a variety of materials, such as steel or composite materials, and may be incorporated into the design of the annular hull 102 in various ways. For example, they may be integrated into the structure of the hull, or they may be added as additional layers or coatings. The hull reinforcements enhance the resilience and durability of the annular hulls 102, thereby improving the safety and performance of the floating resort installation 100. In some configurations, the floating resort installation 100 is equipped with surge protectors. These devices are designed to protect the electrical systems of the floating resort installation 100 from voltage surges, which can be caused by lightning strikes or other electrical disturbances. The surge protectors work by detecting voltage surges and diverting the excess voltage to ground, thereby protecting the electrical systems from damage. This is particularly relevant for a floating structure like the floating resort installation 100, where the risk of lightning strikes can be significant. The surge protectors may be integrated into the power connection 130 or may be located at various points throughout the electrical system. The inclusion of surge protectors enhances the resilience and durability of the floating resort installations 100, contributing to a safer and more reliable experience for guests. In some examples, the floating resort installation 100 includes emergency evacuation systems. These systems are designed to facilitate the safe and efficient evacuation of guests in the event of an emergency. The emergency evacuation systems may include a variety of components, such as emergency exits, lifeboats, and life rafts, as well as signage and lighting to guide guests to the exits. The systems may also include alarms and communication systems to alert guests to the emergency and provide instructions. The emergency evacuation systems are designed to be easy to use, even in stressful situations, and are regularly tested and maintained to ensure their effectiveness. The inclusion of emergency evacuation systems enhances the safety of the floating resort installation 100, providing peace of mind for guests. In some configurations, the floating resort installation 100 is equipped with weather monitoring systems. These systems are designed to monitor the weather conditions in the vicinity of the floating resort installation 100, providing valuable information that can be used to ensure the safety and comfort of guests. The weather monitoring systems may include a variety of sensors and instruments to measure parameters such as wind speed and direction, temperature, humidity, and barometric pressure. The data collected by the weather monitoring systems can be used to predict adverse weather conditions, allowing the floating resort installations 100 to be relocated if necessary. The inclusion of weather monitoring systems enhances the safety and performance of the floating resort installations 100, contributing to a more enjoyable experience for guests. In some examples, the floating resort installation 100 includes fire suppression systems. These systems are designed to detect and suppress fires, thereby protecting the safety of guests and preventing damage to the floating resort installation 100. The fire suppression systems may include a variety of components, such as smoke detectors, fire alarms, and fire extinguishers, as well as sprinkler systems or other automatic suppression systems. The systems are designed to detect fires at an early stage and to suppress them quickly and effectively, minimising the risk to guests and the damage to the floating resort installation 100. The inclusion of fire suppression systems enhances the safety of the floating resort installation 100, providing peace of mind for guests. In some configurations, the floating resort installation 100 is equipped with lifeboats and life rafts. These are designed to provide a safe and effective means of evacuation in the event of an emergency. The lifeboats and life rafts are typically located at various points throughout the floating resort installation 100, ensuring they are easily accessible to all guests. They are designed to be easy to launch and operate, even in stressful situations, and are equipped with a range of safety features, such as life jackets and distress signals. The lifeboats and life rafts are regularly inspected and maintained to ensure they are always ready for use. The inclusion of lifeboats and life rafts enhances the safety of the floating resort installation 100, providing peace of mind for guests. In some implementations, the floating resort installation 100 includes safety railings. These railings are designed to prevent falls and provide support, particularly in areas where there is a risk of slipping or falling, such as on the deck 106 or near the edge of the inner sea pool 114. The safety railings are made from robust materials, such as metal or reinforced plastic, and are designed to withstand the marine environment. They are located at a height that is convenient for guests of all ages and abilities, and are designed to be easy to grip. The inclusion of safety railings enhances the safety of the floating resort installation 100, contributing to a more enjoyable experience for guests. In some examples, the floating resort installation 100 incorporates a range of environmental impact and sustainability measures. These measures are designed to minimise the environmental impact of the floating resort installations 100 and contribute to sustainability efforts. They include strategies for waste management, energy use, and carbon footprint reduction, as well as protocols for protecting marine life. The environmental impact and sustainability measures are integrated into the design and operation of the floating resort installations 100, ensuring that environmental considerations are taken into account at all stages. The inclusion of these measures enhances the sustainability of the floating resort installation 100, contributing to a more responsible and environmentally-friendly guest experience. In some configurations, the floating resort installation 100 is powered by renewable energy sources. These sources may include solar panels, wind turbines, or tidal generators, which are designed to generate electricity from renewable resources. The renewable energy sources are integrated into the design of the floating resort installations 100, and are connected to the power connections 130 to provide electricity to the various components and systems of the floating resort installation 100. The use of renewable energy sources reduces the carbon footprint of the floating resort installation 100, contributing to sustainability efforts and providing a more environmentally-friendly guest experience. In some implementations, the floating resort installation 100 includes water recycling systems. These systems are designed to collect, treat, and reuse water, reducing the demand for fresh water and minimising the discharge of wastewater. The water recycling systems may include components for collecting rainwater or greywater, treating the collected water to remove contaminants, and distributing the treated water for use in non-potable applications, such as irrigation or toilet flushing. The inclusion of water recycling systems enhances the sustainability of the floating resort installation 100, contributing to water conservation efforts and providing a more environmentally-friendly guest experience. In some examples, the floating resort installation 100 is equipped with energy-efficient lighting. This lighting is designed to provide adequate illumination while using less energy than traditional lighting systems. The energy-efficient lighting may include LED lights, compact fluorescent lamps, or other types of energy-efficient light sources. The lighting is designed to provide a comfortable and pleasant atmosphere for guests, while also reducing the energy consumption of the floating resort installation 100. The inclusion of energy-efficient lighting enhances the sustainability of the floating resort installation 100, contributing to energy conservation efforts and providing a more environmentally-friendly guest experience. In some configurations, the floating resort installation 100 incorporates biodegradable waste management strategies. These strategies are designed to manage the disposal of biodegradable waste in an environmentally-friendly manner. This may include composting systems for organic waste, or the use of biodegradable products and materials. The biodegradable waste management strategies help to reduce the amount of waste that is sent to landfill, and can also contribute to the production of compost or other useful products. The inclusion of biodegradable waste management strategies enhances the sustainability of the floating resort installation 100, contributing to waste reduction efforts and providing a more environmentally-friendly guest experience. In some implementations, the floating resort installation 100 includes a sea water desalination system. This system is designed to convert sea water into fresh water, providing a reliable source of fresh water for the floating resort installation 100. The sea water desalination system works by removing the salts and other impurities from the sea water, typically through a process of reverse osmosis or distillation. The fresh water produced by the sea water desalination system can be used for a variety of purposes, such as drinking, cooking, or irrigation. The inclusion of a sea water desalination system enhances the sustainability of the floating resort installation 100, reducing its reliance on external water supplies and providing a more environmentally-friendly guest experience. In some configurations, the floating resort installation 100 incorporates natural ventilation systems. These systems are designed to provide fresh air and maintain a comfortable temperature within the central volume 112. The natural ventilation systems work by utilising the natural flow of air, driven by wind and temperature differences, to circulate air throughout the floating resort installation 100. This can help to reduce the reliance on mechanical ventilation systems, thereby saving energy and reducing the carbon footprint of the floating resort installation 100. The natural ventilation systems may include a variety of components, such as vents, louvres, and openings, which are designed to facilitate the flow of air. The inclusion of natural ventilation systems enhances the sustainability and comfort of the floating resort installations 100, contributing to a more enjoyable and environmentally-friendly guest experience. In some implementations, the floating resort installation 100 includes waste-to-energy conversion systems. These systems are designed to convert waste materials into useful energy, such as heat or electricity. The waste-to-energy conversion systems work by processing waste materials through a series of steps, such as combustion or gasification, to extract the energy content. This can help to reduce the amount of waste that is sent to landfill, while also providing a source of renewable energy for the floating resort installation 100. The waste-to-energy conversion systems may include a variety of components, such as incinerators, gasifiers, or anaerobic digesters, depending on the type of waste and the desired energy output. The inclusion of waste-to-energy conversion systems enhances the sustainability of the floating resort installation 100, contributing to waste reduction efforts and providing a more environmentally-friendly guest experience. In some examples, the floating resort installation 100 incorporates rainwater harvesting systems. These systems are designed to collect and store rainwater, which can then be used for a variety of purposes, such as irrigation, toilet flushing, or even drinking water after appropriate treatment. The rainwater harvesting systems work by collecting rainwater from the surfaces of the floating resort installations 100, such as the domed roof 110, and directing it into storage tanks. This can help to reduce the demand for fresh water, thereby conserving water resources and reducing the environmental impact of the floating resort installation 100. The rainwater harvesting systems may include a variety of components, such as gutters, downspouts, filters, and storage tanks. The inclusion of rainwater harvesting systems enhances the sustainability of the floating resort installation 100, contributing to water conservation efforts and providing a more environmentally-friendly guest experience. In some configurations, the floating resort installation 100 includes green roofs and walls. These features are designed to incorporate vegetation into the built environment, providing a range of environmental and aesthetic benefits. The green roofs and walls work by providing a growing medium for plants on the surfaces of the floating resort installation 100, such as the roof or the exterior walls. This can help to reduce the heat island effect, improve air quality, and provide habitat for wildlife, while also enhancing the visual appeal of the floating resort installation 100. The green roofs and walls may include a variety of components, such as a waterproof membrane, a root barrier, a drainage layer, and a growing medium. The inclusion of green roofs and walls enhances the sustainability and aesthetic appeal of the floating resort installation 100, contributing to a more enjoyable and environmentally-friendly guest experience. In some implementations, the floating resort installation 100 is constructed using eco-friendly construction materials. These materials are designed to have a lower environmental impact than traditional construction materials, either through their production, use, or disposal. The eco-friendly construction materials may include a variety of materials, such as recycled or reclaimed materials, sustainably-sourced timber, or low-impact concrete. The use of eco-friendly construction materials can help to reduce the carbon footprint of the floating resort installation 100, while also contributing to sustainability efforts. The inclusion of eco-friendly construction materials enhances the sustainability of the floating resort installation 100, contributing to a more environmentally-friendly guest experience. In some examples, the floating resort installation 100 incorporates marine life protection protocols. These protocols are designed to minimise the impact of the floating resort installation 100 on marine life, ensuring that the resort can coexist harmoniously with the surrounding ecosystem. The marine life protection protocols may include measures such as restrictions on waste disposal, guidelines for the use of underwater lighting, and procedures for responding to marine life encounters. The protocols are designed to be easy to follow and are communicated to all staff and guests to ensure compliance. The inclusion of marine life protection protocols enhances the sustainability of the floating resort installation 100, contributing to the protection of marine ecosystems and providing a more environmentally-friendly guest experience. In some configurations, the floating resort installation 100 includes low-emission transportation systems. These systems are designed to provide transportation for guests and staff while minimising the emission of greenhouse gases. The low-emission transportation systems may include a variety of vehicles, such as electric boats or bicycles, which are powered by renewable energy sources. The use of low-emission transportation systems can help to reduce the carbon footprint of the floating resort installation 100, while also providing a convenient and enjoyable mode of transportation for guests. The inclusion of low-emission transportation systems enhances the sustainability of the floating resort installation 100, contributing to climate change mitigation efforts and providing a more environmentally-friendly guest experience. In some implementations, the floating resort installation 100 incorporates sustainable food sourcing strategies. These strategies are designed to ensure that the food served at the resort is sourced in a way that is environmentally sustainable and socially responsible. The sustainable food sourcing strategies may include measures such as sourcing food from local producers, choosing organic or fair-trade products, or reducing the consumption of meat and other high-impact foods. The strategies are designed to be flexible and adaptable, allowing the resort to respond to changes in availability or demand. The inclusion of sustainable food sourcing strategies enhances the sustainability of the floating resort installation 100, contributing to food security and sustainability efforts and providing a more environmentally-friendly and ethical guest experience. In some configurations, the floating resort installation 100 incorporates carbon offset programs. These programs are designed to offset the carbon emissions produced by the floating resort installation 100, contributing to efforts to mitigate climate change. Carbon offset programs work by investing in projects that reduce or remove greenhouse gas emissions, such as renewable energy projects, reforestation initiatives, or energy efficiency programs. The amount of investment is calculated based on the amount of carbon emissions produced by the floating resort installation 100, with the aim of achieving a net zero carbon footprint. The carbon offset programs may be managed by a third-party organisation, ensuring that the investments are made in verified and effective projects. The inclusion of carbon offset programs enhances the sustainability of the floating resort installation 100, contributing to climate change mitigation efforts and providing a more environmentally-friendly guest experience. Figure 2 provides a plan view of the floating resort installation 100, offering a top-down perspective of the various components and their arrangement. This view provides a clear illustration of the annular hull 102 and its relationship with other components such as the superstructure 104, the domed roof 110, and the central volume 112. It also highlights the service connections 142 and the power connections 130, which are significant components of the floating resort installation 100. The plan view provided in Figure 2 enhances the understanding of the layout and design of the floating resort installations 100, contributing to a clear and detailed description of the disclosure. In some implementations, the floating resort installation 100 includes a services connection 142. The services connection 142 is a significant component of the floating resort installation 100, providing a means of connecting the installation to external services and utilities. The service connections 142 may include a variety of connections, such as water supply line, wastewater drainage system, power connection 130, and data transfer interface. These connections allow the floating resort installation 100 to access necessary utilities and services, such as fresh water, electricity, and internet connectivity. The service connections 142 may also include features such as valves, switches, and control systems, to manage and regulate the flow of services. The inclusion of the services connection 142 enhances the functionality and performance of the floating resort installations 100, contributing to a comfortable and convenient guest experience. In some configurations, the floating resort installation 100 includes a power connection 130. The power connection 130 is a significant component of the floating resort installation 100, providing a means of supplying electrical power to the various components and systems of the installation. The power connection 130 may be connected to one or more external power sources, such as a shore-based power distribution grid, a power generator, or an offshore power generator. This allows the floating resort installation 100 to access a reliable and sufficient supply of electrical power, without the need for onboard engines or generators. The power connections 130 may also include features such as circuit breakers, transformers, and control systems, to manage and regulate the supply of power. The inclusion of the power connection 130 enhances the functionality and performance of the floating resort installations 100, contributing to a comfortable and convenient guest experience. Figure 3 provides a schematic side view of the floating resort installation 100, offering a different perspective from Figure 1. This view provides a clear illustration of how the annular hull 102 and the superstructure 104 are integrated and together form a circular cross-section. This unique design contributes to the stability and buoyancy of the floating resort installation 100, while also maximising the use of space for guest amenities and facilities. The schematic side view provided in Figure 3 enhances the understanding of the structural design and arrangement of the floating resort installations 100, contributing to a clear and detailed description of the disclosure. In addition to the main components and systems described above, the floating resort installations 100 may include a variety of other features designed to enhance the functionality, performance, and guest experience of the installation. These other features may include elements related to the design, operation, or amenities of the floating resort installations 100, and may be incorporated into various parts of the installation. The inclusion of these other features can contribute to the versatility and adaptability of the floating resort installations 100, allowing it to cater to a wide range of guest needs and preferences. These other features may also contribute to the sustainability and environmental performance of the floating resort installation 100, aligning with the installation's commitment to environmental responsibility and sustainability. The specific nature and configuration of these other features may vary depending on the specific requirements and constraints of the floating resort installation 100. Figure 4 provides a schematic side view of the floating resort installation 100, offering a different example from Figures 1 or 3. Figure 4 shows a floating resort installation 100 which is the same as Figure 3 except that the domed roof 110 has a different structure. Here the rigid supporting structure 136 extends from the superstructures 104 and the domed roof 110 sits on top of the rigid supporting structure 136. Optionally an internal platform structure 144 is provided which allows guests to walk over the inner sea pool 114. The internal platform structures 144 can cover all or part of the inner sea pool 114. The internal platform structure 144 extends over the superstructure 104 and provides an outer walkway 146 for guests to walk around in the external climate. The outer walkway 146 extends circumferentially around all or part of the outer perimeter 118. The internal platform structure 144 can be combined with the previously discussed examples in the other Figures. Figure 4 also shows a net 148 in the inner sea pool 114. The net 148 prevents marine animals 150 from entering the inner sea pool 114 which increases the safety of the guests. Example 1. A floating resort installation 100 comprising: an annular hull 102 configured to define an inner sea pool 114; a superstructure 104 mounted on the annular hull 102; and a domed roof 110 mounted to the superstructure 104 and defining a central volume 112, wherein the central volume 112 is arranged to have a different climate to the external climate outside the floating resort installation 100. Example 2. The floating resort installation 100 according to example 1 , wherein the inner sea pool 114 is shielded from the waves 128 by the annular hull 102 . Example 3. The floating resort installation 100 according to any of examples 1 to 2, wherein the domed roof 110 comprises a transparent dome material 134. Example 4. The floating resort installation 100 according to example 3, wherein the transparent dome material 134 is one or more of polycarbonate or similar materials, ETFE (ethylene tetrafluoroethylene), PMMA (polymethyl methacrylate, also known as acrylic), tempered glass, solar control glass, or laminated safety glass. Example 5. The floating resort installation 100 according to example 3, wherein the transparent dome material 134 is mounted to a rigid supporting structure 136. Example 6. The floating resort installation 100 according to any of examples 3 to 5, wherein the transparent dome material 134 allows solar heating 132 of the central volume 112. Example 7. The floating resort installation 100 according to any of examples 1 to 6, wherein the superstructure 104 comprises accommodation and facilities for guests. Example 8. The floating resort installation 100 according to any of examples 1 to 7, wherein the annular hull 102 is floating and allows the floating resort installations 100 to be relocated. Example 9. The floating resort installation 100 according to any of examples 1 to 8, wherein the annular hull 102 has a diameter of up to 100m. Example 10. The floating resort installation 100 according to any of examples 1 to 9 wherein the annular hull 102 comprises an outer perimeter 118 having a portion of the deck 106 in the external climate on which is accessible. Example 11. The floating resort installation 100 according to any of examples 1 to 10 wherein the floating resort installation 100 comprises an inner swimming pool 116 and is connected to the superstructure 104 extending out into the inner sea pool 114. Example 12. The floating resort installation 100 according to example 11 wherein the inner swimming pool 116 comprises warmer water temperature than the inner sea pool 114. Example 13. The floating resort installation 100 according to any of examples 1 to 12 wherein the floating resort installation 100 comprises a power connection 130 connected to one or more external power sources. Example 14. The floating resort installation 100 according to any of examples 1 to 13 wherein the floating resort installation 100 comprises a services connection 142 wherein the services connection 142 facilitates the provision of utilities and services to the floating resort installation 100. Example 15. The floating resort installation 100 according to any of examples 1 to 14 wherein the floating resort installation 100 comprises one or more mooring lines 124 arranged to fix the annular hull 102 with respect to the sea floor 122. The terminology used herein is for the purpose of describing particular aspects only and is not intended to be limiting of the disclosure. As used herein, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. As used herein, the term "and / or" includes any and all combinations of one or more of the associated listed items. It will be further understood that the terms "comprises," "comprising," "includes," and / or "including" when used herein specify the presence of stated features, integers, actions, steps, operations, elements, and / or components, but do not preclude the presence or addition of one or more other features, integers, actions, steps, operations, elements, components, and / or groups thereof. It will be understood that, although the terms first, second, etc., may be used herein to describe various elements, these elements should not be limited by these terms. These terms are only used to distinguish one element from another. For example, a first element could be termed a second element, and, similarly, a second element could be termed a first element without departing from the scope of the present disclosure. Relative terms such as "below" or "above" or "upper" or "lower" or "horizontal" or "vertical" may be used herein to describe a relationship of one element to another element as illustrated in the Figures. It will be understood that these terms and those discussed above are intended to encompass different orientations of the device in addition to the orientation depicted in the Figures. It will be understood that when an element is referred to as being "connected" or "coupled" to another element, it can be directly connected or coupled to the other element, or intervening elements may be present. In contrast, when an element is referred to as being "directly connected" or "directly coupled" to another element, there are no intervening elements present. Unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this disclosure belongs. It will be further understood that terms used herein should be interpreted as having a meaning consistent with their meaning in the context of this specification and the relevant art and will not be interpreted in an idealised or overly formal sense unless expressly so defined herein. It is to be understood that the present disclosure is not limited to the aspects described above and illustrated in the drawings; rather, the skilled person will recognize that many changes and modifications may be made within the scope of the present disclosure and appended claims. In the drawings and specification, there have been disclosed aspects for purposes of illustration only and not for purposes of limitation, the scope of the disclosure being set forth in the following claims.

Claims

1. A floating resort installation (100) comprising:an annular hull (102) configured to define an inner sea pool (114);a superstructure (104) mounted on the annular hull (102);and a domed roof (110) mounted to the superstructure (104) and defining a central volume (112),wherein the central volume (112) is arranged to have a different climate to the external climate outside the floating resort installation (100).

2. The floating resort installation (100) according to claim 1 , wherein the inner sea pool (114) is shielded from the waves (128) by the annular hull (102).

3. The floating resort installation (100) according to any of claims 1 to 2, wherein the domed roof (110) comprises a transparent dome material (134).

4. The floating resort installation (100) according to claim 3, wherein the transparent dome material (134) is one or more of polycarbonate or similar materials, ETFE (ethylene tetrafluoroethylene), PMMA (polymethyl methacrylate, also known as acrylic), tempered glass, solar control glass, or laminated safety glass.

5. The floating resort installation (100) according to claim 3, wherein the transparent dome material (134) is mounted to a rigid supporting structure (136).

6. The floating resort installation (100) according to any of claims 3 to 5, wherein the transparent dome material (134) allows solar heating (132) of the central volume (112).

7. The floating resort installation (100) according to any of claims 1 to 6, wherein the superstructure (104) comprises accommodation and facilities for guests.

8. The floating resort installation (100) according to any of claims 1 to 7, wherein the annular hull (102) is floating and allows the floating resort installations (100) to be relocated.

9. The floating resort installation (100) according to any of claims 1 to 8, wherein the annular hull (102) has a diameter of up to 100m.

10. The floating resort installation (100) according to any of claims 1 to 9 wherein the annular hull (102) comprises an outer perimeter (118) having a portion of the deck (106) in the external climate on which is accessible.

11. The floating resort installation (100) according to any of claims 1 to 10 wherein the floating resort installation (100) comprises an inner swimming pool (116) and is connected to the superstructure (104) extending out into the inner sea pool (114).

12. The floating resort installation (100) according to claim 11 wherein the inner swimming pool (116) comprises warmer water temperature than the inner sea pool (114).

13. The floating resort installation (100) according to any of claims 1 to 12 wherein the floating resort installation (100) comprises a power connection (130) connected to one or more external power sources.

14. The floating resort installation (100) according to any of claims 1 to 13 wherein the floating resort installation (100) comprises a services connection (142) wherein the services connection (142) facilitates the provision of utilities and services to the floating resort installation (100).

15. The floating resort installation (100) according to any of claims 1 to 14 wherein the floating resort installation (100) comprises one or more mooring lines (124) arranged to fix the annular hull (102) with respect to the sea floor (122).

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