16 Nov 2021 | Industry Insights
They have universally agreed that keeping global warming below 1.5C is the goal, however, the means of reaching it varies in importance from nation to nation.
One of the biggest talking points came almost 24 hours after the summit was due to close as nations tried to come to a ‘final agreement’. In a last-minute objection to global negotiations, China and India called for a weakening of the language used regarding fossil fuels as well as calling on richer nations to support developing nations financially.
The final text states that fossil fuels should be ‘phased down’ rather than ‘phased out’. The reason behind this is that both nations have not yet reached their peak emissions. Although the inclusion of fossil fuels is a first for any COP, it effectively waters down the pact as some leaders believe this is not enough to achieve Net Zero by 2050.
All nations have been asked to formulate and publish updated Nationally Determined Contributions (NDCs) to the Paris Agreement for 2030 before COP27 takes place in Egypt in 2022. Nations are encouraged to align their climate targets with a 1.5C temperature pathway.
The penultimate day was dedicated to Cities, Regions and the Built Environment, focusing on the way in which cities are contributing to the climate crisis.
The built environment accounts for almost 40% of global carbon emissions and the UN estimates that the value chains of cities are attributable to 68% of all global greenhouse gas emissions. The body also suggests that by 2050, 1.6 billion people living within cities will be exposed to extremely high temperatures regularly and over 800 million people will be vulnerable to coastal flooding as sea levels rise.
By launching the Urban Climate Action Programme (UCAP), the UK Government will provide £27.5m to at least 15 cities in developing countries across a three-year period. Cities among those that will benefit include Lagos, Johannesburg, Jakarta, Kuala Lumpur and Mexico City.
The UK Green Building Council (UKGBC) revealed its Whole Life Carbon Roadmap, which is a tool designed to help businesses across the sector to measure and cut carbon from materials, processes, operation and demolition.
At present, around one-quarter of the built environment’s emissions are embodied rather than operational and the UKGBC have plotted a pathway to Net Zero by 2050 for the UK’s entire sector.
Technology such as Twinview’s digital twin can help to reduce the impact operational carbon has on our cities by learning how our buildings perform and use energy. By understanding how a building performs, owners can then implement methods to decarbonise.
Twinview is a browser-based digital twin platform for the property sector connecting building systems’ data to a 3D model viewed on a single dashboard. Twinview becomes your first step to achieving Net Zero by providing continuous live data and an optimised building performance whilst reducing costs and improving the user experience. Book a demo today.
Industry Insights
Infection prevention has always been central to safe healthcare, but COVID-19 exposed how vulnerable hospitals can be to outbreaks. Digital twins like Twinview offer hospitals real-time insight into how buildings are used, from patient flow and air quality to occupancy and cleaning. By creating a live 3D model of the facility, Twinview helps teams identify high-risk areas, optimise ventilation and target cleaning where it’s needed most. It supports smarter admissions, safer waiting areas and data-driven decisions that reduce infection risks. Rather than predicting every outbreak, Twinview highlights unsafe conditions early, empowering hospitals to act fast. Integrated with IoT sensors and building systems, it enhances compliance, safety and efficiency. As digital twin technology evolves, Twinview’s potential grows, supporting AI-driven analytics, clinical integration and sustainable, infection-resilient hospital design for the future.
Read more
Industry Insights
For students with Special Educational Needs (SEN), the physical environment can deeply influence comfort, focus and wellbeing. Routine cleaning, when not planned with sensory awareness, can unintentionally cause distress, from strong chemical smells to loud equipment or sudden changes in room layout. A platform like Twinview helps schools design predictable, sensory-aware cleaning schedules by combining data on occupancy, air quality and environmental conditions. Facilities teams can identify sensitive zones, schedule low-disruption cleaning times and track improvements over time. By integrating cleaning routines into a whole-school approach to sensory wellbeing, schools can reduce stress, improve focus and create environments that feel calm, safe and inclusive. Twinview turns everyday facilities data into meaningful action, supporting schools to build spaces that are not only clean and efficient, but welcoming and accessible for every learner.
Read more
Case Studies
The South African National Space Agency (SANSA) is responsible for advancing the nation’s space science and technology initiatives. To support its mission-critical operations in Hermanus, SANSA has implemented the Twinview Digital Twin platform, a unified, real-time solution that consolidates building and infrastructure data into a single intelligent system. By integrating live telemetry, asset data and facilities workflows, Twinview enables SANSA to shift from reactive maintenance to early warning, data-driven decision-making.
Read more
Book your one-on-one appointment with one of our specialists.
info@twinview.com
+44 (0)844 800 6660
London
24 Greville Street
Farringdon
London
EC1n 8SS
Newcastle
Spaceworks
Benton Park Road
Newcastle upon Tyne
NE7 7LX