Sanyou London highlights its invited EOTNS 2026 contribution in Xi’an, China on ultra-thin vacuum insulation for deep energy-loss reduction across buildings, storage, transport, and AI data factories.
Sanyou London highlights its Industry Lead keynote at Industrial Thoughts 2026 in Amsterdam, Netherlands on mass manufacturing ultra-thin vacuum insulation for deep energy-loss reduction.
Sanyou London highlights its IEFC 2026 keynote in Rome, Italy on the world’s first vacuum insulated heatable curtain for realistic energy-loss reduction and mild radiant heating.
Sanyou London highlights its GOPE 2026 keynote in Rome, Italy on the Vacuum Insulated Heatable Curtain as a practical dual solution for window heat-loss reduction and localised radiant comfort.
Sanyou London highlights its plenary contribution at RSEMEET 2026 in Munich, Germany on ultra-thin vacuum insulation for buildings, AI data centres, storage, and transport.
Sanyou London highlights its plenary contribution at GSRNRES 2026 in Paris, France on ultra-thin vacuum insulation for buildings, cold chain, transport, and AI data centres.
At NEFES 2026 in Macao, China, Sanyou London highlights a vacuum-insulated heatable curtain for mild heating and realistic building heat-loss reduction.
At ENEFM 2026 in Bangkok, Thailand, Sanyou London highlights ultra-thin vacuum insulation materials for buildings, refrigerated logistics, and practical demand-side energy savings.
At WEC 2026 in Helsinki, Finland, Sanyou London highlights realistic energy-loss reduction with mild heating through its world’s first vacuum insulated heatable curtain.
At HEEPS 2026 in Beijing, China, Sanyou London highlights vacuum-based thermal insulation as a practical route to reducing end-use losses in energy systems.
At XCHANGE 2026, Sanyou London highlights AI-optimised EV depot charging, wireless charging, thermal management, battery health, and renewable integration.
At CEEPE 2026 in Nanjing, Sanyou London highlights advanced vacuum insulation technologies for buildings, storage, transport, and wider energy-saving applications.
At CEEPE 2026 in Nanjing, Sanyou London highlights advanced vacuum insulation technologies for buildings, storage, transport, and wider energy-saving applications.
At AMIES 2026 in Singapore, Sanyou London highlights mechatronics-enabled ultra-thin vacuum insulation for intelligent energy systems, buildings, transport, and AI data factories.
Sanyou London has announced a major global award win, recognising its vacuum-insulation R&D, product innovation, and progress from research to real-world use.
Sanyou London wins UK Enterprise Awards 2025 for innovation in vacuum-insulation energy tech; see our journey, products and what this means for partners.
Sanyou London is shortlisted for the Corporate LiveWire Global Awards 2025/26—recognising real-world innovation in vacuum-insulation energy technologies.
Invitation confirmed for the Manufacturing Leaders’ Summit, 11–12 Nov 2025, Liverpool—advancing productivity with smarter tech, sharper strategy, strong leadership.
At CCORE 2025 (30–31 July, online), a plenary showed how ultra-thin vacuum insulation cuts end-use energy losses and enables decisive, demand-side carbon reduction.
Springer has published the CCORE 2024 proceedings in SPEES; Professor Saim Memon serves as editor and contributes a Vacuum Insulated Wallpaper (VIW) chapter.
At AMSE 2025 in Krakow, an invited keynote showed how VIW, VIP, DVIP and VIBB cut heat loss, shrink energy bills and support net-zero across built and logistics sectors.
At ACEEE 2025 in Qingdao (25–27 July), an invited keynote mapped VIW, VIP, DVIP, VIHC, VIC and VIBB to real-world energy cuts and net-zero infrastructure.
At ISNEC 2025 (18–20 July, Wuhan), Professor Saim Memon served as keynote speaker and organising committee member, outlining vacuum-insulation advances for net zero.
Now open: MDPI Energies Special Issue on renewable integration and net-zero. Guest Editor Prof. Saim Memon invites rigorous, real-world, AI-enabled studies.
At ICPSG 2025 in Madrid, an invited talk unpacked fast-charge heat, humidity effects and smart-station planning—with passive + active cooling for EV packs.
On 4–5 June 2025 at the NEC, Professor Saim Memon explored Smart Manufacturing Week to progress digital, high-quality production of vacuum-insulation tech.
At IFSIM 2025 (16 May, Taicang), a remote keynote unveiled Vacuum-Insulated Curtains and Wallpaper—thin, high-impact solutions for building energy loss.
At Saudi Projects 2025 (Riyadh), Sanyou London launched the Vacuum-Insulated Curtain and showcased VIW, DVIP, Flexible VIP and VIBB to decision-makers.
At Middle East Energy 2025 (7–9 Apr, DWTC), Sanyou London met 40k+ trade visitors and mapped vacuum-insulation to hot-arid retrofits and peak-load relief.
In March 2025, Professor Saim Memon completed CTSI PAS 7050 & PRISM training (4 CPPD hours), strengthening Sanyou London’s product-safety readiness.
At Futurebuild 2025, Sanyou London discussed 4 mm VIW (~0.005 W/m·K)—a UK-first format drawing strong interest for fast, space-saving net-zero retrofit.
On 29 Jan 2025 at UAEU in Al Ain, leadership meetings explored lab growth, student energy and vacuum-insulation routes to cut cooling loads in hot climates.
On 26 Jan 2025, a visit to the University of Sharjah’s SREE labs explored vacuum-insulation ideas for hot-climate efficiency and new UK–UAE collaborations.
On 19–20 Jan 2025 in Nanjing, Professor Saim Memon linked AGI with vacuum-insulation R&D at NUAA and explored partnerships for real-world energy savings.
ICSGPS 2025 (17–20 Jan, Wuhan): Invited Speaker certificate awarded; smart grids, machine learning and UK–China collaboration shaped the programme.
At AIT (Thailand), a talk on the value of research in 2025 showed how vacuum-insulation inventions move from lab to mass production to cut real energy waste.
At Chulalongkorn University, Professor Saim Memon showed how vacuum insulation moves from idea to mass production—and how GenAI can speed clean-energy materials R&D.
At ESL London 2024, Sanyou London showcased vacuum-insulation solutions; feedback on the floor signalled no like-for-like competitor for slim, high-performance formats.
At EMEX 2024, interest surged in VIW and DVIP for space-tight retrofit; buyers prioritised UKCA progress and scheduled follow-ups across housing and public estates.
At London Build 2024, interest in VIW and DVIP surged. Buyers flagged UKCA compliance as the trigger for scale. Strong fit for council and housing retrofit.
On 14–15 Nov 2024 in Osaka, Professor Saim Memon presented VIW, VIP and DVIP advances—slim, high-performance insulation for net-zero, space-constrained buildings.
At CCORE 2024 (2–3 Nov), a keynote showed how vacuum insulation enables net-zero buildings, cuts carbon and meets SDGs; partners spanned multiple countries.
At IFSIM 2024 in Taicang, a keynote outlined semi-transparent PV vacuum glazing and translucent VIPs as practical routes to net-zero building performance.
At ICMRA & PCEE 2024 in Wuhan, Professor Saim Memon showed how flexible vacuum insulation improves EV battery thermal management and chaired an intelligent systems session.
Professor Saim Memon presented VIBB at SciCon Nexus Applied Sciences—vacuum-insulated bags and boxes for medical, food, agriculture and chemical logistics.
In Rome (19–21 Sept 2024), Professor Saim Memon outlined how vacuum insulation cuts heating and cooling demand in buildings with slim, high-performance formats.
On 23–26 July 2024 in Croatia, Professor Saim Memon delivered a Renowned Speaker keynote on advanced materials for energy, environment and real-world impact.
At ISNEC 2024, Professor Saim Memon outlined how vacuum-insulation boosts efficiency in buildings, EVs, refrigeration and transport—practical steps to net zero.
At BMW Group rad°hub during London Climate Action Week 2024, a 2050 vision emerged: value measured by social, environmental and economic impact.
Highlights from EVC-17 & ECOSS-37: Sanyou London’s MS-4 showcased practical vacuum-insulation solutions for net-zero buildings and energy systems.
At Birmingham Innovation Festival, Sanyou London showed how industrial R&D turns ideas into vacuum-insulation products—VIW, DVIP, flexible VIPs and VIBB.
