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Premium Story

Cooling countdown: Is the GCC Region ready for the refrigerant shift?

As the Kigali phasedown approaches, experts warn that the GCC region’s cooling sector must accelerate policy clarity, industry readiness and supply-chain adaptation to avoid shortages and compliance gaps

In a region where air conditioning is as essential as running water, the question hanging over this industry was not if change would come, but whether the people responsible for that change were moving fast enough to manage it or not.

This question is no longer theoretical. Speaking on this matter from the perspectives of manufacturing and supply chain is Amir Naqvi, General Manager, Middle East, Solstice Advanced Materials. And giving a regulatory perspective is Dr Ahmed Alaa Eldin Mohamed, Past Director, Regional Chair 2018-2021, ASHRAE, based on tracking how Gulf governments are tightening the rules under the Kigali Amendment to the Montreal Protocol and related climate commitments.

Amir Naqvi

When the discussion turns to how prepared the region really is, Naqvi does not pretend everything is already in place. “The Middle East refrigerant supply chain is currently in a state of active transition to low‑GWP (global warming potential) alternatives,” he says, describing “significant progress while simultaneously working to remove any structural bottlenecks, such as training workforce for handling mildly flammable (A2L) refrigerants, having warehouses ready for A2L refrigerants and other items”. Major manufacturers, he notes, have already reworked their catalogues. “Many large projects in District Cooling, commercial refrigeration, commercial air conditioning and data centre cooling already have used low‑GWP refrigerants for close to a decade in the region,” he says.

Dr Ahmed Alaa Eldin Mohamed

For Naqvi, the main concern is what happens if the industry waits too long. “When there is a disconnect between the regulation and market adoption, it creates a volatile environment for stakeholders,” he warns, adding that Solstice has “seen these patterns globally”. He lists three risks: The “risk of stranded assets”, if companies delay and are left with systems that cannot easily be serviced; “supply chain imbalance and a grey or black market” that puts legitimate businesses at a disadvantage and raises safety concerns; and “technical preparedness and training gaps” around new, mildly flammable refrigerants. In his view, all three become sharper the closer the region gets to key phase‑down dates.

Those dates are what preoccupy Dr Mohamed. From his side of the table, the story starts with signatures and legal texts. “From a policy and regulatory standpoint, GCC Region markets are entering a crucial preparation phase for the next phase of refrigerant regulation,” he says, pointing to the HFC phasedown under the Kigali Amendment and newer low‑GWP policies. “But their readiness is still evolving and varies by country.” The UAE, he notes, has already ratified Kigali and “is the first GCC Region member-country to do so, committing to freeze HFC production by 2028 and a phasedown through 2047”. Saudi Arabia, Bahrain, Kuwait and Oman are further along the ratification path, while “Qatar is the only GCC Region member that had not yet ratified by late 2025, though pressure and consensus indicate ratification is likely forthcoming”. Ratification, he stresses, creates binding obligations on HFC consumption and sets phase‑down schedules, but enforcement and detailed implementation mechanisms are still under development across most GCC region countries.

That gap between headline commitments and day‑to‑day reality is where pressure is building. Under the international timetable for many Gulf states, there will be a freeze on HFC consumption and production from 2028, a 10% reduction around 2032, and steeper cuts later in the 2030s and the 2040s. Dr Mohamed sums up the dilemma bluntly in a single line, “Current compliance timelines, particularly the 2028 freeze and the early phasedown milestones are technically achievable as policy targets, but they are likely unrealistic in practice, unless GCC Region markets accelerate adoption of alternatives, strengthen enforcement and scale up industry capacity well ahead of schedule.” Industry warnings suggest how that could feel on the ground: Rising cooling demand and the way the baseline is calculated mean that “by 2032, the first 10% reduction might be experienced as a 30% effective shortage of HFC refrigerants in practice, if alternatives aren’t adopted rapidly.”

Naqvi’s answer to that risk is simple: Move early and move together. “The ‘wait‑and‑see’ approach is the greatest risk to regional industry,” he says. In his view, original equipment manufacturers, distributors and contractors all need to commit upfront. With time on their side, he says, OEMs can plan for supply constraints, contractors can properly train their teams on updated handling, installation and safety procedures for the low‑GWP refrigerants, and that distributors can clear legacy inventory and transition their stock efficiently. He says Solstice is already trying to accelerate that shift, supporting regional industry readiness by bringing a wealth of expertise gained from spearheading similar refrigerant transitions across Europe and the USA, and running webinars and training with partners on A2L refrigerants.

Dr Mohamed agrees that the clock is ticking, but says the biggest obstacle is not willingness, it is clarity. He calls policy clarity “the biggest bottleneck”, arguing that even willing, capable markets stall when the rules aren’t precise. Regulations often spell out the destination – the phasedown of HFCs – but not the route. “Many regulations state what must happen – HFC phasedown – but not clearly how markets should transition,” he says. Safety codes, building rules and fire standards, he says, often lag behind refrigerant policy, especially for A2L and natural refrigerants, and detailed questions about import licences, quotas and penalties are still being worked out. The result, he says, is predictable: Manufacturers and developers hedge their bets, delay redesigns and continue specifying legacy refrigerants ‘until forced otherwise’.

Next comes enforcement. Dr Mohamed labels it “the risk multiplier”. Weak enforcement, he says, turns ambitious policy into theoretical compliance. Monitoring of imports and stockpiles, he says, is still developing, and not all ports and authorities are fully equipped to identify blends, GWP values or mis-declared refrigerants. In several markets, he adds, enforcement is still largely advisory rather than corrective or punitive. That may be manageable now, but once phasedown steps begin, non‑compliant imports and grey markets become economically attractive. In that scenario, he warns, legitimate players are penalised first, while laggards gain short‑term cost advantages, undermining confidence among early adopters.

Both men point to training and standards as the levers that can change the outcome. Naqvi argues that stakeholders should not wait for local mandates to reach their final phase, and urges them to work with companies with a global footprint to evaluate product options and ensure compliance with global standards. He says acting now would help the region move from transactional buying to strategic supply relationships, test low‑GWP options in Gulf heat, and start planning for recovery and reclamation of refrigerants.

Dr Mohamed, meanwhile, focuses on the organisations that turn broad laws into engineering rules. He says standards bodies, such as ISO, IEC, ASHRAE, EN, and national code authorities take mandates, such as reducing HFCs and translate them into charge limits, leak detection requirements, ventilation and zoning rules, equipment classification (A1, A2L, A3), and installation and servicing protocols. “Without this layer,” he says, “regulators can ban a refrigerant, but engineers still don’t know what they’re allowed to install, instead.” In the Gulf, where cooling loads are high and systems are often centralised, he argues that standards mitigate the risk associated with A2L and natural refrigerants by defining safety envelopes, give fire services and municipalities confidence to approve projects, and offer insurers and developers defensible compliance benchmarks. His shorthand for the reality on the ground is stark: “In practice, no standard = no permit, even if regulation allows it.”

On enforcement, Dr Mohamed predicts governments will avoid sudden shocks. He expects an initial period of soft enforcement or signalling, in the forms of import registration, reporting, voluntary compliance, guidance and education‑first inspections, designed to change behaviour before punishment. After that, he foresees “selective enforcement”, starting with new equipment and priority sectors and targeting serious breaches. Only later, once markets have adjusted, does he anticipate full enforcement with market maturity, including strict import quotas, penalties for non‑compliant specifications and links to building permits and occupancy certificates. A hard cut‑off, he argues, would risk refrigerant shortages, cost spikes, project delays, grey‑market imports and political pushback. “No GCC Region government wants cooling security questioned in a hot climate,” he says. “So expect managed descent, not a regulatory free‑fall.”

Seen together, their comments sketch the outlines of the next decade for the Gulf’s cooling sector. On one side is Dr Mohamed’s assessment: “The success of the next regulatory phase in the GCC Region countries will depend heavily on harmonised standards, proactive industry adaptation and capacity building, including training, certification and supporting infrastructure in the coming few years.” On the other hand, Naqvi’s message to the market is that companies that move early can avoid stranded assets and grey‑market risks and help steer the region from transactional buying to strategic supply relationships, built around low‑GWP technologies. Between now and the 2028 freeze, the outcome will be decided less by the text of international agreements than by how quickly governments, standards bodies and industry manage to close the gap between rules on paper and equipment on the ground.

Premium Story

JCI reports progress on energy efficiency, emissions reduction in 2026 Sustainability Report

Company highlights cost savings, emissions reductions and advancements in energy efficiency across mission-critical industries

CORK, Ireland, 22 April 2026: Johnson Controls International (JCI) released its 2026 Sustainability Report, outlining progress towards its sustainability goals and the outcomes delivered for customers across mission-critical industries. Making the announcement through an April 22 Press Release, JCI said the report details performance across such sectors as healthcare, advanced manufacturing and higher education.

JCI said its technologies have helped organisations save more than USD 9.5 billion in energy and operating costs across thousands of projects worldwide. The company added that the savings were achieved alongside environmental benefits equivalent to avoiding emissions from nearly six million US homes, enabling organisations to redirect capital towards strategic priorities, such as capacity expansion and workforce development.

Joakim Weidemanis, CEO, JCI, said: “Our purpose is grounded in the belief that what we do matters for human society. In the mission-critical environments we serve, performance, reliability and sustainability are foundational for the future. Our 2026 Sustainability Report shows that in the industries where failure is not an option, we put energy efficiency to work to unlock growth opportunities and enable peak performance, which frees up capital for long-term growth in the places that really matter.”

Johnson Controls said its solutions have delivered measurable results across mission-critical environments, citing projects such as a healthcare facility, where upgraded chillers and heat pumps reduced heating fuel needs by 69% and generated significant annual energy cost savings. JCI added that additional digital optimisation further increased savings, while large-scale heat pump deployments in Europe contributed to climate-neutral heating and reduced emissions.

JCI said the report highlighted a 33% reduction in Scope 3 emissions from the use of sold products, exceeding its 2030 target of 16%. The company added that it has also introduced new low-embodied-carbon chiller options with 44% lower embodied carbon than conventional systems.

Katie McGinty, Vice President, Chief Sustainability, External Relations Officer, JCI, said: “With energy prices on the rise, the most forward-looking companies are treating energy efficiency as a business strategy to drive every dollar into innovation, technology adoption and competitive advantage. Energy efficiency is one of the fastest ways to lower operating expenses, reduce emissions and improve performance at the same time. At Johnson Controls, we’re proud to help customers turn decarbonization into a source of financial strength and competitive advantage.”

Johnson Controls said it has reduced Scope 1 and Scope 2 emissions from its operations by 46% since 2017, reaching 84% of its 2030 target. The company added that 91% of its global electricity needs are being met or matched with carbon-free energy, helping reduce exposure to energy price volatility and long-term risk.

JCI said it allocated 77% of its new product research and development in 2025 to sustainability and climate-related innovation, supporting improvements in energy cost management, refrigerant transition and digital integration. The company added that its product portfolio includes heat pumps capable of delivering emissions reductions of up to 55% compared to conventional systems while reducing operating costs.

JCI said its high-efficiency chillers and heat pumps exceed regulatory requirements and contribute to improved performance in mission-critical cooling environments. The company added that its solutions also support data centres by reducing non-IT energy use through high-efficiency cooling, thermal management and building automation systems.

JCI said its technologies enable data centres to reduce energy intensity and reuse waste heat through solutions such as absorption chillers and heat pumps. The company added that the approaches support improved efficiency, resilience and operational performance while contributing to broader sustainability goals.

Premium Story

Empower highlights water efficiency measures in District Cooling operations

Company says the initiative focuses on the use of treated sewage effluent and reverse osmosis technologies to reduce freshwater consumption

DUBAI, UAE, 21 March 2026: Marking World Water Day, observed annually on 22 March, Empower said it will continue to implement operational measures aimed at improving water efficiency in District Cooling systems.

Making the announcement through a Press Release, Empower said a key element of its approach involves the use of Treated Sewage Effluent (TSE) and reverse osmosis technologies within its District Cooling operations. According to the company, these methods are intended to reduce reliance on freshwater resources while supporting operational requirements in cooling infrastructure.

The company said it expanded its in-house reverse osmosis capacity to 24,969 m3/day in 2025, compared with 21,359 m3/day in 2024. Empower added that recycled water usage reached 9.22% in 2025, compared with 8.3% in the previous year. The company said the increase reflects operational adjustments linked to its internal targets and the availability of recycled water supply.

H.E. Ahmad Bin Shafar

Commenting on the announcement, H.E. Ahmad Bin Shafar, CEO, Empower, said: “Water is a vital resource for life and sustainable development. At Empower, we are committed to enhancing the efficiency of water use within our operations by adopting treated water and reverse osmosis technology for District Cooling, thereby reducing freshwater dependency. These efforts align with the directives of our wise leadership to preserve natural resources and ensure their sustainability for future generations through responsible and efficient resource management practices. At Empower, we strive to provide District Cooling services according to the highest standards of quality and reliability, based on a sustainable operational methodology that aligns with the UAE Water Security Strategy 2036.”

H.E. Bin Shafar added: “World Water Day is an important occasion to reaffirm the importance of water resources and their pivotal role as a strategic driver of economic and social development, as well as their vital contribution to achieving the Sustainable Development Goals. Empower remains committed to promoting sustainable practices and fostering a culture of responsible resource use, supporting the nation’s vision for a more sustainable future.”

Premium Story

Kanthal inaugurates service centre in North Carolina

Company says the facility would support U.S. customers requiring high-temperature heating solutions and expand manufacturing capacity for silicon carbide heating elements

HALLSTAHAMMAR, Sweden, March 19, 2026: Kanthal, a company focused on industrial heating technology and resistance materials, said it has inaugurated a new service centre in Concord, North Carolina, intended to support customers requiring high-temperature electrification technologies across manufacturing sectors. Making the announcement through a Press Release, Kanthal said the facility forms part of efforts to expand its production capacity for Globar silicon carbide heating elements.

Kanthal said the heating elements are used in high-temperature industrial processes. The company added that the elements are designed to operate at temperatures of up to 2,950 degrees F (1621.1 degrees C) and are applied in sectors such as electronics, glass and steel manufacturing.

Kanthal said the expansion reflects increasing demand for high-temperature electric heating technologies from manufacturers exploring alternatives to combustion-based heating processes. The company added that the new service centre will support customer service operations and help improve delivery lead times for customers in the United States.

Kanthal said combustion emissions from the manufacturing sector account for approximately 573 million metric tonnes of greenhouse gas emissions, representing around 75% of the sector’s total emissions, citing the Congressional Budget Office.

Simon Lile and Bruce Dionne, Production Unit Manager, Concord

Robert Stål, President, Kanthal, said: “We have served the U.S. market since the 1930s. We are already supporting our customers from Concord with a broad portfolio, and adding Globar to the mix allows us to leverage existing infrastructure. The opening of our Concord service center is the next step in strengthening our local presence in the region which is experiencing a surge in advanced manufacturing.”

Kanthal said the service centre forms part of an investment of approximately USD 11 million that also includes an expansion of its primary production facility in Perth, Scotland. The company added that the expansion in Scotland involves the addition of around 19,000 ft2 of manufacturing space along with new equipment, revised production layouts and expanded warehousing capacity.

Kanthal said the combined developments are expected to increase production capacity by approximately 40%. The company added that the Concord facility manufactures several products, including metallic heating elements, Tubothal heating elements, high-temperature tubes and Fibrothal heating elements.

Kanthal said, prior to the expansion, Globar heating elements supplied to U.S. customers were produced at the company’s facility in Perth. The company added that it consolidated production from three U.S. locations into a single manufacturing and distribution centre in Concord in 2022.

Simon Lile, President, Heating Systems Business Unit, Kanthal, said: “This is not just a new service center. We have implemented technology improvements in Concord that allow us to adapt product configurations based on customer furnace setups and order cycles. The result is a more responsive operation, faster to quote, faster to ship, and better aligned with U.S. customer needs.”

Kanthal said it traces its origins to the discovery of an iron-chrome-aluminium alloy by Hans von Kantzow in 1916. The company added that the patent for the alloy was approved in 1926 and that the business was established in 1931.

Kanthal said it expanded its technology portfolio through acquisitions, including the Globar trademark for silicon carbide heating elements in 1994 and several heating element and materials companies in North America. The company added that it operates today as part of the Alleima group, which was separated from Sandvik in 2022.

Premium Story

Castel introduces 3030 series safety valves for HFO and hydrocarbon refrigerant systems

Company says the valves were developed for refrigeration and air-conditioning applications operating with A2L and A3 refrigerants

MILAN, Italy, 17 March 2026: Castel said it has expanded its range of safety devices with the introduction of the 3030 series safety valves designed for refrigeration and air-conditioning systems using HFO and hydrocarbon refrigerants classified as A2L and A3.

Castel 3030 series safety valves

Making the announcement through a Press Release, Castel said modern refrigeration systems are increasingly operating under demanding conditions that combine higher working pressures and elevated discharge temperatures. According to the company, the 3030 series has been developed to address such conditions, with set pressures reaching up to 50 bar and operating temperatures up to 150 degrees C.

The company said the valves feature a compact design and incorporate materials intended to support use in a range of refrigeration and air-conditioning installations. Castel added that the series offers a set-pressure range between 8 and 50 bar, allowing installation in both low-pressure and high-pressure sections of refrigeration systems.

According to Castel, one of the design features of the 3030 series is repeatable performance after activation, with the valve maintaining its original calibration following operation. The company said this characteristic is intended to support continued system protection over time.

Castel said the development of the new safety valve series forms part of its broader portfolio of safety components intended for refrigeration systems operating with natural and low-GWP refrigerants.

Premium Story

Sensitron previews new gas detection control panel

Company says the new system introduces a redesigned interface for gas detection applications

MILAN, Italy, 13 March 2026: Sensitron said it has previewed a new gas detection control panel designed for systems with up to eight gas detectors, adding that the product is expected to be commercially available within 2026. Making the announcement through a Press Release, Sensitron said the new control panel builds on its existing portfolio of fixed gas detection systems, detectors and control panels across applications.

Sensitron’s new gas detection control panel

Sensitron said the new control panel evolves from its PL4+ system. The company said the development introduces a user-oriented design approach, featuring a redesigned interface that is more modern, readable and intuitive, aimed at simplifying operation and improving on-site user experience.

Sensitron said the new design is the result of its first collaboration with AMDL CIRCLE, a multidisciplinary studio founded by Michele De Lucchi. The company said the collaboration focused on integrating technical functionality with design innovation, resulting in a more compact and visually distinct control platform adaptable across international markets.

Sensitron said the development process involved close interaction between technical specialists and the design team, leading to a reconfiguration of internal components and the creation of a new architectural form. Nicholas Bewick and Andrea Borgogni, Architecture Art Director and Senior Product Designer, AMDL CIRCLE, said: “The design is the result of a complete reconfiguration of the internal components — battery, printed circuit boards, mounting systems, etc. – arranged according to a new hierarchical order. The re-organization of the elements has allowed the creation of an unusual pyramidal architectural form, with a redesigned main display and control panel to simplify the physical and visual interface with the entire gas safety network.”

Sensitron said the system has been developed based on feedback from users, focusing on how the control panel is read, understood and operated in real-world conditions.

Marco Passadori

“We chose design as a strategy to complement our technical expertise, adding an element of differentiation in a highly competitive market,” said Marco Passadori, Managing Director, Sensitron. “Technology, compliance with standards, and experience are the foundations of our product development. The decision to introduce design stems from listening to those who use the product. From our ongoing dialogue with customers came the desire to create a control panel truly designed for its users,” Passadori added.

Sensitron said the control panel features a redesigned interface with new graphical elements, including pop-ups, directional arrows, switches, menus and contextual buttons, aimed at enabling faster understanding without prior familiarity. The company added that a multi-level digital login system replaces the physical key, providing enhanced operational control, traceability and system security.

Sensitron said the system allows configuration directly via the display or through a PC, enabling users to save and replicate settings across installations. The company added that event logs can be downloaded for diagnostic analysis, supporting system traceability and proactive monitoring.

Sensitron said the control panel complies with ATEX Directive 2014/34/EU and key performance and functional safety standards, including EN IEC 60079-29-1 and EN 61508 / EN 50402 (SIL1). The company added that all its products are tested and CE-approved and, where applicable, carry international certifications attesting to protection, performance and reliability.

Sensitron said the new control panel forms part of a broader strategic product and business development plan, aimed at redefining the role of control interfaces in gas detection systems.

Premium Story

ASHRAE to host 2026 Annual Conference in Austin

Organiser says the event will bring together global professionals to exchange knowledge, research and technical developments shaping the built environment

AUSTIN, Texas, United States, 11 March 2026: ASHRAE said its 2026 Annual Conference will take place from 27 June to 1 July in Austin, Texas, bringing together engineers, architects, designers, researchers, manufacturers, contractors and emerging professionals from around the world to exchange knowledge on HVACR and building science.

Making the announcement through a Press Release, ASHRAE said the conference will provide opportunities for participants to connect with professionals across the industry and gain insights intended to support practical applications in their work. The organiser added that the event is designed to support professional development while enabling attendees to expand their technical expertise and professional networks.

ASHRAE said the conference will feature one of the most comprehensive technical programmes in the HVACR and building science sector, with sessions organised into multiple tracks focused on advancing the science, application and professional practice of the built environment.

According to ASHRAE, the conference tracks cover a broad range of subjects relevant to the industry. ASHRAE said the Fundamentals track will address core engineering concepts including thermodynamics, psychrometrics, heat transfer and fluid flow, providing opportunities for both theoretical and applied discussions in HVACR design.

ASHRAE said another track will focus on HVACR systems and equipment, examining the development of new technologies as well as improvements in existing systems and their application and operation within buildings. The organiser added that the programme will also include the 10th Annual Research Summit, which it said will provide a platform for researchers to share findings from ASHRAE-sponsored and related studies relevant to the HVACR community.

ASHRAE said the conference will also include a Professional Development track designed to support participants in developing presentation, leadership and interpersonal skills as well as broader business capabilities relevant to professional practice.

The organiser added that additional tracks will examine topics such as ground source heat pump systems, building system design and resilience in hot climates, the role of artificial intelligence in building design and construction and strategies for building decarbonisation.

ASHRAE said the technical programme will include a variety of session formats including technical and conference paper presentations, forums, debates, panel discussions, seminars and workshops aimed at supporting knowledge exchange and professional training within the industry. The organiser added that attendees will also have opportunities to earn Professional Development Hour (PDH) credits by attending technical sessions listed within the conference programme.

ASHRAE said the event will form part of its ongoing efforts to support technical exchange, professional collaboration and the advancement of HVACR technologies and building science practices worldwide.

Premium Story

MCE 2026 to spotlight water efficiency through ‘Intelligent (use of) Water’ initiative

Organiser says the project will bring together companies, associations and professionals to highlight solutions for responsible water management

MILAN, Italy, 11 March 2026: The organiser of Mostra Convegno Expocomfort (MCE), RX, said water will take centre stage at the exhibition through the “Intelligent (use of) Water” initiative, aimed at highlighting technologies and solutions designed to improve water efficiency and responsible use. Making the announcement through a Press Release, RX said the conference will be held from 24 to 27 March at Fiera Milano, Rho in Milan and said the event will bring together companies and professionals across HVAC, renewable energy, energy efficiency and water sectors.

According to the organiser, the initiative reflects growing attention to water as a critical resource increasingly affected by climate change and urban development pressures.

RX said the project will feature products, systems and technologies focused on water efficiency and said the initiative will involve exhibiting companies, industry associations and professionals from across the sector. The organiser added that the initiative will be hosted in halls 2/4 and 6/10 and said it will include participating companies designated as “Water Ambassadors”, representing sectors such as water treatment, plumbing, pumps and valves.

The organiser said conference areas within these halls will host a series of workshops and industry discussions intended to raise awareness of efficient water management and related technologies among visiting professionals. RX added that the sessions will be organised in collaboration with sector associations and supported by engineering bodies, including the Order of Engineers of the Province of Milan.

RX said the programme will include several panel discussions and workshops addressing water efficiency and sustainable infrastructure and added that sessions scheduled as part of the four-day exhibition conference programme include “CO2 is not the problem. So why do we use it to control ventilation?”, “Decarbonising our future: energy, economic and social aspects of smarter and digitalised buildings and cities”, “Heat Pump Acoustics: From Sound Signatures to Installation Impact” and more. The organiser added that these discussions will explore technological innovation, regulatory considerations and the role of infrastructure planning in improving water management.

RX said visitors will also be able to participate in workshops organised jointly by exhibitors and Just a Drop, a nonprofit organisation working to improve access to safe drinking water and sanitation in vulnerable communities. The organiser added that the collaboration aims to promote awareness of equitable and sustainable access to water globally.

Premium Story

Concept wearable system aims to regulate body core temperature in extreme climates

Inventor says InfernoCool Underguard concept integrates heating and cooling technology within a smart undergarment controlled through a mobile application

SINGAPORE, 9 March 2026: The developer of a concept wearable technology called InfernoCool Underguard said the system has been designed as a device-based undergarment intended to regulate body core temperature in both extreme cold and extreme heat.

Making the announcement through a Press Release, the inventor said the concept emerged from the observation that traditional thermal protection has historically focused on external clothing, beginning with early insulation methods such as animal fur and skin and evolving into modern thermal garments. The inventor said the concept behind InfernoCool Underguard explores the possibility of integrating climate-control technology directly into a wearable undergarment to protect the body’s core.

The developer said the concept for the system was first envisioned around a decade ago as a device-based garment capable of adjusting temperature through a mobile application and added that work to develop the idea began in mid-2025, when the concept was formally introduced under the name InfernoCool Underguard.

The inventor said the proposed system incorporates graphene heating films and a two-tier cooling mechanism within a layered wearable structure. The inventor said the concept is designed to address scenarios involving extreme climates, noting that users could potentially regulate their body temperature in cold environments or lower the microclimate temperature within the garment in hot conditions.

The inventor said the project is currently at an early development stage and has been assessed for potential prototyping. The developer added that Enterprise Singapore highlighted the need for funding support, while A*STAR Singapore indicated readiness to assist with prototype scoping. The inventor added that AJ Protech in the United States reviewed the concept and estimated that prototyping could be achieved at a cost of approximately USD 76,000.

The developer said legal advisors, Amica Law LLC and Mark Clerk Singapore LLC, recommended filing a patent application due to the novelty of the concept, adding that a patent filing has already been completed in Singapore.

The inventor said the garment is intended for use in a wide range of environments and professions where individuals may be exposed to extreme temperatures, with potential applications including personnel in sectors such as emergency services, industrial work, construction and outdoor activities, as well as individuals seeking temperature regulation during everyday activities.

The inventor said the concept is currently presented at a preliminary stage and that collaboration and funding partners are being sought to support further development and prototyping of the technology.

Premium Story

ACREX 2027 bookings to open during ACREX 2026 exhibition in Mumbai

Organiser says the 25th edition of ACREX India will host more than 450 exhibitors at the Bombay Exhibition Centre

NEW DELHI, India, 7 March 2026: Organisers of ACREX India said bookings for ACREX 2027 will officially open during the ACREX 2026 exhibition in Mumbai, as the HVAC industry gathers for the event’s 25th edition.

Making the announcement through a Press Release, the organiser said ACREX 2026 is scheduled to take place from 12 to 14 March at the Bombay Exhibition Centre and will feature more than 450 exhibitors across an exhibition space of approximately 30,000 m2. The organiser added that the event represents one of the largest HVAC expositions in the SAARC region and Asia.

The organiser said bookings for ACREX 2027 will open on 13 March 2026 at the ACREX booking counter during the Mumbai exhibition. The organiser added that the next edition of the event is scheduled to take place from 11 to 13 February 2027 at the India Expo Mart Limited (IEML) venue in Greater Noida.

The organiser said companies interested in participating in the 2027 exhibition are invited to submit an expression of interest through a registration form.