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Richard Wall, global CEO and co-founder at Emex, added: "Sarah is an excellent addition to our global leadership team. I’m looking forward to being part of these business communities which are pushing the possibilities of sustainability excellence." "This all makes it an exciting time to bring Emex into the region to support that innovation, and empower businesses to optimise their sustainability strategies. It’s a pleasure to be back here and embrace the vast culture and diversity, especially with the Dubai Expo taking place through to March next year. We are already taking an innovative approach to ESG, but there is still much more to be explored and discovered. "The MENA and APAC regions are ahead of the curve when it comes to innovation and technology. With growing commitments towards net zero targets and tackling climate change, there is an extra focus on EHS, Sustainability and ESG in the region. Sarah Saha, regional CEO for MENA & APAC at Emex, said: "After just over a year in the UK as Global Group Head of Health, Safety & Environment at THG, I’m thrilled to be back in Dubai and working in the MENA region. Saha has previously worked at The Hut Group PLC, KG&CO Hospitality and Jumeirah Group. Saha previously received recognition from the UAE’s ‘Green Sheikh’, His Royal Highness Sheikh Abdulaziz bin Ali Al Nuaimi, for her sustainability efforts in Dubai, specifically on the reduction of plastic usage. She will also support current Emex customers in the regions to optimise business performance, automate complex processes, and manage compliance. This will include an innovation initiative to develop the Emex range of products and services. Reporting directly into Richard Wall, global CEO, Saha will be tasked with driving the acquisition of regional partners and development and growth of the business. Saha will take the lead in expanding the business in Middle East and North Africa, and Asia-Pacific – both key growth regions for Emex.
EMEX 3 SOFTWARE
Sarah Saha has joined Emex, the ESG and EHS software provider, as the regional CEO for MENA & APAC. Sarah Saha and the wider executive team look forward to cementing their presence in the MENA region with the opening of an office in Dubai, UAE in Nov 21 Map data from IBCSO, IBCAO, and Global Topography.Emex Appoints Sarah Saha as First Ever Regional CEO for MENA & APAC (Photo: Business Wire)ĮMEX APPOINTS SARAH SAHA AS FIRST EVER REGIONAL CEO FOR MENA & APAC The combination of these three independent but interlocking programs constituted a comprehensive tropical field program covering a wide range of interacting scales of phenomena under the “parent” program, the Tropical Ocean Global Atmosphere Program (TOGA).ĭatasets from this project Additional information Related links The Royal Australian Air Force Base at Darwin was the primary base for EMEX and STEP aircraft, while a secondary base was located at Gove. Operation Centers for all 3 programs were located at the Australian Bureau of Meteorology Forecast Office in Darwin. These data added to those collected with the lower flying EMEX aircraft. The Stratosphere-Troposphere Exchange Program (STEP) was conducted to obtain high-level aircraft measurements of trace chemicals, radiation, and other quantities above tropical convection in the region with the aim of understanding tropospheric-stratospheric interaction. AMEX provided an excellent synoptic context for the convective and mesoscale measurements obtained in EMEX. The Australian Monsoon Experiment (AMEX) was a program of enhanced upper-air soundings and radar data collection in northern Australia, aimed at better documentation of those large-scale weather patterns over Australia that are associated with the ebb and flow of the Australian monsoon. EMEX was conducted over the tropical oceanic area north of Australia in January-February 1987, during the Southern Hemisphere (austral) summer, and was organized to coincide with two other major experimental programs being conducted in the region at the same time. EMEX explored the vertical air motions and other kinematic properties of tropical mesoscale convective-cloud systems (“cloud clusters”) by direct aircraft penetration. The Equatorial Mesoscale Experiment (EMEX) was designed to test one main hypothesis, namely that the net diabatic heating associated with the near equatorial convective cloud systems is strongest in the upper troposphere.