Rasha Hasaneen

Rasha Hasaneen is a globally recognized leader at the intersection of sustainability, technology, and innovation. She current serves on the Board of Advisors for Venture for ClimateTech, where she helps guide early-stage companies in the clean technology sector. Rasha also serves on the Board of Directors for the Global Coalition on Sustainability where she supports the development of impact-based initiatives to advance the UN Sustainability Development Goals. With a distinguished career spanning senior executive roles at Aspen Technology, Trane Technologies, General Electric, SAP, and Hitachi, Rasha has consistently transformed customer experiences while delivering significant business growth through data-driven solutions, portfolio management, and a commitment to sustainability. Rasha regularly speaks at energy and sustainability focused conferences and events to highlight the importance of technology, innovation and digital transformation to sustainability and the energy transition. Rasha holds an interdisciplinary PhD in Sustainability from Texas A&M University, combining expertise in chemical engineering, business, and public policy focused on sustainable energy processes. She also earned a Masters in Industrial Engineering and Engineering Management from Stanford University and a Bachelors in Mechanical Engineering and Management from McMaster University.

Session Overview

Wednesday, 5 November

16:05

Digitalisation & AI Conference Room A 16:05 - 16:45

Building blocks for a resilient energy future: the IoT in energy operations

The Internet of Things (IoT) is transforming energy operations globally through the incorporation of advanced technologies such as real-time monitoring, predictive analytics and automation. By optimising energy consumption, minimising waste and facilitating the integration of renewable energy sources, these modernising innovations are enhancing operational efficiency and sustainability while reducing costs. Hyperconnected infrastructure, which includes smart grids and smart metering, will prove pivotal in the ongoing transition from traditional energy management towards more efficient, data-driven systems. As these technologies continue to evolve, they will no doubt play a crucial role in shaping a resilient, low-carbon energy future.

Attendee insights:

Explore how industry trailblazers are seamlessly implementing IoT technologies to deliver tangible and trackable benefits for their business operations and end-users.

Thursday, 6 November

10:40

Downstream & Chemical ICC Hall B 10:40 - 11:00

OEM-driven innovation: unlocking future growth through specialty chemical investments

As demand patterns shift across end-use sectors, chemical companies are moving from high-volume commodities to high-value specialty chemicals tailored to specific applications. This transition is being driven by the need for performance, regulatory compliance and sustainability, particularly in industries such as automotive, electronics and personal care. To remain competitive, producers are developing solutions that meet precise material and functional specifications through strategic collaborations with original equipment manufacturers (OEMs). The location of new OEM facilities is also becoming a key factor, shaping where next-generation specialty chemical investments are directed. At the same time, the segment continues to be highly research and development (R&D) intensive. While the current landscape may pose barriers for smaller players as established OEMs continue to shape the direction of innovation and investment, it also opens the door for startups offering novel materials, processes and technologies. As these dynamics evolve, the ability to achieve both speed and scale will be critical - potentially redefining the competitive edge for future chemical producers and reshaping how the industry approaches sustainable transformation.

Attendee insights:

Explore how OEM collaborations are driving tailored innovation, guiding investment locations and opening space for startup-led breakthroughs in specialty chemicals.