Environmental sustainability leader researching the persistence of chemicals and antimicrobial resistance that has shaped policy and industry best practice
University of York campus is home to a diverse range of disciplines, encouraging interdisciplinary collaboration and knowledge exchange. Together, we pursue academic excellence and strive to make a meaningful impact on society through our cutting-edge research and inclusive learning environment. We look forward to connecting with like-minded organizations at the B2B networking event to explore potential partnerships and collaborative initiatives.
Over the past 25 years, I have played a pivotal role in advancing the environmental and health research, innovation, and global engagement working at AstraZeneca (former Global Head of Environmental Protection and member of its Global Sustainability and UK Leadership Teams), for the European and International pharmaceutical industry trade associations (Efpia and IFPMA), for the Federation of European Chemical Industry Associations (CEFIC) and for the UKRIs Natural Environment Research Council (NERC). I am a values-driven person that inspires others, strives for continual innovation and collaboration to deliver real-world impacts that help communities, businesses, and our planet. I have a career investigating the complex interdependencies between environment and human health, that has influenced business best practice and environmental policy at local, national, and international levels. My research has been used in UKRI REF Impact case studies and I sat on the REF committee that assessed the impact of UKRI-NERC Facilities.
I have built collaborations with business, industry, government agencies and third sector organisations to enhance the uptake and application of research in environmental policy and business best practice. These collaborative partnerships have been in several areas that relate to environmental and human health driving innovation and systems level thinking to tackle some of the critical challenges we are facing. Research themes include:
Using metagenomic and machine learning approaches to assess the persistence, biodegradation and mobility of chemicals earlier in sustainable product development
Driving recognition of the importance of the environmental dimension of antimicrobial resistance (AMR) and assessing the effectiveness of proposed environmental stewardship and mitigation measures
Determining minimum selective concentrations for antibiotic resistence, co-selective agents and environmentally relevant mixtures
Managing the human and environmental health risks of drug manufacture and chemical production across value chains
Assessing the environmental sustainability of access to healthcare and medicines in low- and middle-income countries
The impact of climate change on public health, environmental pollution management
Integrating the climate and wider environmental footprint of medicinal products to help deliver patient centric net zero healthcare
Determining the overall persistence and environmental risks associated with next generation low global warming potential HFC/ HFA alternatives and their degradation products