No silver bullet but some promising signs of progress
CategoriesSustainable News

No silver bullet but some promising signs of progress

Soline Guerineau is Head of Commerical Strategy, Sustainability at ICIS, an independent commodity intelligence service. She shares where she sees momentum in hard-to-abate sectors and where collaboration with startups may drive emissions reductions.

“The state of play right now is that the chemicals industry is the largest industrial consumer of energy and ranks third when it comes to direct CO2 emissions – after steel and cement production. According to the International Energy Agency, the chemicals sector emitted 935 megatonnes of CO2 in total in 2022. On a product-by-product level, carbon footprints are tapering, yet the industry‘s overall emissions total is increasing because demand is increasing. At ICIS, we expect the global consumption of chemicals to rise by 23 per cent from 2022 to 2030, despite the macroeconomic challenges in 2023.”

So, what can be done? Soline believes there are a few levers for the chemical industry to pull that are similar to those for other heavy industries. First, the supply chain is important – scope 3 emissions make up 80 per cent plus of chemical industry total greenhouse gas emissions. And sourcing low-carbon suppliers can be a challenge.  

Energy sources are another challenge. “Coal is still the main source of energy in some emerging markets, but we see the more mature industry players moving towards electrification by investing in new facilities. For example, LyondellBasell recently announced a memorandum of understanding with Technip Energies and Chevron Phillips Chemical to pursue electric steam cracking furnace technology.

“Further development in this area is dependent on the elevation of the grid and the availability of renewable power, but we are seeing an interesting uptick in power purchase agreements (PPAs) – a type of long-term renewable energy contract – for heavy industries in general, with companies trying to manage their scope 2 emissions while also attempting to control cost.”

Beyond scope 3 and energy sourcing, there are some further drivers. “For example, waste heat recuperation and efforts to make energy consumption more cyclical are emerging, carbon capture technologies have a role to play but are not yet scalable, and there is also a key thread around the materials transition. For the chemicals industry, this is around feedstocks and moving away from virgin fossil feedstocks to biomass.” 

At ICIS, Soline says they see progress in recycling and more circular business models, and while the recycled plastics market remains smaller than virgin markets, it is growing. The market will benefit from regulation that is set to come into play – The European Strategy for Plastics, for example, sets the objective that all plastic packaging placed on the EU market will be reusable or easily recyclable by 2030. Crucially, anyone exporting to the bloc will need to comply, which will really accelerate upward market trends.  

However, she states that: “There is no silver bullet in terms of what is likely to have the biggest impact. I think there is a question around leadership and fresh approaches, and I also wonder what more women in the industry would bring? For our CEO of the year awards 2023, we nominated an emerging leader, Jodie Morgan, the CEO of Nexus Circular, a US Series-C-stage company that provides advanced recycling to several larger petrochemical companies. There needs to be more collaboration with innovative startups and industry disrupters like this (or acquisitions) to accelerate technology pathways and drive further progress in the areas that are still in their early stages.”

This opinion piece originally appeared in the Springwise Horizon 2030 report, a deep dive into seven key drivers of change between now and the end of the decade.

Icis.com 

Written By: Angela Everitt

Reference

Next-gen care: AI spots early signs of health decline
CategoriesSustainable News

Next-gen care: AI spots early signs of health decline

Spotted: An ageing population, combined with the potential growth of dementia, is contributing to the immense pressure being put on the UK’s National Health Service (NHS). Part of the challenge lies in the high numbers of vulnerable people admitted to A&E, who are then kept in hospital while a suitable care home is found, or homecare support is organised.  

Remote monitoring technologies help care teams quickly respond to emergencies and often provide a life-saving service. Physiotherapist Louise Rogerson and data scientist Jonathan Burr wanted to find a way to prevent some of those emergency admissions by deploying smart home care earlier and in more detail. The co-founders built Howz, a smart home care monitoring system that works to prevent falls and other injuries by identifying slight changes in a patient’s behaviour.  

Using artificial intelligence (AI), a motion sensor, smart plug, door sensor, and hub, Howz’s package helps carers track energy use and at-home movements. The AI quickly establishes a base routine for each patient and uses that information to identify early behavioural changes and capability that indicate a possible need for social care support. Those early alerts – such as no electric kettle use that day – help social care teams and family carers spot and react to small changes that may otherwise go unseen with current home care monitoring systems, before a more serious accident can occur.  

It takes only minutes to install the Howz system and data is available instantly via the app for individual carers and healthcare professionals. Howz provides round-the-clock monitoring and a care dashboard for those in charge of multiple patients. At the same time, privacy is an essential part of the system. No personal data is collected, and the main account holder can add or delete permissions for those using the app. Results show that the use of Howz reduces emergency admissions by 32 per cent and the risk of care home admission by 42 per cent. 

From Parkinson’s to mental health, Springwise’s library includes a variety of innovations using AI to provide customised, timely healthcare interventions.

Written By: Keely Khoury

Reference