Manufacturing Unwrapped: BASF, ABB & Chemical Circularity

This article is all about how BASF and ABB are leveraging innovative technologies to drive sustainability and circularity within energy and chemical manufacturing.

it makes Manufacturing Unwrapped due to the scale of innovation discussed, and the willingness of both companies to embrace the inherent contradictions that come with pursuing sustainability in their industries.

It's a powerful mediation on the importance of accountability and action. Progress matters, and seeking perfection can often lead to the opposite.

BASF & chemical recycling

BASF, a global leader in chemical manufacturing, has placed sustainability at the core of its operations.

Recognising its position at the beginning of the value chain, the company has made concerted efforts to integrate sustainable practices throughout its processes, from product design to disposal.

Two major challenges BASF addresses are CO2 emissions and plastic pollution. Currently, 4% of global CO2 emissions come from plastic, with projections indicating a threefold increase by 2060.

One of BASF’s most notable initiatives is its ChemCycling® project, which tackles the limitations of mechanical recycling for mixed and complex plastics.

Through a thermochemical process called pyrolysis, BASF converts plastic waste into pyrolysis oil, which can substitute fossil feedstock in its production processes.

While ChemCycling® is a promising step toward circularity, it faces challenges, including energy intensity, CO2 emissions, and legislative ambiguity regarding recycled content.

BASF emphasizes that scaling the technology and fostering collaboration across the value chain are critical to overcoming these hurdles.

ABB and electric innovation

In parallel ABB is also driving industrial sustainability.

ABB recently introduced the MV Titanium motor, the world’s first medium-voltage industrial motor capable of delivering up to 40% energy savings.

This innovation is particularly significant in reducing energy consumption and optimising space in industries reliant on large motors for mission-critical applications.

The motor is highly efficient, with 98% energy efficiency, and supports the transition to renewable energy by stabilizing power grids as more wind and solar sources are integrated.

ABB’s advancements align with the increasing global demand for electricity, which is expected to rise by 4%.

By providing innovative solutions that enhance energy efficiency without compromising performance, ABB helps industries reduce their carbon footprints and adapt to the evolving energy landscape.

Why is this a favourite article?

This article continues to resonate with us because it balances optimism with realism about manufacturing sustainability in industrial innovation.

Both BASF and ABB demonstrate how industries with significant environmental impacts can spearhead sustainable transformations.

BASF’s efforts in sustainable chemistry and ABB’s contributions to energy-efficient technologies highlight the importance of addressing sustainability challenges holistically and practically.

Key to both companies’ approaches is the acknowledgment that no single solution can address the complexities of achieving circularity and reducing emissions.

Both BASF and ABB's dedication to collaboration and practical solutions such as BASF’s ChemCycling® and ABB’s energy-efficient motors, inspires hope for a more sustainable future.

It’s a great reminder that meaningful change often requires perseverance, innovation and a willingness to tackle tough challenges.

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