• It is essential to separate economic growth from growth in emissions by resetting our industries.
  • Improving energy efficiency would cut emissions and create jobs.
  • We need higher targets for energy efficiency in industry to create incentives to act boldly.

COVID-19 slowed the activity of otherwise busy factories and made cities look like ghost towns, as health precautions kept workers in their homes and supply chain disruptions challenged production for many big industries. The abrupt halt came after considerable growth in demand for industrial products in recent years, along with growing energy consumption and greenhouse gas emissions. Manufacturing and industry are now responsible for around 25% of the final energy consumption and about 20% of total greenhouse gas emissions. At the same time, industry accounts for 25% of jobs globally, underlining the challenge of a sudden shut-down.

Less industrial activity also led to reduced energy consumption, lowered CO2 emissions, and improved air quality, and the challenge now is to ensure stimulation of economic growth does not lead to a return to pre-COVID emissions. Therefore, it is essential to separate economic growth from growth in emissions by resetting our industries.

Daily emissions decreased by 17% during the peak of COVID confinement measures.
Daily emissions decreased by 17% during the peak of COVID confinement measures.

Making industry work for people and planet

The good news is, we already know how to reset our industries. And in some places, we have already done it.

Take the city of Benxi, China. Benxi has produced iron since ancient times, and for the last 100 years it has been a metallurgical centre. Today it has an annual production capacity of 20 million tonnes of crude steel. But until recently, the heavy metal production took a brutal toll on the city and its residents’ health. Surrounded by mountains, polluted air was trapped in the city and Benxi became notorious as the city with black snowflakes and the highest rate of lung disease in China.

This was until the city turned its steel industry into a heat provider. Using sector integration, the excess heat created from steel production was used to heat the city’s homes, leading in turn to increased heat stability and comfort of residents in winter – and reducing the city’s coal consumption by 26,500 tonnes each year. This translated to reduced emissions of 69,000 tonnes of CO2 plus massive amounts of NOx and SOx, and vast improvements in air quality and wellbeing in the city. And the price tag? The local district heating company went from a yearly loss of 20M RMB (nearly $3m) to 1.7M RMB (approximately $250,000) in profit in the first year and 5M RMB (c. $730,000) in the second, making the project fully bankable and commercially viable.

There are many more gains to be had by focusing on energy efficiency in industry. A recent International Energy Agency report concludes that implementing all cost-effective industrial energy efficiency measures – requiring around $50 billion additional investment per year – would reduce emissions in 2030 by around 2 Gt of carbon dioxide, equivalent to four times Mexico’s total yearly carbon dioxide emissions.

Industrial motors, for example, account for 38% of global electricity consumption. Applying intelligent driving technology in electric motor systems ensures motors only run when necessary, saving 8% of total global electricity consumption and reducing industry application emissions by up to 40%.

At the same time, investment in energy efficiency in industry would create on average around 10 jobs per million dollars spent, helping our economies to a much-needed Green Restart. This includes investment in intelligent driving technologies to ensure energy efficient electric motors and power conversion, heat pumps, controls etc., which typically have short payback periods, allowing businesses to instead increase expenditure on core business operations.

Leading a big industrial company, I speak from experience. For many years, we have strived to not only deliver products to help our customers save energy, but to cut down on our own energy use and emissions. And this year, we have taken our ambitions a step further: we have embarked on a plan to become CO2 neutral by 2030 at the latest and we have committed to setting science-based targets, joining the global movement of leading companies aligning their businesses with the aim of limiting global temperature rise to 1.5°C above pre-industrial levels. We are now working to develop and set ambitious, meaningful and credible greenhouse gas reduction targets for all areas of our business.

We do this because it is the right thing to do. But we have also learned that it is good business. Since we began our decarbonization journey in 2007, we have identified over 160 energy saving projects by focusing on 27 factories in 11 countries – and these projects have had an overall payback time of only 2.8 years. So we know that we can make this work.

Actions needed

To drive the change, businesses need to be ready to adopt energy efficiency measures and make the necessary investments for a reset. They also need to be supported by ambitious political action. We need higher national and international targets for energy efficiency in industry to create incentives, but also pressure, to act boldly.

Energy efficiency is not a strategic focus area in most industrial sectors and investments in energy efficiency are competing with many other potential industry investments. That’s why a strong legislative framework, incentives and funding are key to unleash the social, environmental and economic potential of energy efficiency.

In putting that framework together, it is essential to recognize that this will be easier for some businesses than others and, that energy intensive ones especially, are given a real opportunity to adapt. This will help them remain competitive and maintain their growth while implementing green changes.

The potential is significant: by making cost-effective, energy efficient opportunities available today, industries could produce nearly twice as much value per unit of energy use in 2040, compared to current levels.

manufacturing, production, coronavirus, pandemic,

What is the World Economic Forum doing to help the manufacturing industry rebound from COVID-19?

The COVID-19 global pandemic continues to disrupt manufacturing and supply chains, with severe consequences for society, businesses, consumers and the global economy.

As the effects of coronavirus unfold, companies are asking what short-term actions they need to take to ensure business continuity and protect their employees. How should they be preparing for the rebound and increasing their manufacturing and supply systems’ resilience?

The World Economic Forum, in collaboration with Kearney, brought together senior-level executives from various industry sectors to identify the best response to the COVID-19 crisis. Their recommendations have been published in a new white paper: How to rebound stronger from COVID-19: Resilience in manufacturing and supply systems.

Source: How to rebound stronger from COVID-19: Resilience in manufacturing and supply systems.

Read the full white paper, and more information in our Impact Story.

Companies are invited to join the Forum’s Platform for Shaping the Future of Advanced Manufacturing and Production. Through the Platform’s work, companies can join with other leaders to help find solutions that support the reconfiguration of global value chains post-COVID-19.

In the end, this is not only an opportunity but a must-win battle. With a hard-hit world economy, we need to create jobs and get our industries back and running as quickly as possible. But we cannot go back to where we came from and let industries pollute our cities and warm our planet further.

Only industries that succeed in bringing down emissions, in addition to creating products for our societies, can be sure that they are fit for the future; with competitive, sustainable jobs that benefit both our economies and our planet.