Showing posts with label Environment. Show all posts
Showing posts with label Environment. Show all posts

Tuesday, 20 December 2022

2023 Look ahead: ESG policies are good not just for the planet, but for business

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It’s that time of year when we all take a moment to reflect on the past twelve months and, importantly, begin to chart the new year ahead. Here at IBM, our focus continues to be how we turn ambition into action—in sustainability, ESG and beyond.

Over the next year, we expect to see businesses across the globe advance important sustainability policies and practices. In fact, according to a recent Morning Consult poll commissioned by IBM, 61% of global business leaders said that their business will be investing in sustainability programs and initiatives to meet their ESG goals in the next 12 months. Interestingly, the poll also found that among the top sustainability investments planned are energy-efficient computing and IT, with 30% of companies planning to invest in green IT solutions.

As companies increase investments and strengthen their sustainability practices in an effort to transform their operations, they are wise to harness the power of technology to meet their ESG goals efficiently and make a profound impact on our planet.

That’s exactly what we aim to do at IBM. Through groundbreaking technology, including hybrid cloud and AI, IBM is not only supporting global companies in building successful ESG programs but is also consistently reaching its own ESG goals by investing in critical sustainability initiatives. Here are some examples:

IBM Sustainability Accelerator


This year IBM launched its Sustainability Accelerator, a pro bono social impact program that applies IBM technologies, such as hybrid cloud and AI, and an ecosystem of experts to enhance and scale non-profit and government organization interventions, helping populations vulnerable to environmental threats including climate change, extreme weather, and pollution. With the launch, the company announced the first group of partners to work on sustainable agriculture, including Plan 21 Foundation, The Nature Conservancy India, Heifer International, Texas A&M AgriLife and Deltares.

The second cohort of the IBM Sustainability Accelerator was announced during COP27, with five organizations focused on clean energy projects selected to receive end-to-end support and a technical roadmap to scale long-term impacts and drive key societal outcomes. The local and regional organizations selected were the United Nations Development Programme (UNDP), Sustainable Energy for All, the Miyakojima City Government, the Environment Without Borders Foundation and Net Zero Atlantic.

IBM will work closely with the organizations to use sustainability technology to effectively scale positive climate outcomes.

Tech Solutions for Sustainability


This fall, IBM Global Real Estate won multiple awards for its cutting-edge sustainability initiatives, which included using sustainability software to embed insights into daily operating decisions for more sustainable facilities management. IBM reduced its carbon emissions by nearly 62% from 2010 to 2011 and reduced sustainability reporting costs by 30% by replacing multiple tools with a single, automated platform.

As a big global company, IBM has over 50 million square feet of space under management in 100 countries, so increasing the sustainability efficiency of those facilities is crucial to meet our commitments, including achieving Net Zero GHG Emissions by 2030 and diverting 90% of nonhazardous waste (by weight) from landfill and incineration by 2025.

These are just some examples of IBM harnessing the power of data and good tech to make a lasting, positive impact in the communities where we work and live.

A Shifting Culture


Through powerful data and tech, businesses are developing robust sustainability initiatives to meet their ESG goals and strengthen supply chain operations, saving money and reducing carbon emissions in the process.

IBM believes that having strong ESG principles and practices, including working towards sustainability goals, is good for business as well as the planet. Business leaders are paying attention to this, and IBM aspires to lead the way.

Source: ibm.com

Thursday, 20 October 2022

Building stronger communities for future economic resilience

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Evolving our thinking toward a human-centered circular economy


The principles of a circular economy are to eliminate waste and pollution, keep materials in use and regenerate natural systems. Applying these principles to everyday business applications is more vibrant than ever, especially as organizations shift toward new economic models. But approaching this without clarity is also where some of today’s challenges start to precipitate.

Collectively, business and society have excelled at discussing why it’s important to make these shifts. But to date, no one has holistically cracked the how. The economic argument for a circular economy has been largely anchored in the environmental elements of systems change, not in risk mitigation and proactive resilience, and certainly not incorporating the social impact of the changes to the system. But it’s crucial to put local communities and their approval of the social license to operate (SLO) at the center of the economic argument.

What would a circular economy look like with equitable access at the center?

As climate challenges heighten, consumers are taking notice and demanding change, and investors are asking companies for more transparent environmental and social governance practices. People are shifting their behavior to live and work more sustainably. Businesses talk a lot about a “just transition” and “economic equity.” But this has not translated into significant action so far. Why does progress feel so slow?

The role of society in systems change


Sustainability solutions so far have mainly spoken to environmental stewardship and profitability, as described in a report by the Institute for Business Value (IBV), Balancing sustainability and profitability. As we try to shift “systems,” many have overlooked the social dynamic of systems change. Thus, they have only created partial solutions that focused on economic growth at any cost, with incremental and inconsequential environmental benefits.

The supply chain crisis has limited our ability to make and distribute “stuff.” Empty shelves and shipping delays have crystalized awareness of the complexity of supply chains and how important they are to communities and economies. At the same time, supply chain leaders face mounting demands for sustainability, adaptability and value creation—all of which expose new risks and new opportunities for transparency, visibility and resilience.

Some of the greatest supply-chain thinkers have been talking about resilience and the capacity to recover quickly from difficulties. Resilience planning is a future-proofing method to not just ensure short-term recovery after a disaster, but also reduce long-term disaster risk.

Over the next decade we will see greater and greater disruption to global supply chains, due to climate change and poor systems design in an economic model that externalizes the total costs of ownership. According to the IBV report “The Resilient Digital Supply Chain,” extreme volatility has cast dramatic performance and financial impacts on supply chains over the past three years. 67% of Chief Supply Chain Officers (CSCOs) report significant negative effects on demand forecasting. 66% report greater volatility in order cycle times and 47% report that order rates are becoming worse.

We will see greater levels of climate migration—individuals forced to leave their homes due to climate related conditions—and disruption to communities. Typically, these communities sit on the poverty line and therefore have lower levels of resilience in times of disruption and change.

In the 21st century, businesses are built on distributed, long supply chains that prioritize a low-cost model and, in many ways, externalize risks tied to Environmental, Social and Governance (ESG) performance. This paradigm hits the communities at the base of our supply chains—where our clothes are woven, our food is harvested and our product materials are created or extracted—first and worst.

But what if the connection and collaborations between communities and corporations were closer and could increase resilience?

As the global population and middle class grow, so do climate migration and the widening economic divide. Threats like climate change and biodiversity collapse will permeate every facet of our access to clean energy, commodities, clean water and healthy and nutritious food. Choice will only continue to intensify these issues. Is the concept of shared value enough to cross the gap? We must demand regenerative, restorative disruption and investment to reach far and deep for progress.

During a panel at COP26, Philipp Hildebrand commented that “25% of global GDP is at risk over the next 20 years.” If we do nothing, or move too slowly, this will affect all of us. It will preoccupy all our lives and choices.

Therefore, if businesses want to create future resilience, we need to put social impact and community, not just the environment or the economics, at the heart of all of business decisions. We need holistic change and new models of success that are equitable and inclusive and that generate shared value for people and planet. This often means breaking away from the use of traditional key performance indicators (KPIs).

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IBM's Sheri Hinish redefines the enterprise approach to sustainability

Future economic planning needs to be viewed through a social lens and is completely compatible with current circular economic thinking. The circular economy is about accessibility, ingenuity and resourcefulness. It’s about growth in a regenerative and restorative economy. It cannot only be for the affluent, or for those who choose to spend an extra “green premium” to offset the environmental impact.

The circular economy is an economic resilience model where materials are available and humans are also consumers of eco-services. A social circular economy is merely the next evolutionary stage of unpicking and solving for the complexities we face.

If you are a business that has a distributed supply chain, crossing borders, industrial verticals, and communities, why would you not consider the resilience of that community, that supports the start of your supply chain, as an area where you can create the greatest level of business risk mitigation and build resilience?

This is about creating resilience within a community to weather all coming storms: in climate, health, education, nutrition and all other problems and pressures that the community faces now and in the future. When we consider what systems we need to create for the future, what role does business play to ensure resilience? And importantly, what is stopping this shift?

As business leaders, how do we ensure the community that supports our workforce, and ultimately is our workforce, has access to fresh clean water, to healthy and nutritious food and to the education needed to meet the needs of supply chains? How does business create direct community resilience, to secure future economic resilience and de-risk for the long term?

In an Institute for Business Value (IBV) study of CSCOs and other C-suite executives, 32% of organizations cited increasing sustainable operations among their most important business priorities. This focus has forced supply chain leaders to become serial innovators linking social and environmental issues with business solutions. Many business leaders are using a circular economy approach to mitigate near-term cost concerns and focus on long-term value to the customer.

Transitioning to a circular economy requires supply chain leaders to embrace a new mindset and develop an appetite for business un-usual. Emerging technologies help organizations meet these complex challenges: Data incorporated from multiple sources—internal, public, scientific, marketplace—can be infused into business processes and decision-making to improve environmental outcomes. Virtualization can underpin the circular economy by applying the 9 Rs of circularity: Refuse, Reduce, Reuse, Repair, Refurbish, Remanufacture, Repurpose, Recycle, and Recover.

A new paradigm connecting the social license to operate to human-centered circularity and resilience


“You can’t do business on a dead planet.” More importantly, you can’t move ahead without treating the causes.

Our paradigm shift and new approach require us to think more about replicability rather than scale. The solutions to the challenges communities face today—to bridge the digital divide, to ensure access to education, arable land, clean energy and healthcare—will be complex, specific and socio-economically bound. We are drawn to simple solutions, as they create visible action. But complex problems require complex solutions, and that complexity can only be understood by taking a community-first approach, bringing the challenges and nuance of a geography to the heart of the solution, be that social, cultural or economic. This is the lens we must bring to our thinking. How do we bring people to the center of our solutions?

Any solution framework will also have to use data and technology to help redesign the way that local system works and how it creates equitable access. We have the tools to make this change happen. We just need to put them in the hands of the people that need them to thrive. And we must co-create these solutions with them.

To accomplish this, IBM has worked with Pyxera, a global organization dedicated to addressing challenges at the community level. Pyxera emphasizes creating and sustaining inclusive, equitable and regenerative systems. The organization has participated with IBM Impact Initiatives to support organizations committed to building stronger communities through economic resilience.

Businesses can create resilience by solving challenges at the community level, engaging with employees and community members. Doing so allows them to forecast and mitigate the risk associated with some of those meta-challenges faced collectively, which individual businesses cannot stop or influence on their own. This is therefore an opportunity to bring together the right stakeholders, the right organizations and the right community members to solve for the long term. We can help safeguard economic resilience by creating community resilience. It is a concept of shared value made possible by bringing the community to the heart of the conversation.

Source: ibm.com

Thursday, 17 March 2022

Aviation operators rely on environmental intelligence technology as climate change alters global weather patterns

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It’s happened to so many of us: we book a flight, make sure our luggage meets airline standards, head to the airport early to get through security, and when we reach the gate, the flight is canceled due to weather. Unfortunately, weather is the most significant cause of flight delays, and severe weather events are becoming more frequent and unpredictable.

Read More: 20 ways smarter asset management paves the way to more sustainable operations

Unforeseen storms, floods, wildfires and temperature changes, all exacerbated by shifting climate patterns, are critical problems for the airline industry. When freak storms hit, they threaten to inconvenience or harm travelers and ground crew, keep planes grounded and delay flights indefinitely. Preparing for these events is costly, and false alarms are bad for the bottom line and for customer satisfaction.

The aviation industry needs as much information about severe weather events as possible to understand how storms will affect their craft and personnel. Many airlines are looking to invest in proactive systems that can alert teams about severely dangerous conditions, helping them decide when to hold flights and when it’s safe to resume operations.

Even long-range forecasts provide information just three to five days out, which still leaves most airlines in a reactive space when it’s critical to be proactive. New predictive analytics technology provides the aviation industry with a better way to understand aberrant weather and respond faster to otherwise unforeseen environmental conditions.

Better technology reduces disruption

Better predictive analytics allows aviation operators a future view of the weather based on climate data. By looking beyond the immediate forecast, operators can anticipate events and plan ahead for cost-effective safety.

In the U.S., for example, Tornado Alley is moving eastward due to climate change, disrupting lives that were historically safe from that type of weather event. During this new shifting tornado season, an aviation operator using reactive weather forecasting technology will be able to shut down operations quickly. But an operator using environmental intelligence can understand where the most severe tornados may form next. They may have facilities on high alert from the beginning of the season, build those facilities with future climate patterns in mind, or even avoid new investment in high-risk areas.

This long-term thinking is just as crucial for building sustainability and reducing the industry’s significant emissions footprint. Aviation leaders recognize that sustainability and efficiency are the leading opportunities for growth, the best chance to stand out from their competitors, and vital for the long-term health of the industry.

Using enhanced environmental intelligence for improved safety

Environmental Intelligence (EI) uses the power of artificial intelligence to improve responsiveness to unpredictable weather conditions for the benefit of employees, guests, aircraft and facilities. The technology provides environmental data and forecasting capabilities to deliver greater insight into what weather is coming and how it might affect departure and arrival times, runway direction, grip and ramp movement, towing, and more. Ultimately, the technology allows aviation operators to be proactive and make long-term decisions that change from season to season instead of day to day.

One exemplary aviation leader is Sheltair, the nation’s largest privately-owned aviation network. Sheltair prioritizes safety and has earned ISBAH and NATA Safety First certifications at all of its bases. To further build its operational resiliency, the company  added the IBM Environmental Intelligence Suite (EIS) to its FBO operations network-wide. Using this technology, Sheltair can better monitor disruptive environmental conditions, flooding, and even air quality, receiving alerts when dangerous weather is detected.

This technology allows Sheltair to plan for the unavoidable, respond quickly to protect employees and customers from injuries caused by adverse weather conditions, detect high-risk weather events and mobilize facility and maintenance teams in advance to prevent damages to assets.

In a future where only change is certain, every part of the aviation industry needs to move from short-term reaction to long-term action.

Source: ibm.com

Tuesday, 8 March 2022

20 ways smarter asset management paves the way to more sustainable operations

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As companies address their role in mitigating environmental impacts, one thing is very clear. A more sustainable world needs the industrial world to build more sustainable operations.

The good news is that for heavy industry, sustainability has been on the forefront for years. Adopting environmentally sound practices helps conserve energy, reduce waste, and minimize regulatory costs, which is good for business, too — “doing well by doing good.” Asset management and reliability play a key role. That’s why the smartest asset management professionals have long aligned their operational metrics to reduce cost and waste and boost efficiency, all of which are critical to a sustainability strategy.

The age-old strategy of reduce, recycle and reuse still holds the key to improving the environment and the sustainability of industrial businesses, consider the impacts.

◉ Industrial businesses leverage and produce assets, and both have the potential for waste. It is estimated that 80% of the materials leveraged and created by manufacturers end up as waste that directly and indirectly impacts the environment. How can we reduce this impact?

◉ Consider that humans produce over 100 billion tons of material every year, but only 13% is recycled at a global level, and you realize that controlling assets, inventories and materials from cradle to grave is a critical aspect to building a sustainable future.

◉ Imagine if the world recaptured more of that 100 billion tons of material it creates and devised innovative ways to put it back into use. In the asset management world, reuse focuses on physical and digital materials that lessen energy costs and waste, as well as ways to put assets and materials back in play.

We looked back on thirty years of partnering with some of the most industrialized businesses on the planet to share ways that IBM Maximo users reduce, recycle and reuse their physical and digital assets and knowledge. Today we’ll spotlight 20 ways to help build more sustainable operations — and a better world — simply by doing a good job.

Tips to extend your asset life and reduce material impacts


1. Reduce the number of assets sent to landfill by using condition-based maintenance and remote monitoring to keep every asset in peak condition

2. Reduce unplanned downtime and unnecessary space utilization by maintaining the optimal inventories with MRO inventory optimization

3. Extend the lifecycle of assets by reducing performance issues that drive early replacement

4. Develop and track asset hierarchies and component-level detail to reuse parts from assets scheduled for disposition that could be reused in other assets

5. Improve daily performance with condition-optimized preventive maintenance scheduling

6. Tackle the lifecycle holistically with support for standards like ISO 14040 that support a full assessment of the impacts from deploying assets and products

7. Model disposition from the beginning to balance accounting with production value and future environmental impacts (and potential costs)

Tips to reduce energy and effort in your workforce


1. Reduce unneeded labor and improve wrench time with a focus on criticality of assets

2. Reduce required rolls with optimized scheduling to bundle maintenance jobs and inspections

3. Reduce in-house infrastructure with cloud-based solutions hosted outside the company datacenter

4. Recycle critical field skills with centralized functions for monitoring and peer guidance

5. Recycle logs and records (including video, documents, etc.) and use AI to identify the highest probability approaches that drive the right outcomes, and improve job plans

6. Reuse best-practice data, processes and real-time peer interactions (live video chats) to support just-in-time repair guidance and create virtual training material for new technicians that drive first-time-fix rates up

7. Reuse the knowledge of your industry with best-in-class data model, job plans, industry solutions

8. Engage in sharing and harvesting best practices in communities like the IBM Maximo community and user groups

Tips to reduce the use of harmful pollutants


1. Reduce overall fuel consumption/mileage with route optimization and mobile tools that give technicians the asset information they need, no matter where they are

2. Reduce costly and unnecessary environmental impacts with Environment, Health and Safety (EHS) tools that monitor and ensure compliance regulations

3. Reduce the use of chemical lubricants and standardize on less-harsh options that last longer

4. Have detailed data on all recyclable materials used in maintenance, and a disposition plan embedded in job plans

5. Track and identify alternate uses for lubricants and materials (even with other vendors) to ensure every ounce of utility is derived from supporting materials

By adopting and executing these 20 process suggestions that consider environmental impact while also creating value for the employees, shareholders, customers and the communities in which they operate, your business can deliver more sustainable operations and a healthier planet.

More resources for your sustainability journey


From reducing the complexity of compliance and reporting, to minimizing your overall environmental impact while also lowering cost, IBM is uniquely positioned to help. Schedule time to talk with one of our experts about how you can better measure, monitor, and predict your organization’s environmental footprint, accelerate your sustainability actions and drive real results.

Listen to the webinar “Doing well by doing good: why sustainable operations are good for everyone.” It’s a thoughtful discussion with global research firm, IDC and IBM on the role of sustainability in asset-intensive operations.

Explore the IBM Maximo Application Suite and discover how Maximo can create a more sustainable manufacturing operation.

Read more on the topic of sustainability and the role of technology in helping companies reduce their impact on the planet. Reports include Sustainability as a business strategy and The rise of the sustainable enterprise.

Source: ibm.com