How Technology Pushes the World Business to Achieve Sustainability?

Published on: 11/08/2022 | Updated on: September 14, 2025

Technology – from IoT and big data to renewable energy and green supply-chain tools – lets businesses cut emissions, save costs, and scale sustainable practices fast. This article explains how these technologies work, real ROI examples, and a practical roadmap businesses can use today.

All over the world, governments and companies have set ambitious sustainability targets for the next 10–30 years. Ten years ago those goals felt distant; today digital transformation and green technologies make them achievable.

Technology accelerates sustainability by reducing waste, improving resource efficiency, and increasing transparency across supply chains. In this article you’ll learn which technologies deliver the biggest impact, see real company examples, and get a practical roadmap to start implementing sustainable tech in your business. Get more info on how technology can be used for sustainable development.

Key Statistics & Sources

Sustainability & Technology at a Glance

Topic	Key Statistic	Source / Year
Global GHG emissions from animal agriculture	14.5%	FAO, 2021
Energy savings via smart building IoT solutions	Up to 20%	International Energy Agency, 2023
Reduction in supply-chain waste using blockchain & IoT	30%	Accenture, 2022
Electricity potential from tidal & wave energy	10% of global electricity by 2050	IEA, 2022
Water savings using plant-based meat alternatives	Up to 99% vs. beef	Beyond Meat / Impossible Foods, 2022
Reduction in energy use using big data analytics	10–15%	McKinsey, 2023

Well, let’s get into the fact – How Technology Pushes the World Business.

Supply Chain Responsibility

The supply chain moves goods from raw material suppliers to manufacturers, retailers, and ultimately consumers. In the past, these processes relied on paper records and manual tracking. Today, digital technologies – especially blockchain, IoT sensors, and AI-powered platforms—make supply chains faster, more transparent, and more sustainable.

According to Accenture, digital supply-chain transparency can reduce waste by up to 30% and cut carbon emissions significantly . Companies now trace where raw materials come from and whether they were sourced responsibly. This shift allows businesses to reduce overproduction, manage inventory efficiently, and minimize environmental impact.

Unilever has implemented blockchain and AI to track palm oil sourcing. The system helps verify that materials come from sustainable plantations, reducing deforestation risks and improving compliance reporting.

Implementation Checklist (3 steps for businesses)

• Deploy blockchain or cloud-based platforms to trace material origins.
• Integrate IoT sensors for real-time monitoring of shipments and inventory.
• Use predictive analytics to cut inefficiencies and reduce overproduction.

Energy technologies: Tidal Energy & Renewables

Tidal energy harnesses the natural rise and fall of ocean tides to generate clean electricity. When tidal currents pass through turbines or generators placed in coastal areas, they produce predictable and renewable power without burning fossil fuels. Unlike wind or solar, tides are consistent, making this technology a reliable contributor to sustainable energy systems.

According to the International Energy Agency, tidal and wave power together could generate up to 10% of the world’s electricity needs by 2050 if scaled globally . This makes tidal energy one of the most promising renewable options for coastal nations.

In Scotland, the MeyGen project—currently the world’s largest tidal stream power facility—has already generated more than 70 GWh of electricity, enough to power thousands of homes annually while reducing CO₂ emissions.

Implementation Checklist (3 key steps)

• Identify coastal sites with strong tidal ranges and narrow channels for maximum flow.
• Deploy durable underwater turbines designed to withstand harsh marine conditions.
• Integrate with local or national grids to diversify renewable energy supply.

Green Data Centers & Renewable Procurement

Green Data Centers

Green data centers are facilities designed to minimize environmental impact by using energy-efficient hardware, advanced cooling systems, and renewable energy sources. These centers reduce electricity consumption, lower carbon emissions, and support corporate sustainability goals.

Renewable Procurement

Businesses can further boost sustainability by procuring renewable electricity from wind, solar, or hydro sources to power IT operations. Renewable procurement not only cuts greenhouse gas emissions but also enhances brand reputation and helps meet ESG targets.

Key Stats

• Switching to renewable energy for IT operations can reduce CO₂ emissions by up to 75% compared to conventional energy sources .
• Energy-efficient servers and cooling systems in green data centers can save up to 40% on electricity costs annually.

Google’s data centers run on 100% renewable energy in 2023, achieving a 50% reduction in energy use per unit of computing compared to the industry average.

Implementation Checklist for Businesses

1. Upgrade servers, storage, and cooling systems for energy efficiency.
2. Partner with renewable energy providers for 100% renewable electricity procurement.
3. Monitor energy usage and emissions using analytics dashboards to continuously improve performance.
4. Consider carbon offset programs to neutralize remaining emissions.

Energy efficiency

Energy efficiency technologies help businesses and households reduce electricity consumption while lowering operational costs. Smart devices—like IoT-enabled thermostats, energy-efficient lighting, and automated power strips—allow organizations to monitor and control energy usage in real time. These systems not only cut costs but also reduce carbon emissions, directly supporting sustainability goals.

According to the International Energy Agency, implementing smart energy solutions in buildings can reduce electricity consumption by up to 20%, translating to significant savings on energy bills and a lower environmental footprint .

Schneider Electric retrofitted its European offices with IoT-connected lighting and HVAC systems. The result: a 15% reduction in energy use across multiple facilities, lowering both costs and CO₂ emissions.

Implementation Checklist (3 key steps)

• Install smart thermostats, lighting, and energy management systems to monitor usage in real time.
• Use predictive analytics to optimize heating, cooling, and equipment operation schedules.
• Encourage employee awareness and behavior changes through automated alerts and dashboards.

Big data analytics

Big data analytics allows businesses to process enormous amounts of information to understand customer behavior, optimize operations, and reduce environmental impact. By tracking energy consumption, supply chain activities, and production processes, companies can make data-driven decisions that improve efficiency and sustainability.

A recent report from McKinsey highlights that companies using advanced analytics for energy and resource management can reduce operational costs by 10–15% while lowering greenhouse gas emissions .

Siemens uses big data analytics to optimize manufacturing lines in its European plants. Real-time monitoring and predictive analytics have led to a 12% reduction in energy use, helping meet the company’s sustainability targets.

Implementation Checklist (3 key steps)

• Collect real-time data from sensors, smart meters, and production equipment.
• Use predictive analytics to identify inefficiencies and optimize operations.
• Integrate data dashboards for ongoing monitoring, reporting, and decision-making.

IoT

The Internet of Things (IoT) connects millions of devices—sensors, appliances, machinery—over the internet to monitor, collect, and share data. In business, IoT enables real-time tracking of energy use, resource consumption, and environmental impact, helping companies operate more efficiently and sustainably.

IoT adoption can reduce energy waste by up to 25% in smart buildings and industrial facilities, according to a recent report by the World Economic Forum . These systems provide actionable insights, allowing businesses to adjust operations instantly, reduce emissions, and lower costs.

Philips Lighting implemented IoT-enabled smart lighting across its European offices. By automatically adjusting light levels and occupancy-based usage, the company achieved a 20% reduction in energy consumption, directly supporting its sustainability goals.

Implementation Roadmap (Step-by-Step)

1. Device Integration: Connect existing appliances, machinery, and lighting systems to IoT platforms.
2. Data Monitoring & Analytics: Continuously track energy, water, and material usage across operations.
3. Actionable Insights: Use dashboards to identify inefficiencies and automate adjustments.
4. Continuous Improvement: Regularly analyze trends to optimize operations, minimize waste, and meet ESG targets.

Key Benefits

• Real-time monitoring reduces energy waste and lowers operational costs.
• Automated systems minimize human error and improve efficiency.
• Data-driven insights help businesses meet sustainability KPIs.

Recycling innovations

Sustainability isn’t just about energy—it’s also about materials management. Recycling innovations and circular economy practices allow businesses to reuse resources, minimize waste, and reduce environmental impact. Instead of following a linear “take-make-dispose” model, companies adopt circular approaches where products and materials are continuously reused or recycled.

For example, Apple now builds MacBooks and iPhones using 100% recycled aluminum, reducing mining waste and energy use in production . Similarly, companies like IKEA and Patagonia are designing products with modular parts and recyclable materials, creating longer product lifecycles.

Micro Case Study
Patagonia’s Worn Wear program collects old garments, repairs them, and resells them. This circular model reduces textile waste while promoting brand loyalty and sustainable consumption.

Implementation Checklist (3 steps for businesses)

1. Audit materials and identify components that can be recycled or reused.
2. Redesign products and packaging for modularity and recyclability.
3. Establish collection, repair, or take-back programs to reintegrate materials.

Key Benefits

• Reduces landfill waste and resource extraction.
• Cuts production energy and associated CO₂ emissions.
• Enhances brand reputation by demonstrating environmental responsibility.

Meat alternatives

Animal agriculture accounts for approximately 14.5% of global greenhouse gas emissions, making it a major contributor to climate change . Reducing reliance on meat through plant-based alternatives and lab-grown meat can significantly lower carbon footprints while still meeting nutritional needs.

Technology has made it possible to produce high-quality, protein-rich meat substitutes using plants, fungi, and cultured cells. These innovations allow consumers to transition to more sustainable diets without sacrificing taste or nutrition.

Micro Case Study
Beyond Meat and Impossible Foods have successfully commercialized plant-based burgers, reducing water usage by up to 99% and greenhouse gas emissions by 90% compared to conventional beef production.

Implementation Checklist for Businesses & Consumers

1. Introduce plant-based menu options or products in restaurants, cafeterias, and retail.
2. Collaborate with food-tech startups to test lab-grown or alternative proteins.
3. Educate consumers on environmental benefits through labeling, campaigns, and tastings.

Key Benefits

• Cuts carbon emissions and reduces water and land use.
• Supports global sustainability and climate goals.

Challenges for sustainable development

While technology accelerates sustainability, businesses face several significant challenges when implementing sustainable practices. Understanding these obstacles helps organizations plan effectively and avoid common pitfalls.

Key Challenges

1. Hidden Costs
   • The production of renewable energy, plant-based proteins, and advanced digital solutions can be expensive upfront, limiting adoption for small and medium enterprises.
2. Investment Hesitation
   • Many investors remain cautious about funding unproven sustainable technologies, often favoring conventional energy sources like natural gas.
3. Regulatory and Governmental Barriers
   • Lack of supportive policies or slow regulatory frameworks can delay or complicate sustainable projects.
4. Technological Integration Issues
   • Integrating new systems (IoT, big data, blockchain) with existing infrastructure requires technical expertise and planning.
5. Consumer Acceptance
   • Adoption of plant-based foods, recycled products, or energy-saving behaviors can be slow if customers are unaware or resistant to change.

Tesla’s battery recycling program faced initial high costs and logistical challenges, yet overcoming these hurdles has positioned the company as a leader in sustainable automotive practices.

Implementation Checklist for Businesses

• Conduct a cost-benefit analysis for sustainable technology adoption.
• Engage stakeholders early to secure investment and regulatory support.
• Educate employees and customers to foster acceptance and engagement.

How Businesses Can Start: 6-Step Roadmap (Enterprises & SMEs)

Step 1: Assess Current Operations

• Conduct a sustainability audit to measure energy use, waste, emissions, and supply-chain practices.
• Identify high-impact areas for improvement (e.g., energy-intensive equipment, logistics, IT infrastructure).

Step 2: Adopt Green IT Infrastructure

• Upgrade to green data centers or optimize existing data facilities.
• Implement energy-efficient servers, cooling systems, and cloud-based solutions.
• Procure renewable energy to power IT operations.

Step 3: Integrate IoT and Smart Systems

• Use IoT devices and smart sensors to monitor energy, water, and resource usage in real time.
• Automate lighting, HVAC, and machinery to reduce waste and costs.

Step 4: Leverage Big Data Analytics

• Analyze operational, customer, and supply-chain data to identify inefficiencies.
• Use predictive analytics to optimize energy use, logistics, and production processes.

Step 5: Implement Circular Economy & Recycling Practices

• Redesign products for recyclability or modularity.
• Establish take-back, repair, or recycling programs to extend product lifecycles.
• Encourage plant-based alternatives in supply-chain catering or corporate cafeterias.

Step 6: Monitor, Report, and Continuously Improve

• Track KPIs such as CO₂ reduction, energy savings, and water usage.
• Report progress internally and externally to build credibility and meet ESG targets.
• Adjust strategies using data-driven insights to continuously enhance sustainability outcomes.

Case Studies: Measurable Wins in Sustainable Business

Case Study 1: Google – Green Data Centers

• Initiative: Transitioned all data centers to 100% renewable energy while optimizing energy efficiency.
• Result: Achieved a 50% reduction in energy use per computing unit and nearly eliminated fossil fuel dependence in operations.
• Key Takeaway: Investing in green IT infrastructure and renewable procurement can significantly reduce operational carbon footprint.

Case Study 2: Unilever – Blockchain in Supply Chain

• Initiative: Implemented blockchain to track sourcing of palm oil for sustainability compliance.
• Result: Reduced deforestation risk and improved traceability across the global supply chain.
• Key Takeaway: Digital technologies like blockchain enhance transparency and support responsible sourcing.

Case Study 3: Beyond Meat – Plant-Based Protein Innovation

• Initiative: Developed plant-based meat alternatives to reduce environmental impact of animal agriculture.
• Result: Up to 99% water savings and 90% lower greenhouse gas emissions compared to conventional beef production.
• Key Takeaway: Food-tech innovations can directly contribute to global sustainability goals while meeting consumer demand.

FAQ – Sustainable Technology & Business

Conclusion

Hope now you have the answer to the question – How Technology Pushes the World Business. Technology is driving a transformative shift in how businesses achieve sustainability. From green data centers and IoT-enabled efficiency to big data analytics, renewable procurement, and plant-based innovations, organizations now have the tools to reduce environmental impact while improving operational performance. Despite challenges like costs, regulatory hurdles, and consumer adoption, strategic implementation of these technologies can help companies meet ESG goals and contribute to global sustainability.

Actionable Checklist for Businesses

✅ Conduct a sustainability audit to identify energy and resource hotspots.

✅ Upgrade IT infrastructure with green data centers and renewable energy.

✅ Implement IoT systems for real-time energy and resource monitoring.

✅ Use big data analytics to optimize operations and reduce emissions.

✅ Adopt circular economy practices, including recycling, modular design, and product take-back programs.

✅ Incorporate plant-based or lab-grown alternatives where relevant.

✅ Track KPIs, report progress, and continuously improve sustainability efforts.