HCLTech's Sustainability Engineering Offering

avtor: HCL Technologies Limited.

Sustainability Insights and Analytics solution

Organizations across sectors are turning toward green technology and sustainability solutions. As green technologies are gaining popularity, eco-friendly solutions that result in economic and social sustainability are the need of the hour. The increased focus on renewable energy sources, low-carbon products, and circular economy models warrants a clear shift from sustainable operation to sustainable value-chain. In addition to regulatory requirements, interest from investors and consumer affinity for smart and energy-efficient products drives the sustainability transition. Making the green leap is easier said than done. Due to increased costs, high complexity, and the lack of tailored solutions, it is a challenge for most organizations to take the green leap without a strong ecosystem.

HCL’s Sustainability Engineering Offering portfolio offers end-to-end sustainability solutions and services. It allows HCL to provide services across the value chain right from the product ideation and design phase to end-of-life and sustenance. HCL offers complete customized services across all stages of the transformation journey - from strategizing, building, migrating, and deploying to sustain and support the business.

Few Key HCL Solutions that are recommended to customer, built on Azure are IoT Hub, Edge, Azure Stack Edge, Event Hub, AKS, DevOps Service Bus, ADLS, Azure ML, Cosmos DB, AD, Azure Monitor, Key Vault, Container Registry, API Services, etc.
Sustainability Solutions and Services Offered are:-
Sustainable Product Design and Engineering:
      • Sustainable product design to extend its life cycle and make it more reliable, reusable, and recyclable
      • Leveraging digital twin, extended reality (XR), and simulations to reduce material waste and carbon emission during the design phase
Sustainable Manufacturing and Operations:
      • Productivity improvement and waste reduction through logistics and material flow optimization, plant layout design, and optimization
      • Predictive maintenance solutions to avoid potential equipment issues and costly downtime
Sustainable Packaging:
    • Sustainable packaging design to enable reusable and returnable packaging
    • Material engineering to use recyclable or biodegradable materials in packaging
Sustainable Supply Chain and Ecosystem:
      • Digital platform to enable circular economy
      • Environmentally responsible sourcing and supplier screening
      • Online marketplace to buy, sell, and offer new data-led services for waste, recycled, or remanufactured materials and products
Key outcomes:
Understanding the "As-is", identify the areas of improvement and proving road map for achieving Sustainability goals through HCL's Sustainable Manufacturing & Operations solution.
  • Assessment and Solution Implementation: Assess and configure the HCL's Sustainable Manufacturing & Operations solution.
  • Increased Productivity & Waste Reduction: Implement steps to improve productivity, reduce the waste, optimize the energy consumption
  • Improved process and increased utilization: Improve the Manufacturing process for increased OEE, improved asset utilization, reduced maintenance costs,
  • Sustainability : Reduced Carbon, improved energy utilization, responsible warehouse management by streamlining material flow & logistic

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