Year: 2022

People use energy for variety of purposes, including transportation, cooking, heating and cooling rooms, manufacturing, lighting, and entertainment. People’s choices about how they use energy, such as turning off machines when they’re not in use or purchasing fuel-efficient automobiles and appliances, have an impact on the environment and people’s lives. Because energy production often results in pollution and greenhouse gas emissions, increasing the energy efficiency of some technologies has the potential to drastically cut energy consumption and, as a result, reduce energy sector emissions.

Energy efficiency is frequently described as win-win situation: by reducing the quantity of energy utilized, efficiency measures can minimize energy consumption (and, as result, energy-related consequences), while also customers’ money. Energy-efficient programs may be more expensive up front, but they frequently save energy customers money in the long run.

Alternative fuels will eventually take the place of raw materials like coal as a result of energy efficiency. This will help reduce the use of virgin materials and hence lower GHG emissions.

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Reverse logistics refers to the process of planning and managing the return of consumer goods (end users) to the manufacturer or distributor for recovery, repair, recycling, or even disposal. Reverse logistics is therefore a stage of the supply chain that follows the delivery stage. Reverse logistics has as one of its objectives lessening the environmental impact of corporate operations. As a result, businesses create processes and products that are less harmful to the environment from the beginning.

Reverse logistics is increasingly becoming a key component of your business. By maximizing material reuse, it is a collection of policies and procedures to manage the return of things or goods for repair, reuse, or processing at a reasonable cost. Companies can profit from reverse logistics implementation in the following ways:

• Reduce the environmental impact of your organization;
• Improve the company’s image and customer satisfaction;
• Creation of new markets;
• Controlling inventory;
• Reduce costs and increase profits;
• Protecting against procurement risks;
• Reduce the risk of raw material shortages;
• Ensure recycling and reuse of raw materials;
• Generate new revenues through rental and repair of goods.

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During their entire life cycle, from cradle to grave, all products have an impact on the environment, including the use of raw materials and natural resources, manufacture, packaging, transportation, disposal, and recycling. More than 80% of a product’s environmental impact is decided at the design stage.

Ecodesign is a growing sense of responsibility and awareness of our impact on the environment. Consumer values have been questioned as a result of greater environmental consciousness, overcrowding, industrialization, and an expanded environmental population. It is critical to seek out new building solutions that are environmentally friendly and result in lower material and energy use. Second Cycle has created a methodology to provide operational direction on how to determine whether and which ecodesign standards are applicable for a certain product.

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Life-cycle analysis is a methodology for examining environmental impacts associated with all stages of a commercial product’s, processes, or service’s life cycle. This give the opportunity to study the alternatives and try to reduce this pressure on the environment. For example, in the case of a manufactured product, environmental consequences are examined from the extraction and processing of raw materials, through manufacturing, distribution, and use of the product, to the recycling or final disposal f the materials that make it up.

When conducting a life cycle analysis, the most important thing is to learn the right reflexes to become responsible consumers, more attentive consumers who consider both ethical, environmental and economic criteria. Indeed, thanks to an organization like Second Cycle, a company can realize the life cycle analysis of a product that it manufactures or a service that it proposes to its customers. This allows it to identify the stages of the life cycle of a product or a service that have an influence on the environment, as well as the changes that can be made. The company thus considers all aspects that can intervene throughout the life cycle of its product, starting with its creation. This method is called eco-design, eco-design or sustainable design.

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Industrial sources of greenhouse gas emissions include manufacturing, food processing, mining, and building. Direct emissions are produced by a variety of processes, including on-site combustion of fossil fuels for heat and power, non-energy usage of fossil fuels, and chemical processes used in the manufacturing of iron, steel, and cement. In addition, the centrally generated electricity that industry consumes emits indirect emissions. The industrial sector accounts for about a large portion of total electricity sales in Canada.

A GHG emissions reduction strategy can follow the following path :

• Calculate the carbon footprint of your activities;
• Create metrics to track the progress of the plan;
• Define the strategy and the orientations. The company will then be able to develop a reduction and/or absorption strategy.

Energy efficiency, fuel switching, combined heat and power, renewable energy, and more efficient use and recycling of materials are just a few of the ways the industrial sector may minimize greenhouse gas emissions. Many industrial processes lack a low-emission alternative, necessitating carbon capture and storage in the long run to reduce emissions.

Is your company considering a circular economy project?

Contact us toll free : 1 833-280-2828