In a survey reaching over 2,000 international contractors, builders and developers, almost half said they expect to build more than 50% of their projects as a green building by 2022. This figure increased even more this year. The World Banks Blogs published an article in February 2024 showing that the demand for sustainability was growing significantly. World Bank blogger Susan Lund reports that emissions from buildings are expected to drop 23% by 2035 as more organizations invest in eco-friendly buildings.

To protect the environment while cutting down on costs, builders are turning to these seven popular green building practices in 2024.

1. Net-Zero Buildings

Many contractors are aiming to build net-zero buildings, which are buildings whose energy consumption is roughly equal to their energy output. The goal of this type of building project is to cut down on carbon emissions, water consumption and solid waste transported to landfills.

Those with plans to build a net-zero building typically look for ways to generate renewable energy on and off-site. Popular on-site generation tactics include wind turbines, solar water heating and photovoltaics. Off-site options include large-scale wind farms, solar plants, geothermal plants and hydropower facilities.

The credit offered for generating power sustainably will most likely offset the cost of building these renewable energy sites.

Net Zero buildings are more important in 2024 than ever before. In fact, the White House officially published a definition for them back in June for the first time, which helps emphasize why they are so important.

2. Climate Resiliency

With the growing concern over climate change, one of the top green initiatives is incorporating construction measures to withstand extreme weather patterns and natural disasters, typically in the form of improved infrastructure.

While many coastal cities have taken steps to relax their building codes, not strengthen them, developers are still seeking methods to go above and beyond, aiming to build stronger frames and increase weather resiliency to mitigate weather damage and cut down on insurance costs, such as claims for flood or fire damage.

3. Green Star Certification

The Green Star certification globally promotes integrated building designs which reduce environmental impact.

When a contractor goes through the certification process, their building or project receives a rating from an independent panel of sustainability experts. This rating can verify that a building or community project is a sustainable endeavor.

The rating a project receives comes from nine categories, from building design and construction to operation. Each category assesses the sustainability of a project and determines potential optimizations.

4. LEED Certification

Currently, LEED is the most widely used sustainability rating system in the world, certifying 1.85 million square feet of construction each day. Anyone can claim their building is sustainable. However, a LEED certification holds builders accountable through a structured, points-based rating system.

Earning a LEED certification comes along with many essential benefits, such as lending third-party credibility to an organization’s ability to develop a sustainable project. Not only does the certification process offer advice on the use of indoor and outdoor materials, but it also aids in reducing operational costs by encouraging the use of reduced and renewable energy sources.

This type of certification also indicates to the public where an organization’s priorities lie. It demonstrates a commitment to both sustainability and new green initiatives, building goodwill with the community as well as company stakeholders.

The number of LEED buildings is growing significantly in 2024. There are now 111,397 LEED projects and that number will likely grow over the next year.

5. Distributed Energy Systems

A distributed energy system (DES) controls generation, storage and energy monitoring solutions. Through the use of sensors, meters and actuators, the system can oversee and observe a building’s performance — including heating, cooling, lighting and more — as well as offer suggestions for cutting costs and improving reliability.

Many developers have decided to integrate a DES into their sustainable designs to take advantage of the plethora of benefits.

The benefits of a distributed energy system include:

• Reduced operational costs
• Improved energy reliability
• Reduced carbon footprint
• Additional revenue sources

Many developers have also used a DES to implement the electrification of a motor vehicle fleet, lowering costs and increasing uptime with a more reliable charging system.

6. EDGE Certification

EDGE stands for Excellence in Design for Greater Efficiencies, a certification which aims to increase construction efficiency in terms of energy, water, building materials and waste.

Getting started with EDGE is very simple for developers, starting with a downloadable software program which allows them to determine the ideal combination of building strategies for the best return on your investment. Upon completion of a project, whether it’s a home, office, hospital or warehouse, an independent panel of experts will audit it to determine if it meets the required standards.

Currently operating in over 130 countries, EDGE certification requires developers to commit to at least a 20 percent reduction in energy and water use as compared to a standard building.

7. Alternative Building Materials

Building and construction activities consume 3 billion tons of raw material each year globally. But this reliance on non-renewable materials has had a lasting impact on the environment and the number of available resources, meaning developers are looking for alternative materials to build with.

2024 has seen a surge in the number of builders using more sustainable methods, with common alternative materials including the following.

• Grasscrete: A technique of layering concrete flooring in a way that allows grass and flora to grow, creating a natural bio-filter and improving storm-water absorption.
• Bamboo: A cost-effective, quickly growing material that is easy to harvest, making it a sustainable material source.
• Recycled plastic: With a lifespan of 30 to 50 years, plastic is a durable and long-lasting building material.
• Wood: Use of wood absorbs carbon dioxide and requires less energy-intensive processing methods.
• Hempcrete: Made from hemp wood, water and lime, this sustainable material is durable and long-lasting.

Other alternatives to traditional building materials include papercrete, engineered wood, cob, steel frame and insulating concrete foam.

Using Green Building Practices

Green building initiatives are booming in popularity, especially with the threat of dwindling renewable resources and unpredictable climate changes. Green construction initiatives accounted for more than 3.3 million jobs in 2018 in the United States alone. That number rose to 303,500 jobs in 2024.

Industry experts also predict these new trends will heighten global awareness of green development in the years to come, leading to newly developed and more efficient sustainable initiatives.

The post The 7 Most Popular Green Building Practices in 2024 appeared first on Green Building Insider.

We have highlighted a number of trends as more people invest in eco-friendly homes. However, the focus on sustainability goes far beyond building green homes.

A number of businesses are also investing in ecological engineering practices as well. We covered some of these trends in a previous article.

Eco-Friendly Engineering Becomes More Popular as Climate Change Fears Escalate

Climate change is an increasingly urgent global issue, with its potentially devastating effects on the environment and human society. One recent study showed that climate change was responsible for 17 deaths on Mount Everest. One promising solution to combat this problem is ecological engineering, a field that aims to integrate ecological principles and engineering techniques to develop sustainable solutions.

Ecological engineering is the practice of designing, constructing, and managing ecosystems that can provide ecological services to meet human needs while minimizing negative environmental impacts. The goal is to find ways to harmonize human activities with the natural world and to minimize the damage caused by human actions.

This article will examine the role of ecological engineering in combating climate change, with a focus on ecosystem restoration, sustainable solutions, challenges, and future outlook, to provide a comprehensive understanding of this field’s potential to address this urgent global issue.

The Role of Ecological Engineering

There is great synergy between ecological engineering and global efforts to reduce carbon footprint. Ecological engineering provides solutions that help reduce carbon emissions and mitigate the effects of climate change. Sustainable practices, such as using renewable energy sources, implementing green technology, and promoting sustainable transportation, all fall under the umbrella of ecological engineering.

Ecological engineering approaches present an opportunity to safeguard, responsibly govern, and revive human-modified ecosystems while delivering numerous advantages for the well-being of the economy, communities, and the natural world. Ecological engineering projects can help to reduce the risk of floods, droughts, and other natural disasters, thereby increasing the resilience of communities to climate change impacts. Furthermore, ecological engineering can promote sustainable land use practices that increase soil fertility and promote biodiversity, leading to improved water quality and reduced erosion.

Several ecological engineering projects have been successfully implemented in different parts of the world. For instance, the restoration of degraded wetlands has been used to improve water quality and increase carbon sequestration. Green roofs and walls have been implemented in urban areas to reduce the urban heat island effect and improve air quality. The use of bio-swales and rain gardens has also been shown to reduce stormwater runoff and improve water quality.

Ecosystem Restoration

The restoration of ecosystems through ecological engineering presents a powerful approach to reversing environmental degradation and promoting ecological resilience. Through strategic interventions, ecological engineering endeavors to enhance biodiversity, improve ecosystem functioning, and restore natural balance. With its emphasis on sustainable and nature-based strategies, ecological engineering offers a promising pathway toward recovering and preserving ecosystems for future generations.

Ecological engineering can aid ecosystem restoration by using various techniques, such as bioremediation, phytoremediation, and habitat restoration. Bioremediation and phytoremediation involve the use of microorganisms or plants to break down or remove pollutants from contaminated sites. Habitat restoration involves the reestablishment of native plant and animal communities, which can help restore the ecological balance of an ecosystem.

Successful examples of ecosystem restoration through ecological engineering include the restoration of wetlands, streams, and forests. For instance, the restoration of the Everglades wetland in Florida has involved the construction of canals and levees to restore natural water flow and the reintroduction of native plant species. Similarly, the restoration of the Chesapeake Bay in the US has involved ecological engineering techniques such as oyster reef restoration, nutrient reduction, and wetland creation.

Sustainable Solutions

In the urgent battle against climate change and the pursuit of environmental sustainability, sustainable solutions driven by ecological engineering have emerged as a vital lifeline. With its transformative potential, ecological engineering promises to mitigate the detrimental impacts of human activities on our fragile ecosystems. As torchbearers of this innovative field, ecological engineering companies and eco-engineering specialists offer a wealth of eco-friendly and sustainable solutions.

Eco-engineering specialists, companies, and consultants use landscape and ecological engineering to implement solutions that address climate change, sustainability, environmental solutions, renewable energy, green technology, and carbon footprint reduction. One area of focus for ecological engineers is ecosystem restoration, which can help address environmental issues by restoring natural habitats and improving soil quality. Renewable energy and green technology can be integrated into ecological engineering practices to reduce reliance on fossil fuels and reduce greenhouse gas emissions.

Landscape and ecological engineering can also be used in the preservation of biodiversity. Ecological engineering companies specialize in designing and implementing restoration projects that aim to enhance ecosystem function and resilience. These projects can include the restoration of wetlands, rivers, and forests, which can provide numerous benefits such as flood control, carbon sequestration, and wildlife habitat.

Sustainability is the key objective of ecological engineering. By implementing environmental solutions, eco-engineering consultants help mitigate climate change and reduce the carbon footprint of various industries. With proper planning and design, ecological engineering projects can be cost-effective and positively impact the environment.

Challenges and Future Outlook

Ecological engineering solutions can be an effective approach to addressing the multiple environmental challenges that the world is facing today. However, several challenges must be overcome to ensure the success of ecological engineering.

1. Limited eco-engineering specialists: More environmental and ecological engineering professionals are needed to be trained to apply ecological engineering principles. This shortage makes finding the right expertise to implement such solutions challenging.
2. Lack of understanding: Many people still need to understand the concept of ecological engineering and its potential benefits. As a result, they may be resistant to change and reluctant to implement ecological engineering solutions.
3. High cost: Implementing ecological engineering solutions can be expensive, which makes it challenging for small organizations and communities to implement them.
4. Time-consuming: The implementation of ecological engineering solutions can be a time-consuming process, and it may require long-term commitments.
5. Multi-disciplinary nature of environmental issues: Environmental problems require the integration of natural science and social science, which can be difficult due to cultural barriers and differences in research methods and paradigms. A collaborative approach and cross-disciplinary training programs are necessary to address this challenge.

Despite these challenges, ecological engineering has a bright future. With climate change and sustainability becoming increasingly critical issues, the demand for environmental solutions, renewable energy, and green technology is growing. Ecological engineering can help reduce our carbon footprint, restore damaged ecosystems, and improve the resilience of communities to climate change.

The potential impact of environmental engineering on the future is significant. It can transform how we interact with the environment and lead to more sustainable and resilient communities. As the field continues to grow, it is essential that we work together to overcome the challenges and promote ecological engineering as a viable solution to environmental problems. Therefore, investing in ecological engineering research and development can lead to significant progress and new breakthroughs toward sustainable development.

Conclusion

In summary, ecological engineering holds tremendous potential in addressing the urgent global issue of climate change. By integrating ecological principles with engineering techniques, ecological engineering offers sustainable solutions that benefit both the environment and human society. It plays a crucial role in reducing carbon footprints by promoting sustainable practices, such as renewable energy, green technology, and sustainable transportation.

The post How Ecological Engineering Helps Fight Climate Change appeared first on Green Building Insider.

Warehouse owners and those in the logistics industry must determine how to make facilities eco-friendly. How can you implement green initiatives without sacrificing productivity and profit?

Invest in Natural Lighting

Most buildings are reliant on artificial lighting. Designers often ignore options like windows and skylights when building for utility rather than aesthetic. However, warehouse owners can switch to natural lighting options that reduce energy reliance. Ensure you opt for double-paned glass, which keeps structures insulated and comfortable.

If natural options aren’t available, choose LED bulbs. LEDs do the same work as incandescent and fluorescent alternatives while using 80% less energy, keeping utility costs low. Plus, these bulbs last much longer than other options, shrinking your carbon and waste output. If you’re ready to skyrocket to the 21st-century, research renewable energy options, like solar and wind power.

Go Paper Free

It’s nearly 2020. If you’re still using paper invoices and inventories, why? An eco-friendly commitment means going paper-free. Trade in the traditional invoices for digital options. A computerized system is more efficient — if you make a mistake, you can fix it in an instant. You can also scan in data through a handheld scanner or smartphone.

Start by looking at current processes. Where can you adopt digital alternatives? You might be surprised how easy it is to make the transition. Calculate how much you spend each year on printing costs, including ink and paper. Then, compare that number to the start-up cost for a digital system, which doesn’t require ongoing supplies. While a paper-free system might require a higher investment, it will lead to substantial long-term savings.

Install Polished Concrete Floors

Warehouse floors are typically concrete. Polished concrete doesn’t require harsh or dangerous chemicals during its application or upkeep. It’s denser than traditional options, meaning it’s energy-efficient. It’s also sealed and resistant to damage, so you don’t have to worry about costly repairs or replacement. Additionally, you can make concrete in the quantity needed for the project which reduces waste.

Despite the high-end appearance of polished concrete, it’s more affordable than most options. The start-up and lifecycle cost is similar to other inexpensive choices, like carpet.

Reduce Waste

Lean manufacturing is a process where companies create an efficient workplace by reducing waste and streamlining processes. Not producing anything in your factory? No problem. One of the primary tenements of lean manufacturing — waste reduction — can make your facility eco-friendly.

Waste isn’t merely what you toss in the garbage. It can be lost time, movement and space. Do customers wait a long time for their orders? That’s another form of waste. Do you use too many resources to create a product? Perhaps you over-ordered product and use much-needed floor space to store it. Analyze current procedures and determine what you can do to reduce waste and make your facility greener.

Improve Your Insulation

Warehouses can be hot in the summer and cold in the winter. Owners might shell out a lot of money to keep workers comfortable regardless of the weather outside. If you want to create a relaxed atmosphere and reduce your carbon footprint, don’t open the doors and windows. Instead, upgrade your insulation and weather-stripping. You should also use fans to keep air moving, taking less pressure off the HVAC system.

Look into eco-friendly insulation options you can add to your building. Sheep’s wool, for example, is a renewable resource with natural insulative properties. When you compress wool fiber, it forms millions of tiny air pockets. These air pockets keep buildings warm in winter and cool in summer. As a result, you don’t need to adjust your thermostat as much and can save big.

Upgrade Your Packaging

When most of us think of packaging, Styrofoam packing peanuts, plastic bubble wrap and cardboard boxes come to mind. For those interested in improving their carbon footprint, make the switch to eco-friendly packaging. Opt for biodegradable peanuts instead of Styrofoam. Choose corrugated paper bubble wrap instead of plastic. Use as much recycled material as possible.

Look into innovative packaging ideas that you can adopt. For example, experts believe seaweed may take over the plastic industry. Seaweed packaging dissolves in hot water and is safe for consumption. If you don’t want to eat it, you can dispose of it in the garden or compost pile for natural fertilizer. Manufacturers who use seaweed packaging can print logos directly onto the outside.

Make Your Warehouse Eco-Friendly

It’s not an option to go green — it’s a necessity. Sustainability doesn’t mean a loss in productivity or profit. Instead, you can incorporate the tactics above, such as lean manufacturing, polished concrete, natural lighting and eco-friendly packaging. The result is a facility more efficient than ever before.

The post How to Make Your Warehouse More Eco-Friendly appeared first on Green Building Insider.