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7 Well-Known Benefits of Green Buildings

green building

7 Well-Known Benefits of Green Buildings

For the past decade, the construction industry’s effect on society has grown exponentially, in ways both good and bad. Its rapid evolution showcased the emergence of solutions to deal with the negatives. A prime example is the development of green buildings, geared towards combating its adverse harmful impacts on the natural environment. 

The construction sector contributes a big percentage to the world’s wastes. According to the Environmental Protection Agency (EPA), the construction industry in the US alone comprises 25% of the non-industrial waste generated annually, or 160 million tons in figures. In another study by the US Green Building Council, the industry takes up 40% of the worldwide energy usage. 

How is a building ‘green’?

A ‘green’ building aims to reduce such issues through design, construction, or operational methods. It also covers site planning, community, and land-use planning. Some key features include efficient use of resources such as energy and water, use of non-toxic and sustainable materials, re-use and recycling of the latter, and design adaptability, among other things. These can be applied to any type of development, may it be commercial or residential. See more here to avail your own green home.

Leadership in Energy and Environmental Design, more commonly known as LEED, is the most established green building certification system in the world. It follows a standard metric for all building types and phases including construction, interiors, operations and maintenance, and core and shell. 

For instance, Shanghai Tower in China is one of the grandest buildings in the world, being the second tallest tower at 2073 feet. Yet, it still manages to fit the standard of a LEED-certified building. It uses passive cooling through a transparent curtain wall that forms a buffer of captured air. Its façade also integrated 270 wind turbines that power its exterior lights. All these features account for a significant reduction in the building’s energy costs.

Merits: Environmental, social, and economic

As the previous example has shown, sustainable developments show potential not only through environmental merits but on other fronts as well. It paves the way for more productive communities and economic progress. To discuss more in detail, here are 7 well-known benefits of green buildings in different aspects.

1. Minimized pollution and strain on resources

The primary goal of green buildings is to address the building industry’s detrimental impact on the climate and environment, particularly pollution and resource depletion. Through its philosophies, it significantly minimizes waste production and greenhouse gas emissions. According to the United Nations Environment Programme, the emissions savings could potentially be as much as 84 gigatons of carbon dioxide by 2050. The use of raw materials and shared natural resources are also kept to a minimum, which lessens the ecological strain. 

2. Less maintenance and building cost

After such environmental benefits, others will follow accordingly such as economic benefits. Many assume that constructing a green building is more costly than it seems, but research shows that its price is comparable to conventional methods. These are achieved through apt design solutions, project management, and other cost-effective strategies. For instance, reusing and recycling materials can cut your expenses. Even design interventions like passive cooling and natural lighting can significantly reduce operational costs. 

3. Energy efficiency 

Newer technologies and features will require you to cash out a bigger budget initially, but the benefits and savings will be tenfold better in the long run. Solar photovoltaic systems have notably become more affordable in recent years. It’s a versatile technology, applicable both in large and small-scale developments. If you have enough panels installed, it can cover your entire electric consumption. These interventions are not only environmentally advantageous, but it significantly reduces operational costs as well since non-renewable energy sources are expensive.

4. Water efficiency

Another natural resource that green building methods are saving is water. It advocates for a consistent supply of clean water for future generations. One way is by using alternative sources like rainwater. Some major commercial establishments have been using gray water for water closets in public restrooms. Another method of achieving this is by incorporating water treatment facilities in your development to recycle water. 

5. Market Value

Sustainability and social responsibility have become more prominent around circles of investors and potential occupiers. If your building uses green interventions, its credentials allow for increased marketability. Studies have shown that greener buildings have a high tendency to attract tenants and buyers. With the demand and technology incorporated, owners can implement higher lease and sale prices.

6. Workplace Productivity

The social benefits of green buildings interlink with economic profits as well. According to a study from Harvard, employees in green and well-ventilated office spaces showed a significant increase in cognitive function, crisis response, and focused activity level. These kinds of spaces also improve their well-being, with better sleep quality and fewer sick-building symptoms. These positive human responses account for a boosted workplace productivity.

7. Future proof investment

Sustainable interventions are also a way to protect your investment and secure longevity. With the changing times and stricter regulations, developments should be adaptable and must stand the test of time. The coronavirus pandemic gravely affected the world economy. Green recovery aims to provide policies and solutions that support the future of both the people and the environment. This includes green building initiatives that allow for flexibility, resilience, and consistently good quality of life for its users. Hence, their income and future market value are positively affected.

The future of green buildings

Despite the pandemic and struggles of construction, green building trends continue to emerge. Government bodies have started delving into green initiatives such as the UK’s Green Homes Grant. LEED-certified materials have been in trend and are still expected to boom in the coming years. These include wood, insulated concrete forms, composites, non-VOC paints among others. 

Green buildings are still far from being the standard. However, in the long run, these sustainable initiatives can play a pivotal role in the large-scale economic progress of the world. It presents itself as a tool for job security, long-term resilience, and resource safeguarding.

pesticide market

Environmental Issues Affect The Rapidly Developing Pesticide Market

IndexBox has just published a new report: ‘World – Pesticides – Market Analysis, Forecast, Size, Trends and Insights’. Here is a summary of the report’s key findings.

The global pesticide market is expanding steadily, but the use of modern pesticides that are safe for vertebrates, are now harming pollinating insects. As areas under cultivation continue to increase worldwide, thereby enhancing the potential further use of pesticides, the market may yet encounter environmental constraints in the future. 

Key Trends and Insights

According to IndexBox estimates, the global pesticide market increased from 8.5M tonnes to 11.5M tonnes from 2008 to 2020 (with a CAGR of 2.6%). China appeared as the largest consumer of pesticides (2.3M tonnes), followed by the U.S. (1.3M tonnes) and India (911K tonnes).

Agricultural development and the expansion of areas under cultivation, against an increasing worldwide population and the heightened demand for food products will further boost the pesticide market, set to reach 14М tonnes by 2030.

According to the FAO estimates Brazil demonstrated the most prominent growth in pesticide consumption over the past 25 years (+770%) owing to the rapidly developing agriculture sector. In 2020, the Brazilian Ministry of Agriculture approved 290 new substances, including fipronil and glyphosate, which are both banned in the European Union. In this regard, further expansion of the Brazilian pesticide market is expected in the coming years.

The USA is currently seeing a trend that indicates reduced amounts of pesticides used. Instead, more powerful chemicals like imidacloprid, which is one of the most widely applied pesticide treatments worldwide, are now being applied. In comparison with the organophosphate and carbamate-base pesticides that were used previously, contemporary alternatives are proving to be 95% less toxic to mammals and birds, but more harmful to insects. Presumably, this was one of the reasons for the declines in the population of bees in the United States over the 2018-2020 period. This mass decline in the bee population was also being observed in other countries, such as Brazil and Russia.

A declining bee population threatens to reduce the harvest yield of key crops worldwide (including berries, apples, cacao, sunflowers, rapeseed, coconuts, cotton, and oil palms). This potentially may lead to food shortages and become a hampering factor for increased use of pesticides.

The European Union maintains the most stringent control over pesticide use: here the use of pesticides that have proved toxic to insects (such as imidacloprid, clothianidin, and thiamethoxam) is restricted or banned. The toxicity issue will be a constraint in terms of the European pesticide market in the medium term; a moderate increase, therefore, in the consumption of these products in the EU is forecast.

Global Pesticide Production

In 2020, global pesticide production reached 11M tonnes, standing approx. at 2019. The total output volume increased at an average annual rate of +2.7% over the period from 2012 to 2020. In value terms, pesticide production amounted to $65.9B in 2020 estimated at export prices. The total output value increased at an average annual rate of +1.7% from 2012 to 2020; the trend pattern remained relatively stable, with somewhat noticeable fluctuations being observed in certain years.

China (3.8M tonnes) constituted the country with the largest volume of pesticide production, accounting for 34% of the total volume. Moreover, pesticide production in China exceeded the figures recorded by the second-largest producer, the U.S. (1.6M tonnes), twofold. India (1.2M tonnes) ranked third in terms of total production with a 10% share.

In China, pesticide production expanded at an average annual rate of +4.3% over the period from 2012-2020. The remaining producing countries recorded the following average annual rates of production growth: the U.S. (+1.3% per year) and India (+5.4% per year).

Global Pesticide Imports

In 2020, supplies from abroad of pesticides decreased by -2% to 5M tonnes, falling for the third consecutive year after two years of growth. The total import volume increased at an average annual rate of +2.9% from 2012 to 2020. In value terms, pesticide imports dropped to $28.8B in 2020. Overall, imports, however, continue to indicate a relatively flat trend pattern.

The purchases of the twelve major importers of pesticides, namely Brazil, Canada, Australia, France, the U.S., Nigeria, India, the UK, Italy, Spain, Germany and Indonesia, represented more than a third of total import. Belgium (105K tonnes) followed a long way behind the leaders.

In value terms, the largest pesticide importing markets worldwide were Brazil ($2.9B), France ($1.6B) and Canada ($1.4B), together accounting for 21% of global imports. The U.S., Spain, India, Italy, Germany, Australia, the UK, Belgium, Indonesia and Nigeria lagged somewhat behind, together accounting for a further 26%.

Source: IndexBox AI Platform

air quality

A Healthier Warehouse Starts with Better Indoor Air Quality

While the “new normal” is still evolving, one thing is certain: We need to continue to focus on how we design and maintain indoor environments. Businesses need to keep occupant well-being and productivity top of mind while minimizing potential risks.

Improving indoor air quality (IAQ) has always been a priority for building operators but until recently many occupants were unaware or less concerned about how IAQ impacted their experience. The World Green Building Council notes IAQ is just one of “a range of tools and strategies” that should be employed to make buildings safer, but adds, “It is clear that an effective approach should…encompass an increased focus on the monitoring and management of air quality.” To this end, warehouses and distribution centers across the globe have taken steps to review current systems and implement new in-building technologies that improve ventilation, air quality, humidity, pressure, and safety.

While every building has some level of these functions, they may not be optimized for occupant comfort and wellbeing. With the holiday season, many warehouses and distribution centers schedule a higher-than-normal volume of employees to stay on track during the busiest time of the year. Air quality is essential to a healthy building, and it is especially important when there is an increase in the number of building occupants. IAQ can impact occupant wellbeing and productivity, energy efficiency, and potentially even real estate value.

As building owners and operators look to provide safer and healthier work environments for their employees, a good place to start is with a building audit. An audit will reveal whether installed systems are operating properly and confirm the facility is meeting ASHRAE standards for a healthier environment based on the type of building and its existing systems.

Aligning with ASHRAE Building Readiness recommendations, building operators should consider the following tips to improve IAQ:

-Increase outdoor air ventilation (use caution in highly polluted areas)

-Disable demand-controlled ventilation (DCV)

-Open minimum outdoor air dampers — as much as 100% — to eliminate recirculation

-Consider portable room air cleaners with HEPA filters

-Consider UVGI (ultraviolet germicidal irradiation) to protect occupants from radiation, particularly in high-risk spaces (e.g., break rooms or locker rooms)

-Consider altering equipment operating schedules to flush buildings with fresh air for two hours before and after occupancy

Following the audit, building operators should assess areas throughout the building to implement improvements or adjustments. Some improvement options include:

Electronic air cleaners (EACs): An electronic air cleaner is a device that uses an electric charge to remove impurities — either solid particles or liquid droplets — from the air. The EAC functions by applying energy only to the particulate matter to be collected, without significantly impeding the flow of air. They are installed at the point of air intake in an HVAC system, and maintenance of commercial EACs is often tool-free and relatively simple, due to components like removable grills for prefilter and electronic cell cleaning and replacement.

Ventilation controls: Proper air exchange can help dispel odors, chemicals, and carbon dioxide while balancing energy use and reducing disease transmission Building control products like actuators and economizers can bring in the right amount of fresh air based on environmental conditions, as well as meet building regulations. Newer economizers offer onboard fault detection and diagnostics to reduce service and commissioning time for maintenance professionals.

Humidity sensors: Humidity sensors can help gain real-time measurements and keep humidity at optimized levels. Humidity control is not just about occupant comfort. High humidity can promote bacteria and mold growth as well as conditions for dust mites, while low humidity can cause dry, itchy skin and upper respiratory irritations. ASHRAE research found that keeping relative humidity in the 40% to 60% range is optimal to decreasing occupant exposure to infectious particles and reducing virus transmission.

Pressurization controls: Maintaining proper pressurization in critical spaces, including restrooms, can help reduce pathogens, bacteria, viruses, and other microorganisms that can be present in indoor air. Pressurization can also be used to contain air in a quarantined space or isolate and protect clean spaces. Pressure sensors provide low-maintenance measurement and control.

UV systems: UV systems use ultraviolet light to damage the DNA structure of microorganisms at the cellular level and has been shown in laboratory tests to inactivate certain viral, bacterial and fungal organisms, making them less likely to replicate and potentially cause disease. UV systems can be installed at HVAC coils or with an EAC to deactivate biological contaminants growing on cooling coils, preventing pathogens from spreading to building occupants.

According to the World Green Building Council, while buildings themselves cannot solve all of our current challenges, they play a crucial role in employee wellbeing. Warehouse and distribution center owners and operators must make IAQ a priority — now and in the future — to ensure healthier indoor environments for employees and keep business moving.