Benefits of Choosing an Environmental Permitting Company

It can be difficult to ensure that your company’s new construction project is environmentally compliant. You may not even know the regulations that need to be followed and how to go about it. To help you out, there are environmental consulting companies that offer such services.

Environmental permitting consulting firms help your company comply with state and federal laws and regulations when carrying out a project. There are so many regulations that govern different industries. Some of these laws are very difficult to understand. These consulting firms help to ensure that your project meets up to regulations.

There are several environmental permitting consultants available today. Not all of them will offer the services you want so you want to take your time and carry out research before making a choice. You will find that working with a reliable environmental permitting company has so many benefits.

Environmental Permitting Company

This article will discuss some of the benefits of choosing the right consulting company and the vital reasons why you should make this choice.

Benefits of Choosing the Right Environmental Permitting Consulting Company

The following are some of the benefits of making this choice:

1. Efficient Services

An experienced and reputable consultant will offer efficient services. In the case of environmental consulting firms, consistent repetition of actions makes them efficient. When a consultant consistently to prepare applications and has a large number of clientele in its portfolio, it would become very experienced in offering the said services. It will understand how to navigate through the complexity of the laws and ensure that your application is completed without any need for regulatory revisions or reviews.

2. It is Cost Effective

By having a thoroughly reviewed and completed application, you save money from regulatory fees and excessive revisions. The right consultant will provide a well detailed strategy that helps your permit to be granted on time. It will also list out the expected fees of the entire permit process. This helps you to prepare ahead for the project.

3. Professional Reputation

A reputable consulting firm will know every aspect of environmental regulations, what they mean, and how to comply with them. This reputation will also help your permit application to be completed on time.

4. Expertise

Knowing what compliance with regulations entails is a consulting firm’s specialty. Your business will not be confused about how its project should obey a particular law or guideline. A skilled and experienced company will provide an easy, yet effective permitting strategy that will help you out.

5. Flexibility

The right company will be able to adjust to a client’s needs. This agency is not rigid; instead, it is flexible to clients’ requirements. It will follow a different permitting strategy based on your project size or the company’s resources.

Reasons Why You Should Choose an Environmental Permitting Consulting Company

Now, you have known the benefits of hiring an environmental consultant; but what if you doubt the need for this service. Well, let us discuss some reasons why you need to hire this service:

1. You Don’t Know What Applies to You

Environmental laws are best left to qualified experts. You might not understand what regulations relate to you. There are several qualifications, caveats, and stipulations that affect how you adhere to certain laws. These laws or rules can be from the state, federal, or regional level. Sometimes, there might be tribal rules to consider.

environmental-consultancy

The point is that there are so many rules or regulations that apply to your company and you can’t learn all of it. You would need a professional to help you out.

2. You Need Expert Assistant

No one is a know-it-all. It is advised to hire an environmental consultant when you need a permit. This expert knows the specific requirements that apply to you. It will also take the necessary steps to ensure you are compliant with these requirements.

3. You Don’t Understand Regulations ‘Language’

If you and your team find it difficult to understand the language or complexity of a rule or law, it is time to hire a consulting firm. This agency will break down the complexity of the rule and make it easy for you to understand. It will also provide the best professional advice to help your company be environmentally compliant.

4. You Want to Be Environmentally Savvy

If your business wants to be environmentally sustainable, hiring a consultant for this service can put this goal into action. With this firm, your company will not only be compliant with regulations but will also include greener practices in your industry. For some greener practices to include in your company, check here.

Conclusion

When you choose the right environmental consulting firm, you will enjoy the mentioned benefits. Remember, you don’t have to wait till you are punished by regulators before considering this service. Make it a goal to make your business compliant with environmental guidelines.

What Are Some Methods Of Soil Stabilization?

The methodology behind soil stabilization has existed for hundreds of years. The basic concept is that there is an altering of the soil somehow. That can be chemically or mechanically in order to “fix” the cement, so there’s no movement.

You would use the technique if you needed to secure land that was otherwise too wet, perhaps to build the foundation for a new construction structure. With soil stabilization, it transforms the ground to have no further movement. That way, the property would have a solid surface to sit on.

The process is usually associated with either foundation or road work, but there can be many uses. In some instances, chemicals are added to alter the general makeup or chemistry, cement can be added, or it can be altered mechanically to compact the soil.

Methods Of Soil Stabilization

Soil Stabilization Methods

Two of the most common methods for soil stabilization are chemical and mechanical, where the chemistry changes the physical characteristics or makeup of the soil and mechanics compacts the soil. But there are many methods for stabilizing and reasons for doing so.

One particular reason is to make the ground solid in order to hold a structure without it shifting for as long as it will stand. Another is to prevent ground erosion, disallowing for mudslides and other events of that nature. Find out some of the most ideal methods for stabilizing and the materials used at this link.

Let’s look at the types of soil stabilization.

1. Chlorides

These are among the favored soil stabilizing forms, with calcium and magnesium chloride being the most commonly used. The preference is more dependent on the location, and which is more readily available. Each offers either a solid or liquid form, both of which need a water truck to dilute heavily with water.

Chloride can be applied in a couple of different ways, either of which results in a tough surface. When applying, there is minimal dust released into the air.

The material equates to basically a salt with stabilization taking the moisture from the environment and trapping and locking it into the soil, creating the hard, strong result.

The downside is it requires reapplication when it becomes wet because it breaks down, plus it’s detrimental to the ecosystem.

2. Mechanical Stabilization

With mechanical stabilization, there is an almost interlocking of the particles. A large force compacts the soil in a repeat motion until the size of the particles is of the desired shape and size.

That requires the type of heavy equipment capable of enforcing this type of compression like a compactor or, on rare occasions, a crane with a drop weight.

Usually, these soils needing this type of stabilization are either of a sandy or rocky nature. This is not one of the most common methods; it has advantages in that the particles are altered without chemicals, so there’s no worry that it will wear away. The process is, however, time-intensive, budget-demanding, and tedious.

3. Lime and cement stabilization

These are among the most popular stabilizing means with either cement or lime mixed into the soil to improve resiliency and strength. The percentage varies that will get mixed in based on the characteristics of the native soil characteristics.

methods for stabilizing soil for construction

If there is a high level of plasticity, there is a greater need for more compounds to be mixed in. In many cases, the cement and lime are mixed together since they are comparable, each used in a binding capacity. Lime is a naturally occurring substance, while cement is man-made or synthetic.

While it is among the most popular techniques, it is used most prevalently with road paving. Using cement in unpaved road treatment is often cost-prohibitive; the geographical location will determine whether cement or lime is used.

In some areas, lime is relatively easy to access, but in others, making cement is a more budget-friendly approach.

In either case, the solution is effective since the materials bind the particles together, creating increased strength. Most soils work well with this method of stabilization.

The amount used needs to be exact, or there’s a risk of the soil not strengthening to the desired effect if too much is used. Or to possibly shrink and start to crack if there’s too little in the mix.

Final Thought

Soil stabilization is the method of adding a compound to the earth to strengthen it for various purposes. It is most associated with the construction and road industry as well as using it for erosion purposes. Click here to learn about the technique.

There are many different methods for stabilizing; a few of the most common are pointed out here. Mechanical and chemical are the two most prevalent heard about. Mechanical is not one that is often used on its own. Generally, it’s combined with other forms since its primary purpose is to compact the soil.

Air Pollution and its Invisible Danger – What You Need to Know

If you’ve been observing the ongoing and high-profile protests from Extinction Rebellion over the course of the last few years, you’ll be aware that air pollution offers a significant threat to the human population.

This is supported by the statistics, which have revealed that almost a quarter of the people in the UK have been exposed to dangerous levels of air pollution with potentially devastating health consequences.

More specifically, a study by the British Heart Foundation (BHF) found that about 15 million in the UK live in areas where the average levels of the toxic particle PM2.5 exceeds the World Health Foundation’s guidelines. But what do you need to know about this invisible danger?

air-pollution-repurcussions

What is Air Pollution and How is it Caused?

In simple terms, air pollution is defined as the presence of substances in the natural atmosphere that may be harmful to the health of humans and other living beings.

Air pollution may also cause long standing damage to the climate or individual materials, while there are different types of air pollutants including particulates, gases and biological molecules.

Historically, the history of air pollution can be traced back to the Industrial Revolution, as developed nations such as the UK began to leverage fossil fuels such as coal to drive economic growth and expansion.

As a result of this, large and industrialised nations have produced high levels of smoke and sulphur dioxide for a range of domestic and industrial purposes, creating an omni-present threat to clean air and one that has worsened incrementally over time.

Substances such as nitrogen oxide are also impactful in this regard, with this produced from the reaction of nitrogen and oxygen in their air during combustion.

The threat of this has become increasingly prominent in highly congested areas packed with high motor vehicle traffic, creating a huge and growing pollution challenge.

Health Impact of Pollution and the Reaction of Governments

According to the WHO, air pollution contributes to an estimated 4.2 million premature deaths globally, with conditions such as heart disease, stroke, acute respiratory infections and lung cancer.

Interestingly, worldwide ambient air pollution accounts for 29% of all deaths and disease that involve lung cancer, along with 25% of similar cases related to ischaemic heart disease.

Incredibly, air pollution also contributes to 43% of all deaths and diseases that arise from chronic obstructive pulmonary disease, which causes significant breathing difficulties and long-term inflammation within the lungs.

china-air-pollution

Fortunately, countries across the globe are beginning to take steps to tackle air pollution, even serial offenders like China. Here, the government is taking direct action to clean up smog-choked skies from years of relentless industrial expansion, primarily by investing $83.4 billion in the renewable energy sector in 2019.

Nations like China are also drawing on innovation and technological advancement, with firms such as ERG Air Pollution Control providing various tools and measures to help tackle air pollution directly.

This includes everything from industrial gas cleaning services to comprehensive air pollution control systems, which help to mitigate the worst impacts of climate change without compromising on economic growth.

Use Circular Manufacturing to Save Energy and Reduce Waste

The industrial sector is the third biggest source of greenhouse gas emissions in the world, accounting for over 20% of total emissions (including carbon dioxide and methane), the Intergovernmental Panel on Climate Change reveals. Manufacturing plants (as part of the industrial sector) typically involve significant pollution and energy and resource use. By implementing sustainable methods designed to green the manufacturing process, manufacturing plants can improve their environmental footprint, lower costs, and boost efficiency.

environmental benefits of circular manufacturing

Embrace circular manufacturing

Circular manufacturing (also known as lean manufacturing) is a sustainable model that extends the life and use of materials and goods to minimize waste and energy and resource usage. In particular, circular manufacturing may include: converting to a renewable power source; adopting predictive maintenance to extend the condition and longevity of equipment; and sharing equipment with other plants.

Additionally, curricular manufacturing typically involves recovering and reusing resources or waste materials generated from other plants rather than purchasing new raw materials. Just look at Kalundborg Symbiosis as a solid example of circular manufacturing: they’re a collective of nine Danish manufacturing companies who’ve been sharing material, water, and energy streams since 1961. Together they lower their carbon emissions by 635,000 tons and save 24 million EUR every year.

Partner with eco-friendly businesses

Your manufacturing plant likely partners with other businesses whether it’s to source raw parts, equipment, and materials or purchase packaging. By partnering with green businesses, you can in turn ensure your business stays as eco-friendly as possible. For example, switch to an energy supplier committed to green energy or a packaging supplier that uses recycled materials.

packaging waste

Packaging that adorns your product can have serious environmental impact.

Additionally, more and more manufacturers are entering the online selling space and partnering with ecommerce companies. In 2020, for example, 30% of manufacturing and 30% of distribution companies generated 60%-80% of their total profits from B2B ecommerce. By using a quick and efficient method of ecommerce fulfillment, manufacturing businesses can ensure they’re harnessing automation and technology to maximum advantage.

Update machinery and equipment

Old machinery and equipment typically have higher energy demands than necessary. By replacing or updating your old machinery and equipment, you can reduce energy waste and increase efficiency and productivity. Installing an electric power management system (EPMS) will also let you clearly see your plant’s electricity distribution and capacity and better control your energy and power costs. Moreover, if it’s within your budget, you can also consider investing in automation in your plant to improve energy-efficiency and reduce waste.

robotics in sustainable manufacturing

For example, “cobots” (aka collaborative robots) are designed to work alongside human employees. By taking care of dangerous or repetitive tasks, cobots can improve safety for workers (the manufacturing industry typically racks up 400,000 non-fatal injuries every year) while increasing productivity and minimizing risk of human error.

Bottom Line

Implementing sustainable changes to your manufacturing plant will pay off greatly in the long run. By embracing circular manufacturing, partnering with eco-friendly businesses, and upgrading machinery and equipment, you can lower your carbon footprint, cut costs, and improve efficiency.

Agricultural Sector and Environmental Laws in New Zealand?

If you take a look at sector shortages in New Zealand, you’ll find that agriculture and farming is one of the sectors struggling the most. There are long term shortages in the industry, so what’s putting people off from investing in this type of career path?

Although agriculture has dwindled in popularity since technology took over, there are other factors contributing to its decline. In New Zealand, there are strong environmental protection laws in place which need to be followed.

Here, we’ll look at how the agriculture industry deals with environmental protection laws in New Zealand.

What do the environmental protection laws cover?

The environmental protection laws in New Zealand are some of the strictest in the world. The country has earned a reputation for its clean, beautiful landscapes. A lot of its tourism is driven by its cleanliness and thriving ecosystem. This means the government has needed to introduce strict environmental protection laws to ensure New Zealand retains its pristine reputation. These laws include:

  • Resource Management Act 1991
  • Conservation Act 1987
  • Environment Act 1986
  • Ozone Layer Protection Act 1996

These are just a small number of the regulations and laws pertaining to the environment. There’s also a large list of related laws in New Zealand, making it difficult for businesses to keep up. This is especially true for those working within agriculture and industrial sectors.

New Zealand’s rivers under serious threat

Although New Zealand has developed a reputation as one of the most environmentally friendly countries in the world, it’s rivers are currently under serious threat. The environment ministry claims that two-thirds of the country’s rivers are now deemed un-swimmable. Even more worrying is that three-quarters of all of the country’s freshwater native fish are under threat of extinction.

In a bid to tackle the problem, the government has announced a rather ambitious plan. They are aiming to see a noticeable improvement over five years. Freshwater protection plans are being drafted and are expected to be put into place by 2025. In the meantime, immediate interim controls have been introduced. Swimming pools will be subject to increased water quality standards. However, it’s the farming sector which is going to see the biggest changes in regulations.

How are the agricultural and industrial sector dealing with the laws?

The agricultural and industrial sectors are currently struggling with the change in legislation. Although the government has pledged $229 million NZD to help farmers transition to the new laws, there’s still a lot of challenges the sector needs to overcome.

Farmers need to stop risky farm practices, such as allowing cows to stray to nearby waterways. Cow manure is partially being blamed for the increase in river pollution. New irrigation practices will also be denied unless farmers can prove it won’t harm the environment. There’s a lot of new laws being introduced which are causing issues for farmers and the industrial sector. Those working within the sector would do well to seek advice from specialists such as RSM.

Overall, New Zealand is making its environmental protection laws stricter over the next five years. This is already having an impact on the agricultural sector. However, seeking professional advice can ensure those working within the sector understand and adhere to the new legislation.

Thermocouples: Types and Uses

Thermocouples are sensors used to measure temperatures. These devices consist of different metals to form two wire legs forming a junction. Manufacturers weld together these two wire legs to make sure the connection is stable. Thermocouple junctions are used to check for changes in temperatures. There are different types of thermocouples available in the market, and these models have distinct characteristics and features.

The Types of Thermocouples

The manufacturing of a thermocouple requires producers to classify units with distinct color codes. Manufacturers classify these codes in either ANSI/ASTM E230 OR IEC60584. The thermocouples, their calibrations, and their color designations (in ANSI/ASTM E320) are:

  • Type K: Yellow (+) / Red (-)
  • Type T: Blue (+) / Red (-)
  • Type N: Orange (+) / Red (-)
  • Type S: Black (+) / Red (-)
  • Type C: N/A
  • Type J: White (+) / Red (-)
  • Type E: Purple (+) / Red (-)
  • Type R: Black (+) / Red (-)
  • Type B: Black (+) / Red (-)

Conversely, here are the thermocouples once more and their calibrations, but with their IEC 60584 color designations:

  • Type K: Green (+) / White (-)
  • Type T: Brown (+) / White (-)
  • Type N: Rose (+) / White (-)
  • Type S: Orange (+) / White (-)
  • Type C: N/A
  • Type J: Black (+) / White (-)
  • Type E: Purple (+) / White (-)
  • Type R: Orange (+) / White (-)
  • Type B: Orange (+) / White (-)

Thermocouple Temperature Range

Aside from the color codes, thermocouple types have specific melting points and continuous maximum temperatures. For example, the thermocouple Type B with a platinum 30% rhodium (+) composition may have a temperature range of 2,500 to 3,100 degrees Fahrenheit. Conversely, a platinum 6% rhodium (-) composition of the same thermocouple type may yield a similar temperature range.

Another example is a thermocouple type E with a chromel (+) composition. For this model, you may use it for handling temperature ranges of 200 to 1,650 degrees Fahrenheit. Still, consider the environment before using specific thermocouple types.

Uses of Thermocouples

Different thermocouple types may have diverse uses. Hospital thermometers, automotive technologies, and machines handling renewable energies might use thermocouples to help users detect changes in temperatures. Here are a few thermocouple types and their uses:

  • Type J

This thermocouple type may have an iron and Constantan leg. Various organizations in different industries find this model to be helpful in several operations. For example, it may be useful in reducing, oxidizing, and vacuuming atmospheres. Type J models may have durable constructions. Thus, these units may not require sensitive handling when installing them in other machines or industrial environments.

  • Type K

This thermocouple has a Chromel and Alumel composition for its wire legs. Consider using this type to oxidize or inert atmospheres with temperatures of up to 2,300 Fahrenheit. Companies may use this thermocouple model thanks to its relatively accurate and stable readings even at high temperatures.

  • Type N

Type N thermocouples may be akin to better Type K models. This type has a Nicrosil and Nisil composition for its wire legs. It also has a similar temperature range as the Type K. However, type N models might have better resistance than its type K counterparts thanks to its temperature cycling features. Furthermore, its hysteresis and green rot allow type N models to be more cost-effective units than type Ks.

  • Type T

A copper and Constantan composition reside in the wire legs of type T thermocouples. Like the type J models, type Ts help users reduce, oxidize, vacuum, and inert atmospheres. Still, this thermocouple class has excellent resistance against corrosion in several atmospheres. It may also offer high-stability readings at sub-zero temperatures.

  • Type E

For this thermocouple, it has one Chromel and one Constantan leg. Like the type T thermocouple, it may also be resistant to corrosion in various atmospheres. However, there’s one characteristic that may put type E thermocouples better than other models: Type Es may have the highest EMF per degree in comparison with different thermocouple types. Nonetheless, it might not be resistant to sulfurous environments.

  • Type C

Environments that have sweltering temperatures may use type C thermocouples. This model has a tungsten and rhenium composition for its wire legs. Organizations may use this thermocouple type in extremely high-temperature environments of up to 4,200 degrees Fahrenheit. While it can withstand high temperatures, this thermocouple may have a brittle construction. Proceed with caution when handling it as one false move might break the device.

Conclusion

Always consider the right thermocouple type when you want to read temperatures accurately in specific environments. For instance, consider the right thermocouple when reading temperature levels in automotive technologies and their hot engines. These devices may also activate gas shut-off modules aside from reading temperatures. Take time in researching the right model for the job to avoid complications.

How to Properly Scale Up Your Environmental Consulting Firm?

Environmental laws are important to keep our planet safe, especially from large industries that can unknowingly impact our world. Hence, these laws are strictly enforced, with punitive measures that are apt for its necessity. That’s why an environmental consulting firm is necessary for every business, to ensure the highest level of compliance in terms of such laws.

Now if you’re reading this article, then, most you most likely already know this. What you’re probably really interested in is how you can expand your business and cast a wider net across different states and possibly tap a global market. So here are a few things you must know to properly scale up your environmental consulting firm.

environmental-consultancy

Perfect your Fundamentals

The reason I started this article with a pretty basic definition about what an environmental consulting firm is tasked to do is because I want to remind you of the core value that such companies should impart on their clients. If you’re failing to do this, then it’s not yet time for you to scale up. Perfecting your fundamentals like proper project management and follow through is important because you should polish your current services before thinking about growing the business itself.

Any business for that matter must be scalable to an extent and for that you would need an organized business plan that can make your enterprise repeatable and enforceable no matter where you go.

Prepare a budget ready for any situation

This goes without saying but a sufficient budget is necessary if you really want to expand your business. It will take a big enough money for you to add to existing operations and to prepare for any emergency situation that may arise from it. However, if you do have a business plan and follow it by heart, you will most likely be able to use your funds more efficiently.

Know who to trust

Scaling up a consultancy firm relies heavily on how big a network you have already built for yourself over the years. This network will not only give you a reliable supply of clients wherever you go, but also a good team of suppliers that you can trust for all your operational needs.

For example, you definitely need to tap a construction materials supplier who can keep up with your demand as your business grows. You also need a good mobility partner for all transport needs such as renting your fleet that can travel far and wide to bring the materials, supplies, and manpower to any site across different states.

You can also expand by experimenting on trustworthy subcontractors that could do the job for you at a fraction of the cost. Let’s face it, it may take more managerial work but it removes a lot more responsibilities off your plate, which is pretty valuable once you’re already growing your business.

Improve your Efficiency

Improving your efficiency may be something you’d want to do before actually trying to scale up your business. But it’s also better if you can explore ways to automate processes like basic consultations and your financing. You can also try to develop an application or look for an existing software that can do most of the dirty work for you.

environmental-engineers

Know your End-Goal

What’s the point of expanding your consulting business? Do you want to make a bigger impact for the environment? Do you want to offer more jobs to people especially during this time? Or do you simply want to earn more money and make a name for yourself in the industry? To be honest, any of the aforementioned reasons are perfectly valid. However, you should once again keep in mind that your business thrives for a reason: you keep big corporations in check against possible environmental issues and make them sustainable. This means you have a social responsibility to keep that and ensure that this happens especially to all your clients.

Your end goal should guide you in how you will operate your consulting firm. There must always be an objective and an endpoint so you can properly rest on your laurels and won’t allow yourself to be a corporate slave for the rest of your life. Remember that there are ways you can let go especially if you feel like it’s already time.

Blindly pushing to expand your environmental consulting firm has serious repercussions not just for your company but also for the environment in general. So you must do your part and understand the list above so you can successfully scale up and be known as one of the best eco consultants not just in your area, but perhaps in the entire world.

6 Strategies To Improve Aerospace Waste Management

The aerospace industry has numerous waste streams that can produce enough waste to disrupt the world. This is mainly from the manufacture of aircraft, engines, and parts. However, the Aerospace Industries Association (AIA) confirms that the industry is doing its best to prioritize waste management.

In fact, the association feels that the industry is making good strides toward ensuring that the natural environment is protected. But there’s always room for improvement as waste management and environmental protection are continuous processes. For many players in the aerospace industry, waste reduction and management are the most significant hurdles to overcome.

This article looks at six strategies aerospace companies can employ to help improve waste management.

Strategies To Improve Aerospace Waste Management

1. Waste Prevention

The best way to manage waste is to prevent its production in the first place. That’s why waste production prevention is usually a top goal in any industry looking to manage waste effectively. If the aerospace industry can eliminate the production of some of its waste materials, it’ll be able to make significant progress in waste management.

There are numerous and technologies that the industry can utilize throughout the product cycles to help steer clear of waste. For example, aerospace precision machining companies like Moseys Productions use certain techniques that are meant to reduce manufacturing waste. This creates a chain reaction where there’s waste prevention in the rest of the stages in the product cycle.

2. Waste Reduction

The first strategy mentioned would be the best and only one needed for aerospace waste management in an ideal world. However, zero waste production isn’t always possible for various reasons, such as the steps followed in the manufacturing process. But there are other things the industry can do to ensure that there’s minimal waste production.

In waste reduction, the industry will need to look at all of the processes that lead to waste production. This may include changing the design of the products or the way they’re manufactured to ensure that the least amount of waste is generated. The industry can take the same steps to ensure that the waste produced isn’t as toxic or harmful to the environment.

For the aerospace industry to get the most out of waste reduction, it needs to identify areas with high waste production. The necessary changes have to be carried out in a way that won’t compromise the quality of the final products. Pinpointing such areas is the key to the success of this strategy. Precision machining can also be applied in this waste minimization strategy.

sustainability practices in aerospace industry

3. Sustainable Material Use

Apart from making efforts to eliminate or reduce waste, the industry would do well to use sustainable materials. These are materials that the industry can have produced in precise volumes. This would help make sure that there’s no disruption of the established environmental balance or depletion of nonrenewable resources.

The beneficial result is ensuring that waste is cut right at the production of raw materials so there isn’t much to waste in the manufacturing process. The focus here is on what materials the industry purchases and their quantities. Waste management is possible when it starts from the very beginning of the product cycle—at the sourcing of raw materials.

4. Recycling And Reuse

Even in the aerospace industry, materials such as wood, paper, glass, and plastics can be used to fabricate fresh products. When more materials are recycled and reused, the need for new ones is significantly reduced. In addition, it allows for the recovery and use of materials that would’ve otherwise gone to waste.

Having a waste material recycling strategy is essential in aerospace waste management. Not only would it help conserve energy and reduce emissions in raw material extraction, but it’s also an excellent way of keeping waste to a minimum.

5. Technology And Waste Processing

Successful waste management in the aerospace industry lies in effectively making waste easy to handle. Fortunately, technological advancement has continued to make waste processing simpler and more efficient. By reducing waste materials at the front-end processing system, there are added benefits such as:

  • Reducing the number of times a company needs to dispose of waste from manufacturing plants
  • Producing better recyclable waste

Properly handling aerospace waste processing goes a long way in improving waste management in the long run. The latest technologies include those used in the briquetter systems, ultrafiltration systems, and coolant recycling systems.

6. Joint Waste Management

It’s good for the industry to open up and embrace partnership initiatives with other entities both public and private. This would result in the accumulation of ideas that can help make waste management more accessible.

Taking a collective approach can benefit the industry as it’ll bring in players who may help with many functions of waste management. For example, having a partner who recycles metal, plastic, or wood waste would make it possible to dispose of such directly and sustainably. It may also help in overcoming some barriers the industry may be facing with waste disposal and management.

Conclusion

Waste management is crucial in the aerospace industry given that it’s a huge waste producer. Having clear strategies for the prevention, reduction, and disposal of waste would go a long way in making sure that aerospace companies achieve their environmental goals.

7 Tips To Ensure Sustainable Mining Operations

While the mining sector is said to contribute significantly to the global economy, nevertheless, it can cause serious irreversible damage to the environment. Its use of natural resources like water, carbon, land, and energy may cause severe harm to the planet’s soil, leaving it very vulnerable to processes like soil erosion. Additionally, reckless mining may lead to pollution, depletion of natural resources, and many more.

Fortunately, players in the mining industry are believed to be starting to take action to offset the negative impacts of years of irresponsible mining and extraction of minerals. Some companies are now opting to use energy efficient fabric structures for mining operations as a step forward. These structures help minimize the negative impact that mining has on the environment.

ways to make mining more sustainable

Are you a mining site manager or owner, a shareholder in the mining industry, and the like looking for ways to turn your current business model into a safer and much more environment-friendly alternative? Here’s a look at more ways to make mining more sustainable:

1. Use Eco-Friendly Equipment

It’s believed that more and more companies are now moving towards battery-driven mining equipment. Battery-driven options are said to be more environmentally friendly compared to diesel-driven options. This shift in options can significantly reduce the amount of carbon dioxide (CO2) that mining operations usually produce.

There’s also a need to adopt more advanced and durable equipment to avoid high machinery turnover rates. Damaged equipment also poses a risk to the planet. For example, equipment breakdowns may cause rubber or plastic sheds and others. Mining companies can reduce equipment costs and how much rubber and plastic their operations emit into the environment. This can be done by the exclusive use of electrical mining equipment.

2. Ensure Proper Waste Disposal

There are guidelines to how mining byproducts are disposed of per laws and regulations, which some mining companies unfortunately ignore. This doesn’t help the situation as far as eco-friendly initiatives are concerned. Companies should shy away from improper industrial waste disposal by abiding by enforced rules.

3. Adopt Lower-Impact Mining Techniques

Commonly used mining methods like open pit and underground mining come with very serious risks to nature. Mining operators are advised to move towards low-impact mining techniques like in-situ leaching.

Using low-impact mining techniques will reduce soil erosion as well as move less material needing backfilled. This is a win-win for the mineworkers and the environment because they get to work efficiently using greener mining means.

4. Shut Down Illegal Mining

Illegal miners don’t abide by regulations that reduce environmental impact. It’s regarded that the illegal mining industry has a sizeable hold of the overall economy although it brazenly brushes off safety rules. Additionally, illegal mining is often conducted on land coverages not suited for large-scale mining and adversely affect the surrounding communities.

Take that and illegal miners’ disregard for safety and environmental mining regulations and you have a complete disaster. Preventing illegal mining activities will go a long way in ensuring all mining activities abide by the same regulations and environmental standards to encourage accountability.

5. Conduct Consultations With Different Mining Industry Stakeholders

It’s generally advised that mining managers prepare and set up periodic consultations with different stakeholders that have a relation with their mines. Participants may include local community leaders, environment experts, and non-profit organizations specializing in sustainable mining operations. These consultations can focus on ensuring that mining operations are up to standard and safe. Other sustainability-related concerns can be hashed out during these meetings.

Many groups regard that the method mentioned above is also a means to deal with similar woes in the mining industry like unlawful businesses still carrying out their operations.

6. Improve Manufacturing Process Efficiency

You can make it your goal to consistently and closely monitor the standard mining supply chain. This can help you identify the areas in which you need improvement where promoting eco-friendly manufacturing processes is concerned. It’s important to be flexible in the way you think as well as the management or supervisory tools you use.

mining industry hazards

You should adopt management tools that promote or cushion the company’s transition into less environmentally-harmful processes of resource use in today’s modern society. Bear in mind that the business world is forever evolving. Thus, the processes, as well as technology used for business, also continue to change and gear towards efficiency and eco-friendliness.

7. Replenish The Environment

Replanting trees, natural forestry, site inspections, and replenishing native soils and grasses can work to increase the environmental sustainability of mining activities. Rather than continuously taking from the environment, giving back to it can help restore it and make it a safer place for everyone to enjoy.

Conclusion

Mining operations often have negative impacts on the well-being of the miners along with the environment. However, this doesn’t have to continue to be the case. Use this insightful guide to help you carry out your mining activities sustainably and lawfully.

Risk Management in Industrial Waste Management

Waste management comes with various risks and potential liabilities for your business. Therefore, it’s vital to consider pollution prevention when implementing waste management strategies. It helps prevent air and land contamination while minimizing organizational risks and liabilities.

Often, the general public, plant managers, and government regulators may not have sufficient knowledge regarding industrial waste management. Every business owner wants to improve their industrial waste management strategies to cut costs and meet regulatory compliance. Therefore, it’s important to understand how the industry works and various ways of dealing with inherent and residual risk.

Risk Management in Industrial Waste Management

Industrial Waste Management

Typically, industrial waste management involves segregation, composting, landfill, and waste recycling. Segregation involves various steps of waste separation to ensure effective disposal. Composting is about industrial waste treatment through biodegradation and land application to improve the organic matter in the soil.

On the other hand, landfill involves burying industrial wastes that are unfit for recycling or composting. However, landfill is not an optimal waste management method since it releases pollutants into the environment. Waste recycling involves repurposing waste materials to lower the amount of waste released into the environment.

Most of the processes use waste management technologies offered by modern waste management facilities. Waste management methods can vary from one firm to another. Ideally, waste characterization is necessary to assess the types and volume of waste produced in your facility to ensure proper management. The process may include various experts like:

  • Engineers with knowledge in waste processes management
  • Quality assurance experts
  • A sampling team

The professionals have high knowledge of inventory, products, and processes within your industry. They can ensure accurate waste characterization and tracking to design the appropriate waste management strategy.

Problems of Industrial Waste

Most industrial wastes pose human and environmental risks since they can contaminate the water, air, and soil when not disposed of properly. While the pollutants have far arching health impacts on the general population, the consequences may be more significant for your employees.

For instance, workers in the Oregon electronics plant were exposed to carcinogenic chemicals that contaminated drinking water in the company. The water had exceedingly high concentrations of hazardous chemicals due to improper disposal methods.

environmental issues in niger delta

Waste disposal regulations were flimsy at that time, and dumping was the preferred method for most industries. However, most companies were oblivious of the adverse effects of dumping industrial wastes. But with proper information about effective waste management procedures, you can avoid dangerous incidents and ensure the safety of your employees.

Pollution Prevention

Pollution prevention is the use of practices, processes, energy, and materials to minimize waste and pollutants and regulate environmental and human health risks. According to the EPA’s industrial waste management guide, the hierarchy of prevention methods is based on preference. Ranked from best to least appropriate, the methods include source reduction, recycling, combustion, waste treatment, and safe release into the environment. Source reduction is the best method, while the least preferred is release into the environment.

The advantages of adopting proper waste management protocols include compliance with pollution regulations, increasing profits, and safeguarding employee wellbeing. For example, automotive companies generate significant amounts of money by recycling their waste materials. Regardless of whether you can recover money from waste products, pollution prevention methods can help your business in multiple ways, including:

  • Cost savings
  • Protecting human health and the environment
  • Enhancing worker safety
  • Positive public image
  • Better product quality
  • Lower liability

You can create a pollution prevention strategy by evaluating your waste disposal processes and looking for areas that need improvement.

Pollution Prevention in Industrial Waste Management

There are three elements that shape the prevention of pollution from waste management. The processes include source reduction, recovery/recycling, and waste treatment.

1. Source Reduction

Source reduction involves eliminating or reducing the volume of waste from your plant. Nevertheless, it’s essential to ensure that your methods won’t increase waste production in other manufacturing line processes. Ideally, manufacturing plants use various strategies for waste reduction to ensure efficient waste management.

  • Technology Modifications and upgrades –you can reduce industrial waste by upgrading your facility’s vital equipment. For instance, paint manufacturers often replace multi-tank cartridge fillers with one tank that empties source tanks to eliminate waste disposal.
  • Redesigning and reformulating raw materials –you can use alternative materials that generate fewer waste products. For example, modern medical device manufacturers replace Lead with non-Leaded materials to manufacture some medical equipment. Additionally, you can consider other ways to rethink your production process to ensure minimal waste production.
  • Ensuring a clean and well-organized production facility –better organization helps in inventory management. You can replace the holding containers with designs that prevent accidental spills when handling hazardous materials.

2. Recycling

Recycling is an effective method in industrial waste management. It can include processes like water recycling, alternative use of reclaimed materials, and optimizing raw material use. You can also join waste material exchange networks like Recycler World.

industrial waste recycling

3. Waste Treatment

While waste treatment is still a useful method, it’s the least preferred for waste prevention. It involves transforming hazardous waste materials into less toxic materials. Waste treatment processes may include chemical, biological, and physical treatment.

Physical treatment alters the physical properties of waste materials without affecting the chemical properties. On the other hand, chemical treatment changes the chemical properties of waste products through a series of chemical reactions. Biological treatment involves exposing industrial waste materials to organisms that break down the waste into simpler components and biomass. The treatment process can either be aerobic or anaerobic.

Waste Management Technologies

Waste management can be an overwhelming undertaking since it involves many processes and numerous regulations. However, a good waste management strategy ensures pollution prevention, thus making the efforts worth your time and resources.

To make sure your waste management processes effectively reduce industrial waste, you can deploy automation tools for seamless tracking. Your company can use various waste management software to streamline the production, storage, transit, treatment, reuse, reporting, and disposal of different wastes.

Conclusion

As the global population increases, the demand for consumables and non-consumable goods rises. And higher manufacturing comes with increased waste production. While it’s inevitable to avoid industrial waste, you can minimize the impacts by ensuring minimal pollution from your business. Since waste management is a multi-stage process, it’s essential to leverage technology to effectively track and manage your industrial waste.