Salman Zafar is the CEO of BioEnergy Consult, and an international consultant, advisor and trainer with expertise in waste management, biomass energy, waste-to-energy, environment protection and resource conservation. His geographical areas of focus include Asia, Africa and the Middle East.
Salman has successfully accomplished a wide range of projects in the areas of biogas technology, biomass energy, waste-to-energy, recycling and waste management.
Salman has participated in numerous national and international conferences all over the world. He is a prolific environmental journalist, and has authored more than 300 articles in reputed journals, magazines and websites. In addition, he is proactively engaged in creating mass awareness on renewable energy, waste management and environmental sustainability through his blogs and portals.
Salman can be reached at salman@bioenergyconsult.com or salman@cleantechloops.com.
Cities can only run smoothly if all of the parts that build them up are working together. The road maintenance part of the municipality has the difficult job of keeping roads safe and functional, even if crashes or accidents have occurred. Here are the four things every city must do to ensure all of the residents are safe and the roads are open for use.
Clear Problem Reporting Services
It’s vital that if a giant pothole or a bridge is damaged, the city can be notified as soon as possible. A general hotline for the area is helpful, but so is a website to report issues and request area maintenance. The residents in the area pay to live in a safe and well-maintained area through their taxes. You must show that you’ve heard them.
An essential part of any road maintenance system is that it’s responsive and gets the information across clearly and promptly. Poor road maintenance can lead to car crashes, accidents, and injuries.
Repair of All Sudden Damage
Sudden damage, like a vehicle cracking the foundation of a bridge, a road that’s damaged, or trees that have fallen onto a major street, is all things that have to be repaired quickly. Well-run municipalities will quickly assign workers, find a fix that will work, and will set to the job of putting that plan into action. Although it’s not easy work to do, the faster the plan is put into action, the fewer people and pieces of property will get injured.
Roads deteriorate and age with time. Municipalities must work to create roadways that stay safe as possible for as long as possible. This plan could mean refinishing pavement that’s older, filling in potholes, widening car lanes, and putting down fresh guideline paint. Urban planners should also take into account the cost of full depth reclamation.
In most cities, this construction runs from May through October, but in some warmer states, it can run year-round. This type of work is especially vital for constantly hit areas with natural disasters, storms, earthquakes, or fires. If a roadway is poorly maintained in the middle of an emergency, it can cost lives.
Clarity With Residents
If there are going to be delays in certain areas for a few weeks, or if the city is looking at repairs that may inconvenience residents: it’s essential that this information is put out there. People get angrier if they feel like they’re being lied to or tricked than they would if the correct information was given to them in the first place.
Make it clear when and where repairs will happen to show that the municipality is taking it seriously, and residents can plan around the delays and traffic issues.
No two municipalities are the same, but these steps will help ensure that most small towns can have a lower accident and injury rate.
Bioplastic is a widely used term now to distinct new ways of production, which should reduce the use of oil-based plastic. Some scientists regard it as a solution to the plastic pollution problem, yet the issue is much more complex. First of all, this is an extremely broad term that includes various types of substances. Secondly, it is important to evaluate the cost and the actual influence on nature. This will help in figuring out whether it is more sustainable and environmentally-friendly.
If you are a student having an assignment for the environment-related subject, there are a few options. You can easily purchase essay on a given subject from Essaypro professionals. Or, if you want to do everything on your own, let’s have a closer look at the term and what it means.
What is meant by Bioplastic
Bioplastic can refer to two kinds of things – the ones that are made of renewable bio ingredients instead of fossil fuel and to the materials that are biodegradable. Bio-based plastic is produced from alternative sources, such as corn starch, beet sugar, hemp, or even mango. There are several sources that can be used in such manufacture.
Biodegradable materials are ones that can be broken down by enzymes present in nature. It means that they can be manufactured from a renewable source, but still be not biodegradable and vice versa. It is hard to find a solution that will address both issues – production and recycling.
Alternative materials can solve one of the problems. They can either reduce the usage of fossil fuels or solve the recycling and degradability issues.
Biodegradable Doesn’t Mean Harmless
The next issue is that even if a thing can be degradable, it doesn’t necessarily mean that it is not harmful to the environment. First of all, there are several kinds of degradability.
Degradable Items
Basically, any plastic is degradable, but in different circumstances. The traditional one can be degraded and recycled in an industrial environment. However, it cannot be reduced to the materials simply returning to nature.
Nowadays, some bioplastics are more degradable, but they still leave a microplastic residue that pollutes the environment. For example, there is oxo-degradable material dependent on oxygen influence. Yet, it still pollutes nature; that’s why the EU wants to ban it.
Biodegradable
It means that the item can be broken down into natural material, such as water, carbon dioxide, and compost by microorganisms. Yet, it requires specific conditions, mostly at a particular temperature. If such material is simply thrown into the ocean, it will not be naturally eliminated.
Compostable
Such items degrade on compost site up to carbon dioxide, water, inorganic waste, and biomass. Biodegradable plastic can be produced from traditional petrochemicals (oil-based). At the same time, material produced from renewable sources can be as hard to break down as a traditional one.
Other Issues With Bioplastic Materials
There are several concerns that these new ways of manufacturing plastics raise. They show that there should be much more research and planning done before naming something an ultimate solution.
Bioplastic materials are not necessarily much better for the environment. The manufacturing process might affect the nature as well. For instance, the production of Polybutylene Succinate (PBS), a biodegradable substitute for propylene, results in a huge amount of greenhouse gases. Eventually, it is not much better for nature.
They are not cheap. Unfortunately, from a capitalistic point of view, there is no market demand for such innovations. They are much more costly for businesses. The main reason to introduce them into wide use is an environmental concern and governmental actions. Otherwise, huge corporations won’t be interested.
They are not easy to recycle or decompose. The majority of these materials cannot be recycled by the same plants that recycle oil-based formulas. If they get into the same plant, they are going to pollute and decrease the quality of the material. It means that there have to be new factories to recycle these particular elements.
Conclusion
Bioplastic is a broad term that refers to various options regarding sources and degradability. It attracts a lot of attention from scientists, researchers, and the general public as the environmental situation is declining.
Some of the professionals claim that it is the future that will have little to no impact on nature. However, in reality, the issue is more complex. It requires further research into extended effects, possible recycling, and affordability.
Nowadays, bioplastic has only 1% on the market. It grows steadily, but nothing like traditional manufacturing. The issue needs governmental measures taken in terms of funding research and banning harmful practices. As of now, it is a long journey to substitute all oil-based material with a greener option.
In any kind of business, sustainable growth is impossible without expanding your reach and attracting new customers, which spells turning average site visitors into leads. While for B2C ventures, the potential clientele is the total population of the Earth, B2B leads are harder to come by since they aren’t that numerous. That is why B2B lead generation is a harder nut to crack, causing companies to go all lengths in order to win corporate consumers to their side.
Now Lead Generation Will Be Easier Through B2B Market Research
Market research is commonly understood as a technique of collecting, analyzing, and interpreting various business-related data that is highly instrumental in addressing a whole gamut of commercial challenges and developing an overarching marketing strategy.
An essential element of such a strategy is finding business sales leads that have all chances to augment your B2B client base and bring a stream of revenues into your coffers.
Why Market Research is an Effective Tool in B2B Lead Generation
Market research can be a powerful engine that will enhance the business efforts of every B2B digital marketing agency aimed at successful B2B sales lead generation. Where does it come in especially handy?
1. A deeper understanding of customers
By holding regular surveys you can create a 360-degree view of your clients. Who are they? Why do they acquire your products? How often do they do that? How do they like them? Once you get answers to these questions, you will realize how the obtained image fits into your vision of an ideal customer and discover where you are wrong in your expectations.
2. Identifying the standing of competitors
Assessing the niche, you will see who is outperforming its adversaries and in what aspects. You will be able to have a closer look at your competitors’ success and see where your shoe pinches. What do they do better than you? Where do they lag behind? Knowing this, you will learn why your business leads are eventually converted into your rivals’ clients.
3. Pre-launch product testing
Before investing heavily into any business idea, you should discover whether it holds water (both operationally and financially). Moreover, you will see what marketing approach you should adopt to take the shortest cut to your customer’s heart and wallet.
How to Use B2B Market Research for Lead Generation
There are several key processes that can be drastically improved by leveraging market research.
1. Valuable MQL Detection
Marketing Qualified Leads in B2B sphere are companies that stay within an ace of becoming your clients. They have opted into a program of yours, downloaded some data from your site, or submitted contact information on their own initiative. Which of them should you target first of all to complete their conversion? Of course, those who are likely to generate the largest profit. Market surveys furnish you with the information on the size of their organization and funding stage that can help you sift the most valuable leads out and get at them hammer and tongs.
2. Identification of Business Leads’ Readiness to Buy
By asking leads a direct question in a survey whether they plan to make a one-time purchase or are considering long-time cooperation, you can determine how they see your future cooperation.
3. Revision of your Content Strategy
Market research can help you discover mainstream trends in your industry and check whether your content fits them. By polling your B2B leads, you can add more infographics or enlarge the product characteristics section thus catering to their needs.
4. Pain Point Elimination
Bottlenecks and issues can be found both in the quality of your products/services or in the way you sell them. In either case, market research helps you identify problems and take steps to improve UX by eradicating them.
In the age of total digitalization, market research can be conducted via leveraging respective software.
Tools in Market Research to Generate B2B Leads
There is a wide array of tools that can be utilized in performing B2B market research. They are honed to tap various data related to your customers.
Some of them (like Google Keywords Tool) can give insights into the way people search for products and services in your niche, others (for instance, Klout, Kred, or Peerindex) allow you to identify top influencers in your industry, still others (KeySurvey) enable creating questionnaires. And there are comprehensive tools (like Google Trends or Google Analytics) that create a broad-scope picture of your potential clients.
Yet, whatever tool you might opt for, you should make sure your messages reach your addressee since email is universally recognized as the major means of building and maintaining rapport with the clientele.
The best way to do it is via a spam checker. This state-of-the-art software can help you monitor the deliverability of your letters since the email spam checker is designed to avoid spam filters and dodge blacklists. Once you install it, your B2B email lead generation will grow apace as well.
Conclusion
To go big-time in B2B commerce, you can’t rely on anecdotal evidence and entrepreneurial instinct. When used on a permanent footing, market research is a solid crutch in understanding key needs of your clients and the consumer environment in general, which is sure to tell positively upon the efficiency of lead generation
Sustainability is a societal goal to meet everyday needs without negatively harming the environment. This whole concept is commonly referred to as ‘going green.’
Various global industries aim to run operations without causing harm to the environment and, consequently, to future generations through sustainability standards and practices. With this in mind, businesses that have gone green prefer to work with others who’ve implemented the green concept. It ensures their efforts aren’t futile, and they protect the environment throughout the product cycle.
Finding suppliers that have gone green can be challenging if you’re sourcing specialty chemicals. Here’s a guide on picking the most suitable provider:
1. Research Their Sustainable Practices
Specialty chemicals providers follow sustainable practices to deliver products and materials with less environmental impact. These practices include waste management, carbon footprint, and the use of renewable sources of energy.
Waste Management
First, ask – what are the provider’s waste management protocols? It’s no news that plastic waste is one of the biggest threats to our environment. What are they doing to mitigate their plastics use? What is their disposal system? A good specialty chemicals provider is an active participant in sustainability efforts and will not just pass the burden on the consumers of their products.
Carbon Footprint Management
Their website, collaterals, and company information should also mention their plans to minimize their carbon footprint. Carbon footprint refers to the amount of carbon dioxide a provider releases into the environment. Did you know that the industrial sector, the specialty chemicals industry is the 3rd highest contributor of carbon emissions? This statement emanates from the fact that the industry utilizes many toxic raw materials to make specialty chemicals. Therefore, an ideal green provider puts measures to prevent these toxic emissions from getting into the environment.
Use of Renewable Energy
Specialty chemicals providers are racing to adopt green energy in their operations. In the next few years, we can expect these companies to wean off fossil fuels and be run by renewable energy completely. Is your provider adopting a similar strategy?
These sustainable practices are at the forefront of the chemicals industry’s effort to positively impact the planet. Choose a provider that’s actively adopting sustainable practices.
2. Compare Several Providers
Suppose in your search for a green provider for specialty chemicals, you find several. How will you choose?
It’s best to compare them on the extent of their sustainability. First, do they meet your definition of being green? If yes, what else do they offer beyond that?
The aim is to work with a green provider who provides more than the bare minimum. You’ll get value for your money and will have less to worry about whether or not you’re protecting the environment.
3. Get Recommendations
Finding a green provider for specialty chemicals can be arduous, especially if you only rely on general Google searches. That’s why it’s important to get recommendations from other customers that seek services from green businesses.
They’ll have a rough idea of green providers they’ve previously worked with who sell these products. With the list at hand, the process is easier and faster.
In addition, it’d help to look at reviews of the green provider. Reviews are feedback from the provider’s current and previous clients. Look out for comments about their sustainability. Do the clients fully confirm this, or are there doubts? Your chosen provider should have a clean record regarding sustainability.
4. Ask For Proof Of Sustainability
Your specialty chemicals provider may claim to be sustainable. However, how true is this?
Various regulating bodies like the Environmental Protection Agency (EPA) and Leadership in Energy and Environmental Design (LEED) issue certifications to sustainable businesses. These are the certifications you should ask to see from a given provider. Ensure the certifying body exists and is legitimate.
The other way of proofing a provider’s sustainability is by requesting a tour of their premises. During the tour, focus on how they run operations. Where do they source their raw materials; is it from sustainable suppliers? Do they have waste in their production process? If yes, how do they manage the waste? Do they recycle the waste, or is it taken for disposal?
These should give you a good grasp of the company’s sustainability efforts.
5. Look At Costs
Affordability is key when seeking a product or service; you should pay reasonable prices.
Specialty chemicals green providers will charge different prices for these goods. It’d help to compare these costs to get the most affordable one. As you do this, you’ll find that some providers will charge more because they’re green. Consider understanding why they’ve arrived at the said price. You want to maintain sustainability in your search for affordability.
Ensure you settle for a green provider whose prices you’re willing and able to pay, all factors considered.
Conclusion
Consciously taking care of the environment, directly or indirectly, is a commendable practice. The discussion above has established that one of the ways to do it indirectly is by buying products from sustainable vendors. Before choosing an eco-friendly specialty chemicals provider, do your research, check out their sustainable practices, and compare them with other providers.
Biomass is a key renewable energy resource that includes plant and animal material, such as wood from forests, material left over from agricultural and forestry processes, and organic industrial, human and animal wastes. The energy contained in biomass originally came from the sun. Through photosynthesis carbon dioxide in the air is transformed into other carbon containing molecules (e.g. sugars, starches and cellulose) in plants. The chemical energy that is stored in plants and animals (animals eat plants or other animals) or in their waste is called biomass energy or bioenergy.
A quick glance at popular biomass resources
What is Biomass
Biomass comes from a variety of sources which include:
Wood from natural forests and woodlands
Forestry plantations
Forestry residues
Agricultural residues such as straw, stover, cane trash and green agricultural wastes
Crop residues encompasses all agricultural wastes such as bagasse, straw, stem, stalk, leaves, husk, shell, peel, pulp, stubble, etc. Large quantities of crop residues are produced annually worldwide, and are vastly underutilised. Rice produces both straw and rice husks at the processing plant which can be conveniently and easily converted into energy.
McLeod Harvester fractionates the harvested crop into straw and graff
Significant quantities of biomass remain in the fields in the form of cob when maize is harvested which can be converted into energy. Sugar cane harvesting leads to harvest residues in the fields while processing produces fibrous bagasse, both of which are good sources of energy. Harvesting and processing of coconuts produces quantities of shell and fibre that can be utilized.
Current farming practice is usually to plough these residues back into the soil, or they are burnt, left to decompose, or grazed by cattle. These residues could be processed into liquid fuels or thermochemically processed to produce electricity and heat. Agricultural residues are characterized by seasonal availability and have characteristics that differ from other solid fuels such as wood, charcoal, char briquette. The main differences are the high content of volatile matter and lower density and burning time.
2. Animal Waste
There are a wide range of animal wastes that can be used as sources of biomass energy. The most common sources are animal and poultry manure. In the past this waste was recovered and sold as a fertilizer or simply spread onto agricultural land, but the introduction of tighter environmental controls on odour and water pollution means that some form of waste management is now required, which provides further incentives for waste-to-energy conversion.
The most attractive method of converting these organic waste materials to useful form is anaerobic digestion which gives biogas that can be used as a fuel for internal combustion engines, to generate electricity from small gas turbines, burnt directly for cooking, or for space and water heating.
3. Forestry Residues
Forestry residues are generated by operations such as thinning of plantations, clearing for logging roads, extracting stem-wood for pulp and timber, and natural attrition. Harvesting may occur as thinning in young stands, or cutting in older stands for timber or pulp that also yields tops and branches usable for biomass energy. Harvesting operations usually remove only 25 to 50 percent of the volume, leaving the residues available as biomass for energy.
Stands damaged by insects, disease or fire are additional sources of biomass. Forest residues normally have low density and fuel values that keep transport costs high, and so it is economical to reduce the biomass density in the forest itself.
4. Wood Wastes
Wood processing industries primarily include sawmilling, plywood, wood panel, furniture, building component, flooring, particle board, moulding, jointing and craft industries. Wood wastes generally are concentrated at the processing factories, e.g. plywood mills and sawmills. The amount of waste generated from wood processing industries varies from one type industry to another depending on the form of raw material and finished product.
Generally, the waste from wood industries such as saw millings and plywood, veneer and others are sawdust, off-cuts, trims and shavings. Sawdust arise from cutting, sizing, re-sawing, edging, while trims and shaving are the consequence of trimming and smoothing of wood. In general, processing of 1,000 kg of wood in the furniture industries will lead to waste generation of almost half (45 %), i.e. 450 kg of wood. Similarly, when processing 1,000 kg of wood in sawmill, the waste will amount to more than half (52 %), i.e. 520 kg wood.
5. Industrial Wastes
The food industry produces a large number of residues and by-products that can be used as biomass energy sources. These waste materials are generated from all sectors of the food industry with everything from meat production to confectionery producing waste that can be utilised as an energy source.
Solid wastes include peelings and scraps from fruit and vegetables, food that does not meet quality control standards, pulp and fibre from sugar and starch extraction, filter sludges and coffee grounds. These wastes are usually disposed of in landfill dumps.
Liquid wastes are generated by washing meat, fruit and vegetables, blanching fruit and vegetables, pre-cooking meats, poultry and fish, cleaning and processing operations as well as wine making.
These waste waters contain sugars, starches and other dissolved and solid organic matter. The potential exists for these industrial wastes to be anaerobically digested to produce biogas, or fermented to produce ethanol, and several commercial examples of waste-to-energy conversion already exist.
Pulp and paper industry is considered to be one of the highly polluting industries and consumes large amount of energy and water in various unit operations. The wastewater discharged by this industry is highly heterogeneous as it contains compounds from wood or other raw materials, processed chemicals as well as compound formed during processing. Black liquor can be judiciously utilized for production of biogas using anaerobic UASB technology.
6. Municipal Solid Wastes and Sewage
Millions of tonnes of household waste are collected each year with the vast majority disposed of in open fields. The biomass resource in MSW comprises the putrescibles, paper and plastic and averages 80% of the total MSW collected. Municipal solid waste can be converted into energy by direct combustion, or by natural anaerobic digestion in the engineered landfill.
At the landfill sites, the gas produced, known as landfill gas or LFG, by the natural decomposition of MSW (approximately 50% methane and 50% carbon dioxide) is collected from the stored material and scrubbed and cleaned before feeding into internal combustion engines or gas turbines to generate heat and power. The organic fraction of MSW can be anaerobically stabilized in a high-rate digester to obtain biogas for electricity or steam generation.
Sewage is a source of biomass energy that is very similar to the other animal wastes. Energy can be extracted from sewage using anaerobic digestion to produce biogas. The sewage sludge that remains can be incinerated or undergo pyrolysis to produce more biogas.
Rice has been around for an extremely long time. You can trace its origin back thousands of years. It’s filling, versatile, and many cultures use it as a staple.
Most people do not spend much time thinking about rice farming, though. They might buy rice at their local grocery store, but they don’t consider how it got to them. They don’t ponder the best rice farming practices that let them enjoy this side dish they set down on the table for lunch or dinner.
Let’s talk about sustainable rice farming practices now.
What are Sustainable Rice Farming Practices?
When we talk about getting the best rice for consumption, we’re essentially discussing the implementation of sustainable rice farming practices for improved yield. A crop’s yield means how much edible food the farmer gets from it. Farmers want better yields from their crops, but they also must practice sustainability.
Sustainable farming means practices that don’t harm the environment. When we talk about this, we don’t just mean rice farming. We also mean any farming or agriculture method that produces food and don’t impact the planet.
Why Does Sustainable Farming Matter?
Agriculture helps humans, but it frequently harms the planet. You might plant a simple vegetable garden in your backyard and water it with a watering can. The sun warms the earth and helps the plants grow. That won’t harm the environment.
If you plant crops that might feed thousands of people, though, you need more soil, water, and other resources. In these instances, you must practice sustainable agriculture. Humans can understand this when they look at what mass food manufacturing does.
If you utilize sustainable farming practices, you protect the planet for future generations. You can also harvest food crops while expanding the Earth’s natural resources, not depleting them.
If you can plant and harvest crops so that you maintain or improve soil fertility, that’s even better. Some farmers do these things. Others are not so conscientious.
Soil Enrichment and Clean Air and Water
Any time you can grow rice, or any other crop, so that you’re implementing soil enrichment, that’s excellent. You want to let the soil retain water while storing carbon. You should keep the water and air clean while you farm.
You should also create greater biodiversity through your farming practices if you can. Most critically, though, you should use farming methods that continue these practices indefinitely. If you’re farming correctly, you have implemented practices that someone could continue, in theory, one hundred years or even five hundred years from now.
Obviously, that is wishful thinking. Sustainable farming practices do not guarantee a crop like rice can continue growing the same way when future generations take over. If you use sustainable farming practices, though, you give those generations the best possible chance to enjoy the same crops that we do today. The rest of the world must cooperate to achieve that goal, though.
What Should You See from Your Rice Company?
Getting back to buying rice in the grocery store, you might feel you should support sustainable farming, even if you’re a consumer and not a farmer yourself. You can do that.
Start by researching your rice company. Look at the name on the box or bag and look it up online. You should see that the rice company from which you buy supports large-scale and small-scale farmers. You should also look at any information the company provides about its distribution network.
Their distribution, sales, and warehousing should all exist as harmoniously as possible. They should not pollute the planet, but they should also treat their employees respectfully. They must pay them a good living wage and not overwork them.
The company from which you buy should operate transparently. They should show you on their website the process by which the rice gets to you, even from halfway around the world.
Rice Companies Should Work Closely with Their Suppliers
They must improve rice farmer livelihood whenever possible. They should mention the agricultural practices they use and how they don’t harm the planet. They should support agricultural development chances for local farmers.
Their distribution networks and storage should produce a consistent product that tastes great and lets you know you’re supporting the most modern, sustainable practices.
You’re Part of a Global Network When You Purchase Rice
If you toss some rice in your shopping cart, you may not ponder where it comes from or how a farmer produced it. However, you are the end user following a complicated growing, harvesting, storing, and distributing system that takes many months. If you know more about your place in this complex economic dance, you can decide whether you should continue supporting this particular company.
Don’t assume all rice manufacturers have similarities. If you learn about them, you might learn some harm the planet, while others will immediately mention their sustainable practices.
The rice you put on your plate may come from a different country, but the farmers and harvesters that produce it work hard to feed their families, just as you do. You should support them as they put themselves out there every day, growing and cultivating the rice you use as a staple.
A little effort on your part increases your awareness. If you learn about sustainable rice planting, harvesting, shipping, and storing, you might learn about other food companies and how they operate as well. By supporting the ones that don’t inflict environmental harm, you’re helping the planet, even in just a small way.
If you have doubts regarding your rice company, you can contact them and ask them any questions about their sustainability and general farming practices. Some will gladly talk about these things. They want their customers well informed, and you’ll feel good about yourself as you become better educated.
Creating a better future for the earth requires everyone to do their part. Sometimes this means changing everyday activities, such as shopping for clothes. There are many ways to create a wardrobe that won’t harm the environment.
Below is a list of reasons sustainable fashion is paramount.
What is Sustainable Fashion?
You may have heard the term but aren’t 100% sure of what it means.
Sustainable fashion is essentially clothing that’s designed, produced, distributed, and used in ways that are better for the environment.
For example, if a company purchased tote bags wholesale from a business that manufactures them in an environmentally friendly way with ethically sourced materials, it would be considered sustainable fashion.
Every time you support companies that show their care for the planet with their products, you’re helping build a better future.
Unfortunately, fast fashion is still widely used, hurting the world in many ways.
Consequences of Fast Fashion
Fast fashion hurts the environment and produces excess waste that harms the earth and living creatures. Additionally, fast fashion production often uses harsh labor conditions.
Employees are under unimaginable pressure working endless hours for staggeringly low wages. Sometimes, even children are forced to work in these circumstances.
For this reason, choosing sustainable clothing is paramount to the health and well-being of the world.
Advantages of Investing in Sustainable Clothing
1. Better Air Quality
Eco-friendly apparel utilizes recycled and ethically sourced materials, lessening the pollution entering the atmosphere.
Fewer greenhouse gas emissions lead to improved air quality, ensuring that plants, animals, and other living creatures remain safe in the future. It also helps with climate change since more greenhouse gas entering the atmosphere means more trapped heat, contributing to global warming.
2. Ethical Working Conditions
Another benefit of sustainable clothing includes better working conditions for employees.
Purchasing attire from companies that provide safe environments, reasonable hours, and fair salaries reduces instances of exploitation. Imagine all the people this would help who have once been exploited by greedy corporations that paid extremely low wages for long, laborious hours.
3. Safer for Animals
Sustainable fashion advocates for animal rights and does not use materials that require slaughtering them.
For example, other materials, such as plant-based alternatives, are used instead of leather. A common misconception is that leather is only a byproduct of the meat industry. But did you know that billions of animals are slaughtered annually for leather?
Many animals’ bodies don’t have enough meat to be used for food but are still killed for their skin. On top of this, many leather products must be treated with harmful chemicals before selling to the public.
4. Safer for Humans
Not only is sustainable clothing safer for animals, but it’s also safer for us! A lot of chemicals are used in the process of making clothing and accessories.
For example, harmful chemicals like formaldehyde, cyanide-based dyes, ammonia, and lead are used to make leather products. Many of the harmful chemicals used to produce clothing are environmental pollutants.
These pollutants are usually released into the air, ground, and water supply, tainting them. This is especially true in foreign countries with no laws to govern factories.
Final Thoughts
As you can see, we should care about sustainable fashion for many reasons. Fast fashion harms people, animals, and the environment, but sustainable clothes help protect and secure everyone and everything around us.
Even doing something as simple as shopping at a thrift store or refusing to purchase leather items can help the environment tremendously.
Protect the planet for future generations by shopping for eco-friendly options instead of ones that will pollute the earth and its living creatures.
Did you know that heating and air conditioning systems can make up for half of your total energy bill? That’s a lot of money and a lot of energy use. If your heating and air aren’t working properly they can’t effectively use that energy and that costs you money and sends more greenhouse gases into the environment. Below we will list a few ways you can keep your energy bill low and your heating and air conditioning systems running smoothly and efficiently.
1. Limit Use
Use the seasons to your advantage and limit your use of heating and AC. Close your blinds in the summer to keep the sun from working against your air conditioning and open the curtains in the winter time to have the sun help your heating.
Consider if your thermostat has a feature that can be set on a timer so you can limit the use of your heating and air conditioner when no one is in the house or at night. These seem like simple things but they can reduce your costs significantly when done regularly.
2. Regular Maintenance
Don’t forget to do regular maintenance to ensure your HVAC system is working efficiently. Simple things like changing you air filters can make a huge impact on how well your heating and air conditioning runs. Have a professional come at least once a year to check for any problems you may miss and ensure everything is OK.
Your contractor should measure the voltage of your motors and tighten electrical connections. They should also check for drainage that may cause water damage to your home. These regular check ups also ensure your systems are running properly and safely.
Ducts are responsible for distributing the air around your home. However, about 20 percent of air is lost through leaks and poorly connected ducts. This means you’ll be pumping up the AC to no affect and losing money in the process.
Sealing leaks that are visible in the attack, crawl space, or basement of your home is as easy as buying a sealant or tape meant for insulating your ducts. Check for and seal any visible leaks or poor connections. If you prefer to stay away from dirty attics or crawl spaces a contractor can easily do this for you as well.
4. Insulation
Insulating your home can save you up to 10 percent on your annual energy bill and make your home comfortable all year long. The attic is an ideal place to add insulation to your home and when done correctly can save the most money and energy. Also consider your windows and doors.
Heating and cooling can easily escape through old doors and windows making your system inefficient. Have a contractor look at these places in your home and see if they can help insulate your home so it can run comfortably.
Conclusion
These are just a few examples of ways you can make your home more energy efficient thus saving your wallet and giving a little help to the environment. Find a contractor like Empire HVAC that can look at your home and determine the best route for your house. Different systems have different needs and a professional can tell you everything your house needs to keep you comfortable, regardless of weather conditions.
Saving the Earth is on top of the list of most product designers these days. On a daily basis, we contribute to global pollution. From our homes to our jobs, lighting is a big factor in our everyday life. Our goal is to find life-changing ways to save Mother Earth from destruction.
Let’s start in places we usually go to like the house, office, restaurants, and malls. One of the factors contributing to environmental pollution is lighting materials. Most lighting materials increase the consuming of carbon footprint and chlorofluorocarbon. With the advancement of technology comes the birth of LED (Low Emitting Diode). It is the next big thing when it comes to interior and exterior architecture without compromising the Earth’s current state.
Commercial LED lights are brilliant to ensure the safety of earth because they don’t add to the heat. These are energy efficient and a perfect option for saving the planet from global warming.
With these in mind, we have four convincing reasons why LED lights are saving the Earth.
1. LED Lights are Made from Non-toxic Materials
Unlike incandescent and other traditional lights, a LED bulb is made of non-toxic materials. This does not just affect the environment but as well as its users. LED lights are carefully manufactured with the idea that it frees the Earth from contamination and pollution. Efficient disposal is also what makes it environment-friendly. It alleviates the toxic waste produced by the material composition of traditional lighting.
LED lights are established to lower the environmental impact of lighting. The absence of mercury makes it easier to use and to dispose of. Traditional lights can produce a toxic gas which can harm both the environment and the people.
Moreover, LED lights sold in the market is a big step to the people they cater to. They do not contribute to the increase in temperature because they don’t produce ultraviolet rays. Their excessive heat and vibrancy can cause a hazard to our environment.
2. Durable Lighting Design
What we loved the most about LED lights is their durable design. On average, an LED bulb can last from 10 to 15 years. Their lifespan is six times more than a traditional bulb. Even after a decade, the vibrancy of the light is maintained regardless of the daily usage. Since it’s energy efficient, it reduces the number of times required for replacing your lights. The longer lifespan offered by LED lights results in lower carbon emissions.
The durable lighting design of LED lights ensures the safety of the Earth. Lowered number of replacements mean lowered costs in purchasing, delivery, and installation of lights. In line with this, you get to minimize the waste product produced by your home or establishment. The composition of LED lights promotes the efficiency of utilization and disposal. Even at the last second, you get the best value for your money without compromising the safety of the Earth
3. LED Lights Comes in Different Variants
Apart from the amazing specifications of LED lights, they come in different shapes and sizes too. The birth of LED lights introduced the art of lighting. Some light variants feature different colors and vibrancy you can play in just a click away. Smartphones and remotes are used to take control. Moreover, LEDs are more than just bulbs. They come in different types too. Bulbs, floodlights, decorative, strip, and downlights are what the LED light family is comprised of.
With these features, you can choose the best LED lights depending on utilization. Some can work indoors, outdoors, and some can be used in both. They are considered as a piece of unique lighting equipment because it gives you the ability to be creative with lighting design. You can use it for home and establishments’ to promote its atmosphere. These lights are commonly found in factories, restaurants, offices, streets, hotels, and walkways.
4. LED Lights are Energy-efficient
On average, you can save up to 90% of electricity costs with LED lights. Unlike traditional lighting, they are an economical choice. Their lighting capability will not require you to fill the room with a number of lights. LED lights are the best example of direct lighting. Lesser number of lights are required to give you the same amount of lighting as traditional lights. There is no energy wasted because it is capable of emitting lights in all directions.
Using LED lights are ideal especially for office buildings and factories. Since they light a bigger space, they save a bigger percentage designated for electricity. LED lights convert 95% of their consumed energy into light and 5% into heat. They will give you the same amount of light as traditional lights with 36 watts consumed. This is a big help to the environment considering that they will demand less energy from power plants and fewer greenhouse gases emitted.
LED lights have different benefits for their users. They the ability to promote productivity since the lights give you a cool relieving feeling compared to incandescent. These lights enhance your sense of concentration and energy.
Incandescent lights, on the contrary, give you a warm and lazy atmosphere. The heat they produce tends to make you feel cozy. That is why most occupational buildings switch to LED lights to give the employees a sense of focus.
Conclusion
Switching to LED lights alleviate the demand and pressure on the resources of the Earth. We save money and energy from using these and at the same time, we are saving our environment. Knowing that the quality and brightness are not compromised, it’s an economical choice to make. Use these 4 reasons as an eye-opener on why you should switch to LED lights!
When you think of oil companies, it’s likely you don’t also think of “environmentally-friendly”. We see news about spilled oil, burning tankers, and other issues, and assume that all oil companies are disregarding the health of our planet. This simply isn’t the case, and you’ll be happy to know that the oil industry is actually working to keep the environment clean.
Here are five ways the oil industry is helping out with Mother Earth.
1. Information
The first step to improving anything is realizing there’s a problem to begin with, then gathering necessary information on the problem. Every time an oil spill, accident, or fire occurs, the oil industry is gathering precious data to use to combat future problems.
When a spill occurs, it can be devastating for the local ecosystems. Flora and fauna alike are affected by the viscous liquid, often restricting their ability to move, breathe, or perform daily functions. The Deepwater Horizon Rig that caused a massive spill in the Gulf of Mexico in 2010 was much more than just an industrial and environmental disaster; it was a learning experience for the oil industry.
Scientists and researchers from all over the world descended on the Gulf after the spill, and though we’re still learning from it a decade later, the information that was collected has been incredibly beneficial to the industry and has helped pave the way for new containment processes.
2. Better Pipe Maintenance
Maintaining pipelines is a crucial component of keeping the environment clean. Pipes can rupture, leaking oil or natural gas into the environment or even causing explosions and fires under the right conditions. The oil and natural gas industries have focused heavily on creating better maintenance processes and safety standards for pipelines across the country in recent years.
Not only do faulty pipelines put the environment at risk, but they also put thousands of workers at risk as well. Keeping workers and the environment safe not only shows care for the Earth and the industry’s employees but also helps potentially save millions in cleanup dollars.
3. Decreasing Freshwater Usage
Certain processes, such as fracking or separating oil from sands, use millions of gallons of fresh water. This is incredibly damaging to the environment not only because there’s already a shortage of freshwater on a global scale, but also because the wastewater that’s produced is stored in man-made containment units that aren’t always good at containing it.
Fracking wastewater is laced with chemicals that are both harmful to the environment directly and can contaminate other freshwater sources. The oil industry is working hard to minimize the use of freshwater in fracking and separation processes, as well as reducing the amount of wastewater and improving containment.
There’s also some promise in the area of recycling the water itself for use in future processes. In the US, produced water from fracking is being used in certain applications and even some water treatment plants are focusing on better treatment processes to make the water drinkable.
4. Investing In Renewable Energy
Renewable energy is on the horizon, and with the continued focus on wind, solar, hydro, and even tidal energy, the oil industry is starting to take notice. These energy sources offer a promising future, but as of yet, they’re not able to meet the world’s energy demands in an affordable way.
Right now, gasoline, natural gas, and crude oil are much cheaper and more profitable to source, acquire, and sell to the public. Pipelines can transport natural gas thousands of miles away, serving isolated regions and maintaining a constant flow of raw resources throughout the country.
Not to mention, the Canadian economy is highly invested in oil and natural gas, being the 5th and 6th largest producer of each respectively. However, the oil industry isn’t ignoring renewables. With continued investments, we could see a partial or full transition to renewable energy within our lifetime.
5. Using Technology For Better Planning
As technology improves, so too do the processes by which pipelines are planned and built. With new software, engineers can better plan a pipe’s path through an ecosystem in order to minimize the environmental impact. Better diagnostic software can identify issues long before they become spills or ruptures, and even AI tech is playing a role in the oil industry.
Moving Forward
Believe it or not, the oil industry is committed to a safer and more sustainable world. By using technology and data, the industry is improving its processes and ensuring that renewable energy remains an option for the future of energy production.
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