Wisconsin Green Industry Federation

Welcome!
We are the industrial suppliers for environment-friendly raw goods and services for manufacturing. Our high-quality raw materials provide the best manufacturing solutions to our clients while also reducing the carbon footprint.
Contact

608-743-9696

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Location
4323 Milton Ave, Janesville, WI 53546, USA
Corporate Social Responsibility
It is our responsibility to maintain the best standards to protect our environment from the projected effects of harmful industrial waste.
Must Read

greened industries do have some defining attributes

raw materials

High-quality raw materials are always available to our clients with the best delivery service.

energy

Our energy-efficient materials and solutions provide cost-effective and eco-friendly measures to corporates.

water

Our effective solutions help our industrial clients to prevent water wastage with better projects.

reagents

Our reagents provide water cleaning solutions that help the industries save water wastage with recycling.
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the use of bio-source

The new bio-sourced technologies help us offer updated solutions to industries to provide less toxic waste.
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Recyclable resources

We share a network around the country that helps us recycle waste products for remanufacturing raw materials.
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Economical Value Added

Our recycling programs are environment friendly but also developed to be cost-effective for the industries.
Stable Energy Industry

100% Green, Renewable Electricity

Our mission is to create a clean energy alternative for the industries with the right biofuels for manufacturing and recyclable raw materials.
Energy & Utilities
Explore our online store for all types of industrial equipment made for a safe working environment.
Let The Numbers Speak
Substantial Reductions
Our solutions have seen a tremendous decline in the carbon footprint on the earth while also reducing the cost of manufacturing.
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Green Industries
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Recycled Materials
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Advisory Services
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Conference

Sustainably Produced Inputs

Reuse and recycling of solid waste streams

We are connected to the waste processors around the country that deliver us recyclable raw goods that are verified with our own quality process.

Market forces

Production processes free from harmful toxins
Our raw materials are getting refined with the latest technology to provide clean emission and a toxin-free environment for the workers.
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Latest Updates

Solarpanels are becoming a hit in Bergen

In the wake of a rapidly changing climate, renewable energy is becoming more and more popular around the globe. Norway is known for harvesting water power and wind power in great quantities, given its mountainous and windy environment. Another renewable energy source which has been considered as not very practical in Norway, however, is the solarpanel. Why? Because Norway is not exactly the country which experiences the most sun each year. This is especially the case for Bergen, which has about 250 days of rain each year.

 

But what if we told you that solarpanels are becoming a hit in Bergen? What if we told you that, despite the horrid amounts of rain and lack of sun, we can still produce a lot of environmently friendly, renewable energy with solarpanels?

 

For example, did you know that Ulsmåg Elementary School in Bergen has a solarpanel as large as 40 square feet? With this panel, you can actually watch how much power is being produced.

 

The sun hits the earth with dizzying amounts of energy, every single second. What if we could use this energy to heat our own house? There are more and more people who consider mounting a solarpanel on their own roof. Surplus production can be sold to the local electricity firm. A normal objection, which often makes the interested person a bit more hesitant, is the number of sunny days in Bergen.

 

“How much will a solarpanel in Bergen actually give in the form of profits?” Now we have the answer.

 

 

An example

Ulsmåg Elementary School has a solarpanel as large as 40 square feet. This facility supplies the entire school with its minimum needs for warm water. With the average household solarpanel being about four to eight square feet large, this means that you should easily be able to cover your warm water expenses with this renewable energy source. And if you choose to extend your solarpanel use to your cabin (if you have one), it might even be enough to power the entire cabin’s electricity expenditure.

 

From time to time, the school produces more electricity than it needs. The facility produces 6,6 kWp. The unit kWp (kilo watt peak) is used to tell us about number of kilowatts a solarpanel can produce in perfect conditions.

 

Anyone who wishes to watch the power production at Ulsmåg Elementary School can do so by going to their website. The overview shows day by day, month by month, how much electricity the facility produces. It’s fun to follow the development. And it’s easy to see on which days in February the sun was shining.

 

Ulsmåg Elementary School is just one of the examples of why solarpanels are becoming a hit in Bergen. They can make a big difference, they help the environment, and despite the relatively few sunny days in Bergen, they will still be able to produce a lot of electricity.

 

Join the movement

Do you want to install a solarpanel on your roof today, or just learn more about the costs, as well as the upsides and downsides with such an investment?

 

A Bergen based company called Solcelleexperten has since 2015 had a continual focus on sustainable and smart energy solutions and with the help of Elektriker Bergen, they have made a huge impact in the market. They strive to be one of the most important driving forces for solarpanels to become mainstream on the Norwegian market and in people’s awareness. On their website you can perform an estimate of how much electricity you can expect to be produced from your roof. You can also fill out the production estimate in a calculator, and see what savings you might earn for your household.

Top Green Investing Opportunities

Earlier, consuming organic vegetables and using technologies like solar power, etc seemed like a luxury, but now, as the world is moving towards green technologies, it is thriving to become the new normal. The increase in pollution, green house gasses, non-renewable sources of energy have destroyed the earth completely and its only time that we move ahead to alternative sources of power and energy generation. One of them is the use of green technologies and investing opportunities.

Green Power assets

Power generation does not necessarily require burning fossil fuels as there exists various other “green” energy alternatives that have derived and proved as an asset to the “green” investment opportunities. The other options include wind energy, solar energy, Geo thermal energy, etc. These renewable sources of energy have proved their ability time and again.

Green Power assets

Water stocks

Water is the most abundant forms of renewable sources of energy available on the earth. However, there always exists fear about the extinction of freshwater from the earth, and the fear is real. In South Africa, the majority of the rives dried up for a good couple of months in 2018, until necessary measures were taken to replenish the water supplies. One of the best means to invest in water supplies is by following the green investments in water stocks. For example, American Water, which is the largest utility company in the United States supplies clean drinking water to almost 14 million people.

Wind Power

Wind is the most abundant form of green energy available from the environment, after solar energy. It has helped countries like China generate 217 gig watts of power, which is the largest in the world, followed by America that generates 96 gig watts of power. Hence, wind power is a smart investment for the green energy supply and production.

Solar Power

As the public awareness grew regarding the generation of electricity using solar panels, it also powered them to expand the business of solar panels. From solar watches to solar energy powered cars, the choices of using solar energy are limitless. Hence, it is the best green energy investment that a company, business or even a house hold can adopt.

Pollution Controls

 
While we’re concentrating on using alternative sources of green energy, it is also mandatory for the world to reduce pollution simultaneously. From the industry effluents to the carbon monoxide released from the tailpipe of the car, the effluents cause only harm to the environment and it is time that these needs to be changed. Hence, using pollution control is the best way to reduce the pollution in the atmosphere while the alternative green investments increase simultaneously.

Green transportation

This is in addition to above-mentioned, point since pollution is caused mainly due to the harmful emissions from the car and other hazardous gases released into the atmosphere. One big name that pops our mind is the Tesla, that is popular for investing in all the possible green technologies, that reduces the amount of harm caused to the environment. Hence, investing in green transportation is a great option.

10 “Green” Industry Terms Everyone Should Know

The “green” industry is the one that primarily focuses and aims at improving the earth’s climatic conditions by switching techniques to safer and better options. Every area of an industry or sector is specialized in certain jargons and short forms. In this article we’ve shortlisted the top 10 green industry terms everyone ought to know.

Carbon Footprint: It is a measurement of the given activity on the environment. It basically measures the amount of greenhouse gases produced and released in the atmosphere, especially regarding units of carbon dioxide released.

Lifecycle assessment: Every single product has a lifecycle or a shelf life that includes from manufacturing the raw material, to production, use and recycling of the materials. Lifecycle Assessment (LCA) helps understand the lifecycle of a product that gives a bigger and better assessment about the shelf life and their ecological footprints.

Carbon neutral: It is another name provided to the net zero carbon footprint. It is usually used when the carbon monoxide is produced from the atmosphere, hampers the environment and steps are considered to neutralize or make up for the effect by planting more trees or by conducting other forms of activities.

Sustainability: It is the term used to preserve the natural resources. It is basically used to balance out the effects caused to replenish the environment and their assets to normal. Since the resources used are not generally exhausted, they are partially sustainable or are sustained indefinitely.

Renewable: This is the one key term used for all the sources that power energy from the environment to generate energy or electricity. For example, wind, solar, water etc are renewable sources of energy that are widely used to spread the green technologies worldwide.

Renewable

Recycling: It is not an alien word to us, however, recycling refers to chief the form physically or chemically, to re-invent them into a new product for the same or better purpose. Recycling is everywhere and available in any form or product as it reduces the use of raw materials for manufacturing new products.

Upcycling: Upcycling and recycling are closely related and it is use of waste materials or discarded objects to use it for a better purpose, probably by giving it a new from and look. It could be something completely different or tiny changes to the already existing object with better pain, repair, etc.

Regenerative design: As the name suggests, it regenerates itself with the help of the previously existing form even using new raw materials that is available to them.

 
Net profit: Like any other business model, net profit for the retirement is primarily what you give to the environment and its surroundings and what you take home from them, without causing harm to the already damaged environment.

Circular economy: It is the kind of economy that is in completely sync and harmony with the surroundings, and the environment. It also refers to the maximum utilization of the raw materials and products until the end of the life-span of the materials.