Recycle Paper, discover this innovative industry • RecyclingInside

Experts for Paper Recycling

Mr. Ankit Kalola serves as the Global Head – Sales at Fornnax Technology Pvt. Ltd, where he has played a pivotal role in shaping the company’s sales strategy and global footprint. A seasoned expert in shredding systems and end-to-end recycling solutions, he excels in building client-centric approaches, driving market penetration, and aligning technical solutions with customer needs. His strategic direction has significantly contributed to Fornnax’s success across diverse industries and geographies. Mr. Kalola’s leadership continues to fuel growth, innovation, and long-term partnerships worldwide. For further information or to connect with Mr. Kalola, please reach out at +91-9033077711 or email: info@fornnax.com.

At M&J Recycling, my role as the UK & ROI Sales Manager centres on providing top-tier shredding solutions tailored to the waste and recycling sector's dynamic needs. My competencies lie in ensuring each solution aligns perfectly with our client's operational objectives. Capitalising on my 20-plus years of experience in the industry, my mission is to deliver reliable and innovative shredding technology that meets the rigorous demands of materials processing. My professional career is driven by the satisfaction of resolving complex waste management challenges, fostering long-term client relationships, and steering projects to completion with efficiency and precision.

After studying Chemical Engineering at the Technical University of Eindhoven, the Netherlands, Tom started working as Sales Engineer at Innov-X Systems. He initially focused on selling handheld XRF equipment in the Benelux, while gradually extending the geographical territory over the years. From 2007 he was heavily involved in the pioneering of automated XRF sensor technology, bringing this new technology to the metal scrap market worldwide. Tom joined TOMRA Sorting (then Titech GmbH) in 2011 as Sales Manager responsible for the Metal Recycling market in the Netherlands and Belgium. Since then, in his role as Segment Champion for the ELV shredder segment, he has also supported the metal recycling market in the Middle East region, Italy, Greece and projects in several other countries.

Tana Oy’s Vice President of Sales and Marketing Mr. Olli Heinonen has a strong knowledge of global sales and heavy machinery business. Prior to his current role, Olli was the Director for a consumables product line at Metso Outotec and Metso. At Tana Oy, Olli is responsible for overseeing the sales and marketing efforts, ensuring that the company's products meet the evolving needs of customers in the waste management industry. His leadership contributes to Tana's strong growth path and the mission of delivering innovative and efficient solutions that help manage waste sustainably.

Charles Daridon is the Director Global Sales of the Bollegraaf Group. Charles was born in Bretagne but has been living in the Netherlands for several years now (since 2018). After a BSC in Chemistry, Charles attended a business school INSEEC in Paris. For more than 25 years, Charles has worked in the waste industry (soil remediation engineering, landfills, wastewater treatment, biogas plant) and, in the last 15 years, he became an expert in waste sorting solutions. His environmental commitment is not only professional but also personal.

Paper recycling can be defined as the environmentally friendly process of recovering and processing scrap and waste paper to create new paper products. Rigorous scientific research has demonstrated that manufacturing paper with recycled content has significant environmental and economic benefits.

Based upon wood, a natural renewable resource, paper is both biodegradable and recyclable. Recycling recovered form creates these significant environmental and economic benefits:

Environmental Impact – The primary component of paper is wood pulp obtained from trees. Recycling paper results in reduced usage of wood as the raw material, which means less forest depletion. Less forest depletion means more natural habitats for birds, insects, and wildlife that live in these trees.
Conserves Energy – Less energy is spent on recycling paper, ensuring that fewer greenhouse gases that cause global warming are released. Since decomposition of the paper in landfills causes methane emissions, recycling paper cuts down these emissions too.
Landfill Space – As more paper is recycled, less land is filled with waste paper.
Water Consumption – The process of making virgin paper consumes and pollutes large quantities of fresh water, whereas recycling paper uses up much less of this crucial resource.
Reduces Air Pollution – Air pollutants such as nitrogen oxides and other particulates used for virgin paper production are reduced by about 60 pounds, producing one ton of recycled paper.
Economic Benefits – Recycled paper production creates sustainable jobs, reduces the costs associated with waste paper disposal, lowers the cost of environmental remediation, and encourages commercial efficiency.

The waste paper recycling process includes several process steps, including collection, transportation, sorting, processing into usable raw materials, and finally using that raw material to produce new paper products:

Collection – Waste paper is taken from the bin and deposited in a large recycling container and paper from other recycling bins.
Transportation – The recovered paper waste is taken to the paper recycling plant, separated into types and grades.
Sorting – After getting transported into recycling plants, the paper is sorted into different grades. Grading is crucial because it determines the amount of fiber extracted from the pulp.
Processing the waste paper into usable raw material
There are multiple functions in the processing phase, which include the following:
Pulping – The sorted paper is then turned into pulp using water, hydrogen peroxide, and caustic soda with soap.
Pulp Screening and Cleaning – To remove contamination from the pulp, the pulp is screened for non-paper debris such as glue, staples, and plastic.
De-inking – The pulp is now all fiber and will be repeatedly de-inked. This process removes printing ink and glue residues and adhesives.
Refining – The mechanical treatment process of paper pulp fibers to give the appropriate characteristics for papermaking.
Rolling – Lastly, the almost dry pulp is pushed through an ironing-board-type machine that moves it into the desired paper grade. It is then dried using heated metal rollers and wound into a giant roll.

It is crucial to note that recycling paper is not comparable to other types of recycling, such as metal recycling. With metals, the metallic properties are retained after repeated recycling, but recycling paper reduces the length of fibers. The recyclable paper will ultimately reach a point where it can no longer be recycled.

First of all, always check with your waste management facility, and remember the zero-waste lifestyle is about recycling less, not more. Crucial for recycling paper is no contamination in the recycling bin, and this means that bottles and cans need to be empty of liquids.

There are several places where you can recycle paper, including:

Curbside recycling: Many cities and towns offer curbside recycling programs that allow you to place your paper in a designated recycling bin for pickup. Check with your local government to see if this service is available in your area.
Drop-off centers: Many communities have designated recycling drop-off centers where you can bring your paper for recycling. These centers may be operated by the local government, private companies, or non-profit organizations.
Retail locations: Some retailers, such as office supply stores and shipping centers, may have paper recycling bins where customers can drop off their paper for recycling.

Paper recycling centers are facilities that are designed to collect, process, and recycle waste paper.

These facilities are usually equipped with large machines and equipment such as conveyor belts, grinders, pulpers, centrifuges, and screens, to handle the large amount of waste paper they receive. The recycling centers are also equipped with pollution control systems to minimize the environmental impact of the recycling process.

Paper recycling machine

A paper recycling machine comes in multiple forms: a small type that recycles 20 – 100 kg of paper per hour. The medium-sized machine recycles 75 – 250 kg of paper, while the large machine recycles 100 – 500 kg of paper waste. Depending on the budget and requirements, a suitable machine can be purchased

The paper recycling industry is relatively competitive. Leading paper recycling companies include: