Agricultural waste, or agricultural residue, contains all parts of the plant that are released with the processing of agricultural crops like rice, grain, and sugarcane and are not suitable for human nutrition, like stems and leaves. This consists of about 80% of the harvest. The food industry only uses a small part of the agricultural crop. Often, only the seeds, fruits, roots and juices are used, which is about 20% of the plant. Because the vast majority of the plant is not of value to the food industry, we call this agricultural waste or agricultural residue. However, to envoPAP, it is anything but waste. We use it as a raw material for high quality paper and paperboard.

The four most cultivated agricultural crops worldwide are rice, grain, corn, and sugarcane. These crops have a total weight of over 16,500 billion kilos per year. About 80% of that weight can be regarded as agricultural waste and becomes available annually.

We know that forests are threatened and endangered around the world, so it is important to us to find alternative materials that do not require virgin forest resources. With bagasse, we can still use high performing disposable "paper" products, but know that we are choosing a product that is made from rapidly renewable and reclaimed sugarcane instead of trees.

Most types of trees in Europe have a growing season of between 25 and 40 years. For pine and spruce, this is between 70 and 80 years. For birches, this is between 35 and 40 years. For eucalyptus trees, this is between 12 and 15 years. In comparison: agricultural land produces at least one harvest per year. Agricultural waste becomes available every year.

envoPAP is made with green energy from agricultural waste. This is a clean raw material that does not need to be purified first, like recycled paper. Moreover, natural liquids are released from agricultural waste that are suitable for generating green energy. Environmental research shows that envoPAP has 29% less environmental impact* than recycled paper. envoPAP paper is well disposed towards recycled paper, as this is also a good example of reusing waste material. envoPAP paper is perfectly suitable for recycling.

Paper factories in Europe generally use trees as a raw material. Fortunately, they are often FSC or PEFC certified. This raw material is available in abundance here. In addition, large manufacturers are also often owners of forestry companies. envoPAP is manufactured in India because this is exactly where many agricultural crops are grown and processed. The envoPAP factory is located in the middle of an area where the raw material, the agricultural waste, is released. The factory is a model of innovation and has specialized itself in agricultural waste as raw material for high quality paper, involving many years of research and development.

Our paper doesn't come from sustainably grown forests/trees rather from agro-waste.

Made from 80% sugarcane fiber and 20% wood pulp.

Made from 70% sugar cane fibre, 20% wheat/straw fiber and 10% recycled paper fibre.

Our packaging paper has been found to achieve a 28% carbon footprint saving while our printing grade has been found to achieve a 38% carbon footprint saving compared to equivalent conventional paper and packaging materials.**

Our entire production process is carbon neutral and certified to be totally chlorine free.

Carbonless copy paper (CCP), non-carbon copy paper, or NCR paper (No CarbonRequired, taken from the initials of its creator, National Cash Register) is a type of coated paper designed to transfer information written on the front onto sheets beneath.

All our products undergo rigorous testing for quality. We guarantee that it will not experience more than one jam in 10,000 sheets on high-speed digital equipment. Thus, a 99.99% Jam-Free Guarantee.

Farm forestry and plantation schemes help local farmers convert deserts to cultivable lands by planting sugarcane. Sugarcane waste disposal is a big problem for small and medium scale farmers as waste recycling is an additional cost and thus, such farmers tend to burn or dump the sugarcane waste after harvest. This in turn causes air pollution by burning of waste in open.

We source such Bagasse Fibers from farmers without adding any cost to the farmers. Pulp mills utilize fair-trade practices whilst sourcing bagasse from the farmers. The sourced bagasse is then directly transferred to the Pulp Mills for generation of Bagasse Pulp for making paper. This in turn provides the farmers with additional income which is the most important factor for Paper Plus as it is our mission to help farmers. It is our action plan to help farmers to grow more, sell more and sell for more and thus help rural families to grow their incomes while also protecting the environment for generations to come.

Machine glazed (MG) refers to a type of paper or paperboard that has been treated with a glossy or shiny finish on one or both sides using a machine. The glazing process involves passing the paper through metal rollers under pressure, which creates a smooth and shiny surface.

To have a paper with a glossy finish on one side when it is on the paper machine by a Yankee cylinder. Paper is pressed against a large steam-heated, highly polished revolving Yankee cylinder, which dries the sheet and imparts a highly glazed surface on the side next to the cylinder, usually leaving the other side rough.

Machine finished (MF) is a type of paper finish that is created using a machine, it differs from machine glazed (MG) paper in terms of the surface characteristics. Machine finished paper has a relatively smooth and even surface, but it does not have the glossy appearance of machine glazed paper.

Paper treated mechanically on the paper making machine, with a device such as a Calender stack, to improve the smoothness and uniformity of appearance on both sides. Finished produced on the paper as it leaves either the machine or the calendar stack. For increased printability, or smoothness when used as a liner, etc.

GSM refers to the substance weight of paper, relating to an area of paper that remains constant, irrespective of sheet size, expressed as grams per square metre. Typically the higher the GSM the heavier (and generally the thicker) the paper, but this isn't always the case.

Opacity is a property of paper that describes the amount of light which can pass through it. Paper with a high degree of opacity doesn’t let much light pass through it, while paper with a low degree of opacity is more translucent (allowing more light to pass through). The benefit of a highly opaque paper is that it will help lessen show through when printed.

Elemental Chlorine Free is when a paper is bleached by using chlorine dioxide, rather than an environmentally less acceptable method of bleaching.

Zero discharge usually refers to the treatment plant in which the reject from each part of the treatment plant is recycled. The reject is fed as the influent and once again treated.