Our Services

Paper Recycling

Paper and paperboard are some of the most widely recycled materials in the world. Paper recycling recovers fiber that can be used to manufacture other paper products, producing jobs while protecting the environment.

Recycled paper is used to create products such as new paper, tissue, pizza boxes, cardboard delivery boxes, greeting cards, and many other paper-based products. paper mills rely on recovered fiber to make some or all their products, due in part to recovered fiber’s significant cost and energy savings compared with virgin fiber.Recycling 1 ton of paper saves 3.3 cubic yards of landfill space. Using Far Less Energy , Manufacturing paper and paperboard with recycled materials uses up to 68 percent less energy than virgin paper materials.

Plastic Recycling

With a heavy reliance on plastics in the manufacturing of consumer goods and other products, the plastics recycling industry plays an important role in helping to capture and process old plastics to be used again. This provides enormous benefits to the environment in many ways.

Plastics that can be recycled are processed for use in food and beverage containers, household products, medical equipment, construction materials, and other materials. New ways of using recycled plastics are constantly being developed from use in composite lumber to asphalt in parking lots.

Nonferrous Metals

Recycling metal, including aluminum, copper, lead, zinc, nickel, and tin, as well as precious metals such as gold, silver, and platinum, saves natural resources, reduces energy costs, and strengthens the economy. These metals, excluding iron and steel, are known as nonferrous metals.

Sources of recycled aluminum include used beverage containers, automobiles, airplanes, house siding, and wires and cables.

Copper has been in use for more than 10,000 years, partly because it combines well with other metals to form alloys. Bronze and brass are two of the most common copper alloys. Sources of recycled copper include electrical wires, construction material, and consumer goods.

Metals do not degrade or lose their chemical properties in the recycling process, which allows them to be recycled an infinite number of times. Manufacturing products from recycled aluminum saves up to 95 percent of the energy needed to manufacture them from virgin materials.

Ferrous Metals

Iron and steel, also known as ferrous metals, are the most recycled materials in the United States and worldwide. Ferrous metals come from consumer products such as automobiles and household appliances, as well as industrial products including buildings, railroad tracks, ships, and farm equipment.

Recyclers use shredding, shearing, and other techniques to process the material for use in steel mills. The recycled iron and steel are then used in automobiles, bridges, buildings, public transportation, heavy equipment, and other materials. Producing new steel from recycled Content requires 60 percent less energy and reduces CO2 emissions by 58 percent compared with producing steel from virgin materials.

Glass Recycling

Glass manufacturers are requiring more and more high-quality recycled container glass to meet market demands for new glass containers. Glass can be recycled again and again with no loss to quality or purity. The use of recycled glass saves energy, reduces emissions, and extends the life of glass-manufacturing equipment.

Glass recycling is often offered through commercial collection programs and drop-off locations. This helps ensure that the material collected yields high-quality container glass. Every ton of glass recycled saves large quantities of raw materials—1,300 lbs. of sand, 410 lbs. of soda ash, 310 lbs of limestone, and 160 lbs of feldspar.

Textile Recycling

The textile segment of the recycling industry processes billions of pounds of cotton, wool, and synthetic and synthetic-blend products each year. These materials come from many sources, ranging from apparel and home furnishing manufacturers to textile mills and consumers.

Used clothing collected from households is graded into different categories. Garments in good condition are exported for resale in parts of the world where new clothing is not affordable for many. This trade provides employment not only among the exporting nations, but also in the importing countries.About 20 percent of recovered textiles are converted into fiber for use in products ranging from stationery and mattresses to roofing and flooring materials.

Used Engine Oil

1. Our Used Oil trading department, buy and sale all kind of used engine oil, and used motor oil originating from cars, trucks, Buses, most automobiles, boats, ships, heavy vehicles, cranes, and hydraulic machinery. We can smooth the progress of bulk purchase orders for most types of pre-tested waste engine oil and hydraulic oil suitable for recycling.

2. Through our plant we provide closed-loop oil recycling, turning your used oil into base oil. We aim to recover and recycle the maximum amount of waste oil possible to reduce your impact on the environment.

Furnace Oil

Furnace oil is a distilled product of crude oil and is a liquid used for burning in furnaces, boilers, and diesel engines to generate power. Furnace oil refers to a fraction of crude oil with a flash point of around 40 degrees. It is composed of long-chain hydrocarbons, especially alkanes, cycloalkanes, and aromatics, and is classified as a heavy industrial fuel, heavier than diesel and lighter than heavy fuel oil.

The chain length of produced furnace oil varies depending on its specific application. For example, furnace oil diesel is composed of hydrocarbons with chain lengths ranging from 10 to 20 carbon atoms, and therefore can have one of the following structures:

Types of furnace oil:

Light:- Used in furnaces, having a gravity of about 100°F and a density of 0.9250 at 60°F. The heat value is 19,000 BTU/LB.

Normal:- Used in power plants, with a viscosity of 600 SEC at 100°F and a density of 0.9500 at 60°F. The heat value is 18,500 BTU/LB.

Heavy:- Used in heavy industries, with a viscosity of 2000 SEC at 100°F and a density of 0.9700 at 60°F. The heat value is 8,000 BTU/LB.

 The first is furnace oil 180 and 230, which consists of heavier cuts than natural gas and mainly includes heavy hydrocarbons present in the residual fraction of crude oil distillation. Depending on the usage, it can be adjusted by using lighter oil cuts and is used as a heavy fuel for stationary and mobile diesel engines and industries with designed burners for their combustion systems.

Base Oil

1. Base oil is an oil that is considered as a base for lubricants. The most important component of lubricants in terms of volume is base oil, and it makes up more than 95% of the formulation of a lubricant in terms of weight. In some lubricants (compressor and hydraulic oil), 99% of the oil is the base oil and only 1% is made up of additives. Base oils can be obtained from petroleum or non-petroleum sources. Most of the base oils used in the world are obtained from crude oil refining. The main components of base oils are paraffinic, naphthenic and aromatic compounds.

2. Chemical properties of base oil and how it affects the performance of the final lubricant.
A- Volatility: reduction of oil, thickening of oil and formation of sediments
B- Surface activity: foaming, air release, emulsion formation and compressibility  
C- Oxidation: formation of sediments, thickening of oil, formation of sludge and corrosion of metals
D- Viscosity: fluidity at low temperature, energy loss, protection against wear and proper cooling
E- Solving power: engine cleanliness, compatibility with sealants, process applications and formulation stability

3. The base oil obtained from crude oil is called mineral base oil, which includes two categories of paraffinic and naphthenic oils, which are obtained from raw crude oil. Paraffinic oils consist of normal hydrocarbons (straight chain) and iso hydrocarbons (branched). But naphthenic oils are composed of one or more saturated cyclic hydrocarbons. Paraffinic oils have the following properties compared to naphthic oils:
A. Higher melting temperature
B. Less specific weight
C. Higher viscosity index
D. Less solvent
E. High resistance to oxidation
F. Low volatility and as a result higher flash point
Naphthenic oils are generally used for low temperature ranges and when a low pour point is required. They can be used especially in hydraulic oils, coolants, rubber production oils, metalworking and in cylinder lubricants for large engines and greases.

Diesel

Diesel fuel or gas oil is commonly used as fuel for diesel engines and heating systems. Its hydrocarbon range is around 250 degrees Celsius. Gas oil is primarily composed of three groups with different boiling points: paraffinic, naphthenic, and aromatic. It has a minimum flash point of 82 degrees Celsius and maximum pour point of 0 degrees Celsius. The most important characteristic is its density, which should be higher than 50 to ensure smooth and quiet engine operation.

Here are some applications of gas oil:

Lighting:- Gas oil is used for illumination and as a fuel for signaling with the help of flames. Its higher flash point (above 35 degrees Celsius) makes it safe from a fire safety perspective.

Fuel:- Gas oil is commonly used as fuel in tractors, agricultural machinery, and as a power source in some aircraft turbines and jet engines.

Quality :- 500 PPM / 1000 PPM / 2000 PPM / 5000 PPM