Recycling system
The damage inflicted on nature by human activities escalates daily, primarily due to the production of tires, bottles, plastic materials, and other waste generated from daily consumption. Concurrently, the global demand for fuel, renewable energy, and clean resources is steadily rising. Recycling systems, particularly for polymers like waste tires, offer a viable solution to produce fuel, various types of energy, and other materials.
Mansour Keshavarzzadeh (Max K) possesses experience, innovation, and numerous ideas to design, calculate, simulate, manufacture, and install equipment for recycling waste tires and plastic. He has an initial invention, the PEF recycling machine, patented in 2008, and the high-capacity Pmac project in 2015, for which he held responsibility from design to management and construction supervision, exemplifying his commitment to waste tire recycling systems, yielding both light and heavy hydrocarbons.
Pyrolysis system of waste polymers
Energy recovery systems are pivotal to the circular economy. Despite challenges such as incompatible mixing and reduced mechanical properties, thermal recycling or combustion remains crucial, particularly for plastics and waste tires, providing a significant opportunity for energy recovery. Polymers inherently contain hydrocarbons, serving as an environmentally friendly and cost-effective fuel source. Pyrolysis, a technology for recovering energy from waste polymers, facilitates the reuse of plastic and waste tires as an energy source for fuel production.
Biomass processing plant
A 5MW biomass processing plant and bio-oil production facility, complemented by a 1MW solar field, harnesses solar energy to offset the power consumption of processing equipment. The system processes bio-crude oil and sells it to refineries. Additionally, biomass waste is converted into syngas fuel to generate electricity, contributing to the grid.
Collaborating with active recycling companies, Max K has updated waste tire plans and granule production systems. Given the dynamic global market, customer requirements have evolved rapidly. Embracing new opportunities and technology is essential. I am enthusiastic about collaborating with international companies globally to undertake recycling projects.
Services provided in this section:
• Offering complete systems or individual machines from design and manufacturing to installation
• Developing/expanding existing systems
• Modifying/improving existing systems from other suppliers
• Refurbishing existing systems