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landfill technology Applications

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    Reliable Shredding Technology for Pulper Ropes

    In addition to a homogenised granulate of your residual products, our customized shredding systems guarantee an optimal pre-product for further recycling or thermal utilisation in your plants. Pulper ropes or the reject are secondary raw materials that are created when waste paper is recycled. The pulper ropes must not be landfilled due to their material composition and must therefore be recycled accordingly – in most cases through shredding and subsequent separation of metals, glass and stones, etc. Our rotary shears or 2-shaft shredders together with our 4-shaft technology are very well suited for this application case. The advantage of the 4-shaft machines lies in the fact that the pre- and re-shredding occurs in one process step.

    By UNTHA Shredding Technology based in Kuchl, AUSTRIA.

  • Evaporators technology for waste & recycling industry

    The leachate produced by the waste in the landfill is an extremely pollutant effluent that requires high effective treatment processes to comply with the very strict limits for discharging operations. EVALED evaporators are a technological solution which allow to exploit the biogas cogeneration for the full or partial power supply of the plant within the limits of the environmental regulations and to reduce the relevant costs for thermal energy and leachate disposal.

    By EVALED - Veolia Water Technologies based in Zoppola (PN), ITALY.

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    Medical and Bio-hazard Waste Treatment Technology with zero emissions

    The OZONATOR technology is the new NG-3000 model capable of processing up to 400 kg (880 lbs.) of waste every twenty minutes (1200 kg per hour) and can operate on a continuous basis 24 hours per day – 7 days per week with about one hour per week for service and cleaning. The waste is shredded with up to 90% reduction in volume and treated with a high concentration of ozone (sterilized) and then compacted into a stainless steel transport bin for disposal at landfill as general waste (daily cover) or the treated waste can be used as fuel in a WTE (waste-to-energy) facility. (CV 36.4 MJ/kg)

    By OZONATOR Industries Limited based in Regina, SASKATCHEWAN (CANADA).

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    Waste recovery for petrochemical wastes

    Traditionally, the Petrochemical Sector has operated with basic technological solutions, with ultimate reliance on High Temperature Incineration (HTI) and landfill in order to deal with their hazardous wastes. However, tightening regulation, increasing landfill costs and social responsibilities are driving companies to look at alternative methods of treatment of very challenging wastes, including the treatment of:

    By Tetronics (International) Limited based in Swindon, UNITED KINGDOM.

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    Air pollution control for ventilation air methane industry

    Ventilation Air Methane (VAM) is a Greenhouse Gas (GHG) released by coal or mineral mining operations, it is also commonly known as Coal Mine Methane (CMM).  The air pollutants from this process have a global warming potential 21 times greater than carbon dioxide, which is another well known GHG.  As alternative energy technologies have developed, methane is increasingly used to generate electricity and heat.  Landfills and mines represent two of the most abundant sources, however reports indicate that more than 50% of all VAM is exhausted from mine ventilation systems and remains unutilized.

    By Anguil Environmental Systems, Inc. based in Milwaukee, WISCONSIN (USA).

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    Flow meters for the environmental flow solutions

    Our flow measurement technology is ideal for applications ranging from landfill emissions to wastewater treatment and numerous applications in between. We have developed many flow meters and controllers to measure the emissions from landfills and other green house gas producers, in addition to being a long standing leader in the testing of emissions for large engines. Water treatment is also an important driver for the company as we continue to develop innovative solutions for waste water treatment.

    By Sierra Instruments, Inc. based in Monterey, CALIFORNIA (USA).

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    Applications and Air Pollutants Removed in the Biomass Industry

    Flue gas particulate and acid gases from biomass and bagasse boilers. Removal of ethanol, CO2 scrubbers and yeast cells from fermenters.  Removal of ash particulate, tars, acid gases and ammonia from steam reformers, gasifiers, pyrolosis units and cooling of syngas streams to acceptable limits to enable use as a fuel source for power generation or as a feedstock for chemical products. For tar removal, combination technologies can be used including oil based scrubbing solutions to reduce waste water generation. Ethanol and yeast cell removal from fermenter off-gases. Methanol from processing operations. Hydrogen sulfide removal on landfill, digester and producer gases with regenerable chemistries. Odor control for biomass storage facilities including carbon monoxide removal in wood chip storage areas. 

    By Bionomic Industries Inc. based in Mahwah, NEW JERSEY (USA).

  • GPR

    GPR and EM play an integral part by providing a non-intrusive means of examining the subsurface for environmental hazards such as soil contamination, underground storage tanks and drums. GPR can delineate landfills and pathways for contaminant flow, as well as conduct hydrogeologic investigations such as water table mapping. We offer innovative technology to support site assessment needs.

    By Geomorph Instruments based in Piraeus, GREECE.

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    Shredders for Electric and Electronic Equipment (WEEE) and Refrigerators

    Electric and electronic waste (WEEE), are coming from technology products such as home appliances (washing machines, vacuum cleaners), computers and tools. An economy based on the consumption such as today, provides a continuous increase of WEEE, and determines an increasing risk of dropping out in the environment or in landfills, with the consequences of pollution of soil, air, water and health human repercussions. These products should be handled properly and used for the differential recovery of the materials they are made of, such as copper, iron, steel, aluminum, glass, silver, thus avoiding a waste of resources that can be reused to build new equipment in addition to the environmental sustainability.

    By SA Eng Soluzioni per l`Ambiente based in San Donà di Piave, ITALY.

  • Flaring Solutions for the CDM + Kyoto Protocol

    ABUTEC specializes in providing advanced technology for the CDM initiative and for carbon credit projects in the landfill and waste water industries. The Kyoto Protocol is an international agreement linked to the United Nations Framework Convention on Climate Change, which sets internationally binding emission reduction targets. There are three mechanisms within the protocol, one being the Clean Development Mechanism (CDM). A CDM project must provide emission reductions that are additional to what would otherwise have occurred.

    By ABUTEC LLC based in Kennesaw, GEORGIA (US) (USA).

  • Construction and Demolition Waste

    M&K plants divert Construction and Demolition waste from landfill by separating the waste into materials such as Hardcore, Soils, Wood(s), Metals, Stone, Cardboard, Paper and Plastic at the lowest possible cost per ton. M&K Construction and Demolition Waste Recycling Systems combine manual as well as automated sorting with the latest in feeding, screening & separation technology, allowing contractors to efficiently separate, sort and recover a wide variety of material types. What is Construction and Demolition Waste? C&D Waste is typically collected in open skip bins from construction or demolition sites.

    By MK Group based in Galbally, IRELAND.

  • Construction of Containment Structures

    Manufactured synthetic lining products have allowed for efficient design and construction of containment structures such as ponds, lagoons, landfills, tanks and secondary spill containment facilities, including vapour management systems. Because of the wide variety of project conditions and materials being contained and with so many liner types to choose from, the design and selection of the appropriate lining materials can be a complex task.

    With over 25 years of experience in geomembrane containment technology, Nilex offers design assistance, fabrication, installation and construction services for containment applications. The Nilex containment technology process involves compatibility testing and the consideration of facility design and climatic factors.

    Nilex professionals will work with the owner, engineering consultant and the general contractor to ensure the optimum design with the most efficient and cost-effective installation for the containment application.

    Learn more about our products and services for Primary Containment, Secondary Containment,Tank Lining, Vapour Management Systems, Installation Services and Covers.

    By Nilex based in Edmonton, ALBERTA (CANADA).

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