Configure Waste to Energy (WTE) processing with a scale of 350 tons / day for a zero waste mechanism dedicated to the completion of waste a Waste Depo, Transition Station Between SPA or Intermediate Treatment Facility (ITF), Integrated Waste Processing Site (TPST), Large-scale Temporary Waste Disposal Site (TPS) and Small City Ahir (TPA) Waste Disposal Site.

In the case of 350 tons of garbage in Indonesia per day, with reference to the experience and data from several studies after semi-manual sorting (a combination of human power and metal separator (magnetic separator) in a waste sorting conveyor (CPS), municipal waste can be classified as having a composition 65% organic type, 20% dry biomass, 7.3% plastic (PE, PP, PS), special plastic type PET 0.51% and 1.4% tire and 2.9% rubber (cable, shoe sole, etc.) and glass metal.

Technology configuration in Biophos_kkogas WTE 350 T

Sorting conveyors and metal separators (magnetic separators) play an important role for the acquisition of waste per type so that the choice of the next conversion technology

Schedder Machine, Organic Enumerator and Plastic Counter (Chruser) prepare various types of inorganic and dry biomass waste to produce density and density for the generation of gasification, pyrolysis and biodigester heat energy.

Biodigeter (Dry Fermentation) BD 4X 3240 TD is a technique for generating biogas (dry fermentation process) in an airtight digestion reactor with the help of microbes as a methane generator activator, proven to be effective in completing degradable and perishable materials.

Piroliser, a tool for the running of the thermo chemical technique pyrolysis converts solid matter into the gas phase through the chemical decomposition process by heating without or little oxygen or other reagents, where the raw material will break down the chemical structure into the gas phase

Komposter, a tool in the decomposition process aided by microbes that break down plant material, water and the presence of oxygen (aeration) right regularly converts organic matter into liquid and solid compost.

Gasifier, a tool that performs a gasification process that is a process that converts organic or fossil fuels based on carbon materials into carbon monoxide (CO), hydrogen (H2) and carbon dioxide (CO2).

Granule Organic Fertilizer Machine (POG), the output of new materials with the largest scale is compost that can be packed and presented with the needs and demands of the agricultural market, plantations through the choice of granular organic fertilizer (POG) as a result of granulation or powder.

Referring to the composition of waste data in various regions of Indonesia, the acquisition of the results of sorting on conveyors with human power and magnetic separators from 350 tons of waste will be obtained 227 tons of organic, 70 tons of dry biomass (wood, paper, fabric), 25.5 tons of other types of plastic (PS, PP, PE) and 15 tons of tires, rubber and the rest are PET, metal and glass. The acquisition of sorting results, after the organic enumeration machine and biomass, rubber and plastic chopping machines (schredder machines) are used as raw materials for biodigesters (wet process), pyrolysis, composter and gasifier.

The daily output of the technological process includes the output of gasifier heat energy spent on the pyrolysis process of fuel oil producers (Synthetic BBM) as well as the supply of hot calorie fire (heat transfer) processes to organic fermentation in biodigesters (anaerobic digestion). The acquisition of biogas is a fuel generator that generates electrical energy as a power provider for the operation of stationary machines such as conveyors, crusher and schredder as well as lighting areas and office equipment. Similarly, the acquisition of pyrolysis reactors in the form of heavy oil for the operation of stationary engines and synthetic fuels equivalent to kerosine, refined diesel fuel and gasoline are used as fuel for mobile engines such as garbage trucks.

From PT Cipta Visi Sinar Kencana's long experience in many customers of the scale of TPS and TPST since 2004 along with the results of the literature study, the Biophos_kkogas configuration guarantees the energy balance of the waste processing process with a net output of compost from organic waste sources.

The zero waste mechanism for processing municipal waste using the method of Biophos_kkogas with net output of compost will be in line with the principle of zero waste for the ongoing organic nutrition cycle as well as the laws and regulations of Law No. 18/2008 and its derivatives. Biophos_kkogas technology configuration in various local conditions can be prepared by considering social, economic, technical and environmental feasibility through feasibility study activities (feasibility study) including waste audit, detailed design planning and financial economic analysis (*)