referring to fig1 there is block diagram illustrating the environment of a preferred embodiment of the described method and system . in the example shown in fig1 a household 110 is depicted as a waste generating entity . of course , household 110 is merely one example of an entity that generates waste which may be disposed of using the method and system of the present invention . other waste generating entities that could benefit from the present invention include , for example , business offices , manufacturers , retailers and restaurants . household 110 includes a number of points of disposal . a point of disposal is a location at which waste is generated , particularly recyclable waste . a point of disposal is the first point at which waste is handled in accordance with the present invention . points of disposal within household 110 include the kitchen 112 , the bathroom 114 , the office 116 and outdoor areas 118 such as the garage and the yard . of course , these points of disposal are merely illustrative . according to the preferred embodiment , waste is sorted and packaged at each point of disposal and transported to a point of collection 119 . although in the preferred embodiment waste is transported directly between the points of disposal 112 , 114 , 116 and 118 and the point of collection 119 , in an alternate embodiment there may be one or more intermediate points of storage ( not illustrated ) at which waste is stored prior to collection . non - recyclable waste may be packaged in a conventional manner . recyclable waste , such as paper , metal , glass , plastic and toxic materials , for example , are packaged into readily identifiable units . for purposes of this description , recyclable waste may be grouped into units known as “ complete unit of recyclable ” ( hereafter referred to as a “ cur ”, pronounced “ cure ”). a cur is a unit of measuring the value of a particular recyclable . by bundling recyclable waste into readily identifiable , sorted , measured groups , each bundle of recyclable waste may move efficiently and productively through a stream of recycling . the stream of recycling includes a series of sequential points through which all recycled goods must travel in order to be recycled . the first point in the stream is the point of disposal 112 , 114 , 116 and 118 . the second is the point of collection 119 . the third is the point of exchange , and the fourth is the point of reuse . the point of collection 119 for household 110 is generally a “ curb - side ” pickup point . of course , any location accessible to the collection agency 120 will suffice , including , for example , a garage , a shed , an alley or a dumpster . in the preferred embodiment , representatives of collection agency 120 travel to the point of collection 122 , typically in a truck , and remove the disposed waste to be recycled or permanently disposed . collection agency 120 transports items that have not been identified as recyclable to a point of permanent non - recycling disposal 130 . typically , the point of permanent disposal is a land fill or incinerator . collection agency 120 transports the packaged recyclables to a point of exchange 122 . at the point of exchange , the packaged recyclables are traded for payment instead of being land - filled or burned . at this point , a buyer and a seller meet to trade in curs . for example , collection agency may have gathered several yellow 1 - cur bags of plastic at their originating points of collection 119 . collection agency 120 may market them to a recycler or recycling broker 140 . in turn , recycling broker 140 markets the packaged recyclables to a manufacturer 150 to be converted for use into new products . at this point or reuse , units of curs are recycled into other products that are then sold in other markets . referring now to fig2 there is illustrated a pictorial view of the preferred point of collection 119 . as shown , preferred point of collection 119 is a curb - side location . the preferred containers of the present invention are also illustrated . the illustrated point of collection 119 includes a bag of recyclable plastic 210 , a bag of recyclable metal 212 , a bag of recyclable glass 214 , a bag of recyclable paper 216 and two bags of unidentified waste 220 . in accordance with the present invention , each container of recyclable waste includes certain characteristics . namely , each container of recyclable waste includes indicia that enables one to readily identify the contents and the value of the container relative to other recyclable products . as previously described , the preferred means for identifying the relative value of recyclables is using cur &# 39 ; s , a specialized unit of measurement that is effectively a currency that allows for trading of recyclables . although the preferred content and value identification means is a written indicia of the material type and number of cur &# 39 ; s contained within a container , there are numerous other means for accomplishing this . for example , every type recyclable material and value could be represented by a different color , as illustrated in tables a and b , below . table a recyclable materials table recyclable material color indicator plastic red metal green glass blue paper yellow toxic materials black yard waste brown [ 0031 ] table b cur value table cur value color indicator 0 . 10 cur white 0 . 25 cur pink 0 . 50 cur purple 0 . 75 cur orange 1 . 00 cur light blue using the examples set forth in tables a and b , an identification system could be fashioned using the color of bags to denote the contents and the color of a stripe on a bag to denote a cur value . for example , a red bag with a white stripe would contain 0 . 10 cur worth of recyclable plastic . following the same example , a blue bag with a light blue stripe would contain 1 cur of recyclable glass . other examples of means for indicating the contents and relative value of a bag of recyclables include , for example , barcoded material and value information , informational stickers applied to a container , symbols representing recyclable materials and / or values . of course , the present invention includes any convention identification means . the use of barcoded or other electronically readable indicia enables a collection agent to automatically bill a consumer for trash collection using a computerized apparatus . such an apparatus enables a collection agent to identify or electronically read an amount of non - recyclable trash and an amount of recyclable trash . a processor within the apparatus then applies charges and credits according to the amounts entered or electronically read . the apparatus could then report the change and credit to the consumer for payment or credit . preferably , users collect recyclable material at various points of disposal within a household or business . users place appropriate containers , identifying the material and the value of a full container at each point of disposal . in addition to readily identifying the contents and value , the containers of the present invention are preferably made from the recyclable material that they contain , to the extent commercially reasonable . this allow primary and secondary markets to value them by their approximate weight , an approximation of which is readily available by their individual appearance . consequently , the containers of the present invention have some characteristic that promotes future redeemability . each container : enables identification of an approximate weight ( either explicitly or based on value ); referring now to fig3 there is illustrated a functional flow diagram illustrating the primary steps employed according to preferred method of the present invention . the steps of the method are typically performed by a representative of collection , agency 120 at the point of collection 119 . according to step 310 , an amount of recyclable waste is identified . preferably , the amount of recyclable waste is identified according to the indicia on each container of recyclable waste . of course , other forms of identification are possible , such as weighing the amount of each type of recyclable waste , including for example , glass , plastic , metal and paper . at step 312 , a credit amount is determined based on the amount identified at step 310 . preferably , the credit amount is determined based on a number of curs of recyclable waste , regardless of the type of material . of course , the credit amount could be determined in a number of ways , such as , for example , by applying a different value to each type of recyclable material , and applying each different value to specific weights identified at step 310 . at step 314 , the credit amount determined at step 312 is reported to the customer . preferably , the credit amount is reported to the customer in connection with applying the credit to a financial account on the customer &# 39 ; s behalf . in one embodiment , the credit is reported as an offset to a collection charge for the services of collection agency 120 . an advantage of the present invention is that it addresses a previously unrecognized reason that trash production continues to grow faster than present recycling efforts . namely , trash production is perceived to be free and recycling is considered to be an expense . producing and disposing of a product or packaging is not considered a cost to the purchaser . the cost is neither implicitly imposed , such as through higher product costs . nor is the cost explicitly imposed , such as through disposal fees . although a portion of municipal taxes are used for local trash services and businesses are charged for their production , the typical consumer perceives no direct correlation between the disposal of a package and the cost of such disposal . consequently , there is no incentive for a consumer to recycle , and there is no disincentive for a consumer to permanently dispose of waste . the absence of market forces from the disposal decision causes increased msw compared with recycling efforts . the method and system of the present invention reduces msw production and increases recycling by financially encouraging consumers to recycle and preferably financially discouraging consumers to permanently dispose of waste . consequently , use of the present invention results in decreased permanent disposal and increased recycling . another advantage of the present invention is that it encourages the reduction of the cost of waste removal . yet another advantage of the present invention is that it encourages more complete recycling than prior art recycling methods and systems . from the above description , those skilled in the art will perceive improvements , changes and modifications in the disclosed method and system . such improvements , changes and modifications within the skill of the art are intended to be covered by the appended claims . accordingly , it is to be understood that the drawings and description in this disclosure are proffered to facilitate comprehension of the disclosed method and system , and should not be construed to limit the scope thereof . it should be understood that various changes , substitutions and alterations can be made without departing from the spirit and scope of the disclosed method and system as defined solely by the appended claims .