Make Money in the Recycling Business

Home Based Recycling Business

Make Money! Join the many individuals and families who are learning to prosper in the salvage and recycling business starting with little or no cash. You'll learn: How to bootstrap your business without going into debt. How to get your salvage for free or for pennies on the dollar. (In some cases you will be paid to take the material away). How to find the best price in the least amount of time. The tools and equipment you will need many easily fabricated. Information based on my experience in salvage, recycle and reuse in the following areas: Construction and building materials. Deconstruction and recycled lumber. Farm and ranch equipment and supplies. Heavy equipment salvaging for high value parts. Scrap metal ferrous and non-ferrous. Electronic, communication, and computer scrap and recycling. Salvage for alternative energy systems. Antiques and collectibles. Promoting and marketing. Always treating everyone with fairness and respect and not profiting from the misfortune of others ways to create win-win situations for All parties involved. How to deal with scrap and recycling dealers and brokers. Innovative businesses you can start using various salvaged materials. How to arrange transportation, interim storage, cheap yard space without dealing with high cost commercial operators. How to be paid for your work before you ever start. How to get the equipment and tools you need. How to stay solvent and operate on a cash basis. Read more here...

Home Based Recycling Business Summary


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Author: Michael R. Meuser
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Highly Recommended

Recently several visitors of websites have asked me about this manual, which is being promoted quite widely across the Internet. So I bought a copy myself to figure out what all the publicity was about.

This e-book served its purpose to the maximum level. I am glad that I purchased it. If you are interested in this field, this is a must have.

Broad Spectrum Organic Matter Mediated Suppression

The role of organic matter in enhancing suppression of soilborne diseases caused by fungi, Oomycetes, bacteria and nematodes has been known for many years and there are now well-documented examples in many quite different agricultural systems. These include suppression of Pythium in Mexican fields following the application of large quantities of organic matter over many years (Lumsden et al. 1987) broad-spectrum control of Pythium, Phytophthora and Rhizoctonia in peat and compost-based soilless container media (Hoitink and Boehm 1999) the use of cover crops, organic amendments and mulches to suppress Phytophthora root rot of avocado in Australia (Broadbent and Baker 1974 Malajczuk 1983 You and Sivasithamparan 1994, 1995) suppression of the same disease with eucalyptus mulch in California, USA (Downer et al. 2001) the management of a fungal, bacterial and nematode-induced root disease complex of potato in Canada with chicken, swine and cattle manures (Conn and Lazarovits 1999...

Biotechnological Potential of ECM Fungi Producing Metal Chelating Agents

However, siderophores can have other important applications related to the environment in the uptake of metals from industrial waste, low-grade ores, serpentine soils, contaminated terrestrial and aquatic environments, tailings of abandoned mines, etc. The uptake of metals can serve to remediate an environment and or recover metals for recycling. In addition, the capacity to chelate actinides (Pu, U, Np, and Th) has been demonstrated in siderophores and for this reason their application has been proposed for the remediation of radioactive waste and the reprocessing of nuclear fuel (Hernlem et al. 1999 Renshaw et al. 2002, 2003). The majority of these studies have been conducted with commercial hydroxamate siderophores like desferrioxamine B and some with siderophore-producing soil microbes (John et al. 2001 Keith-Roach et al 2005 Mullen et al 2007). Therefore, this is an area where other fungal hydroxamate siderophores, like those produced by ECM fungi, could have a...

Trace Element Toxicity

Despite these positive results of soil amendment with biosolids, the dark side of the sludge is evident in the health risks. Sewage sludges also contain components considered to be harmful to the environment. Sewage sludge contains three constituents of environmental concern (1) heavy metals (2) organic pollution (c) pathogenic organism 24 . Generally, sludges contain heavy trace elements such as Cu, As, Cd, Ni, Zn, and Pb in diverse concentration these originate from a number of different sources, such as industry, commerce, business, domestic household waste, corroding pipes, and runoff from roads and roofs 5 .

Infleunce Of Soil Fertility On Soybean Production

Kaiser WM, Weiner H, Huber SC (1999) Nitrate reductase in higher plants a case study for transduction of environmental stimuli into control of catalytic activity. Physiol Plant 105 385-390 Kaschl A, Romheld V, Chen Y (2002) The influence of soluble organic matter from municipal solid waste compost on trace metal leaching in calcareous soils. Sci Total Environ 291 45-57 Keating MH, Mahaffey KR, Schoney R, Rice GE, Bullock OR, Ambrose RB, Swartout J, Nichols JW (1997) Mercury Study Report to congress. Washington DC, 3(1) 6-7


A number of waste materials have been considered for use as fertilisers, for example municipal sewage sludge can be a valuable source of N and P and some trace elements such as Cu, Fe, Mn and Zn. However, some sludges contain high metal concentrations that can be toxic to plants, cause long-term soil contamination and introduce toxic metals into the food chain (Jackson and Alloway, 1992). The long-term application of sewage sludge and consequent metal uptake by plants has been reviewed by Juste and Mench (1992). These authors concluded that sludge-borne metals do not cause toxicity to the majority of crops and that Zn is the most available of the sludge-borne metals. Recently Chaney and Ryan (1992) and Henry and Harrison (1992) have reviewed the effects of heavy metals in sewage sludges and MSW-composts (municipal solid waste) used as soil amendments. Chaney and Ryan found that in contrast to sewage sludge, MSW-composts contain phytotoxic levels of boron. Application can also raise...

Biomass Fuels

Biomass waste is any material of recent biological origin that has been discarded because it has no apparent value. Examples of biomass waste include residues from agricultural crops, municipal solid waste, and even sewage. Because this waste originates from biomass that recycles to the environment on a nearly annual basis, it is a sustainable energy resource that is, the resource will be available for future generations.

Indian Scenario

Treated and untreated sewage and sewage sludge are extensively used for cultivation in the suburban areas of India and food crops and vegetables are grown in sludge-amended soils. Olaniya et al. 149 conducted a case study on trace element pollution in agricultural soil and vegetation due to the application of municipal solid waste in the Dhapa disposal site near Kolkata. At this site, fresh municipal solid waste results in accumulation of toxic trace elements in the soil when edibles are grown on such soils, toxic trace elements enter into the food chain and pose risks to human health 149 . To determine the accumulation of trace elements, Srikanth et al. 150 conducted studies on forage grass (Guinea grass) cultivated in urban sewage sludge along the bank of River Musi, which receives sewage from the city of Hyderabad.

Suppressive Soils

Of two fungal antagonists of soil-borne diseases was evaluated after their inoculation in potting soil and in compost produced from different types of organic waste and at different maturation stages. The fungal antagonists Verticillium biguttatum, a mycoparasite of Rhizoctonia solani, and a non-pathogenic isolate of Fusarium oxysporum antagonistic to Fusarium wilt, survived at high levels (103-105 CFU g-1) after 3 months incubation at room temperature in green waste compost and in potting soil. Their populations faded-out in the organic household waste compost, especially in the matured product. In bioassays with R. solani on sugar beet and potato, the disease suppressiveness of compost increased or was similar after enrichment with V biguttatum. The largest effects, however, were present in potting soil, which was very conducive for the disease as well as the antagonist. similar results were found in the bioassay with F. oxysporum in carnation where enrichment with the antagonistic...

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