Recycling Technologies

Why the world’s biggest companies are investing in recycling?

Global waste stream trends are continuously escalating, this goes along with declining landfill capacity. This is set against the background of the Earth’s dwindling natural resources. These facts are driving the development of waste disposal and recycling technologies. Analysts found that poor waste management is now a “global reality,” only 25 percent of the 11 billion tons collected annually are recycled or recovered. The situation is likely to get worse, with waste volumes growing faster than urbanization rates and GDP growth and waste volumes set to double in 2025 versus 2005, and double again from 2025 to 2050.

Municipal and industrial waste streams will be considered as the raw material of the future! The planets natural resources will become critical by 2050 if continuing its exploitation at its current rate.

Therefore recycling technologies will have considerable growth in interest, importance and economic impact. As the price of natural resources grows the recycling companies and investments will gain in profit, selling recycled raw materials at a competitive price.

Car battery recycling. Green energy. Background from accumulators. 3d

Waste to Energy

 

The Waste-To-Energy technology consists of an induction heated, ultra-high temperature gasification process. The conversion process converts all the organic content of the waste stream into a high-energy synthetic gas “pyrogas” while the inorganic content is converted to an inert, non-leachable basalt-like material.

Although the system utilizes temperatures as high as 3000 F, it is not an incineration or simple pyrolysis process. Using energy-efficient induction heating, the process generates heat in an oxygen-free environment causing a series of chemical reactions to occur through pyrolysis and hydrolysis. This process converts all components of the waste stream, including non-toxic, toxic, and hazardous materials, into usable forms of energy and inert residue. In addition, the system exceeds all current environmental and emission standards.

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Waste Water

 

Hydrobiomech, is especially for municipal and industrial waste water treatment which can handle different waste water forms such as: dye waste water, coolants, septic tank waste in solid and liquid form, chemical and heavy metal contaminated waste water stream and sludge’s. The characteristic of the system: the system can be mobile or stationary, modular in its capacity and function, and the reactivated former waste water can be reused for secondary applications. The process itself and some of its possible variations can be use for water reactivation such as: swimming pool, fish pond, water reactivation and reuse for the livestock raising industry, subdivision and condominium complexes, etc.

The characteristic of the system are: no emission, no burning, no discharge, no leftovers except finished products, disposal safe high density materials, modular systems, multi-functional / mobile and stationary equipment designs, and the additives used are lower on the toxicity level compared to the residual waste to be treated.

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Waste to Raw

 

Municipal waste treatment process which also can cater any residuals and leftovers generated by the industries under the classification of non-toxic, non-hazardous but difficult to dispose residuals. The characteristic of the system are: no emission, no burning, no discharge, no leftovers except finished products, disposal safe high density materials, modular systems, multi-functional / mobile and stationary equipment designs, and the additives used are lower on the toxicity level compared to the residual waste to be treated. The organic residual generated and recovered by households, agricultural and farming wastes, livestock raising, and reactivation of former contaminated soil after remediation processes was implemented. The process will end with different types of products and materials under the category of: top soil, soil conditioner, organic fertilizer, and biodegradable products in different forms and shapes. The characteristic of the system are: no emission, no burning, no discharge, no leftovers except finished products, disposal safe high density materials, modular systems, multi-functional / mobile and stationary equipment designs, and the additives used are lower on the toxicity level compared to the residual waste to be treated.