Solar Winners: GT Solar's Biggest Order Ever – TheStreet.com
PV-Tech Solar Winners: GT Solar's Biggest Order Ever TheStreet.com NEW YORK (TheStreet) — GT Solar (SOLR) shares are rising on Wednesday after the solar equipment vendor signed its largest polysilicon equipment deal — and largest single deal in company history — with South … GT Solar Gets $228 Mln Order For Production Equipment Wall Street Journal GT Solar gets $228 mln polysilicon equipment order Reuters Africa GT Solar Receives $228 Million Order for Polysilicon Production Equipment and ..

Continued here:
Solar Winners: GT Solar’s Biggest Order Ever – TheStreet.com
New Mexico solar testing lab may help speed certification of solar – Clean Energy Authority
EcoSeed New Mexico solar testing lab may help speed certification of solar Clean Energy Authority The newly opened CFV Solar Test Laboratory in Albuquerque, NM, is an all-in-one testing facility for all ilk of photovoltaics.

More:
New Mexico solar testing lab may help speed certification of solar – Clean Energy Authority
2nd solar-equipment plant planned – Arizona Republic
PV-Tech 2nd solar -equipment plant planned Arizona Republic Gestamp Solar Steel Co., which makes steel structures to hold solar mirrors, panels and other equipment, will build a 75000-square-foot facility in the city's southern railplex. The move is expected to create about 50 new jobs and bring $10 million in … West Phoenix solar hub grows with Gestamp Phoenix Business Journal Gestamp Renewables Building Solar Steel Factory, New Headquarters In Arizona Alternative Energy Retailer magazine Spanish energy firm lands in Surprise Bizjournals.com PV-Tech
Commercial Recycling Equipment Used For Plastic
Recycling has become of even greater concern to businesses and governments in this day and age. The types of commercial recycling equipment today span not only the well known can crushers but grey water processing initiatives and plastic recycling. Commercial equipment will capable of handling and sometimes sorting a greater amount and types of materials than believed practical or necessary when reusing materials was not as great a concern.
The first step when recycling many materials is to first divide it and sort it into similar material types. In some cases this may have to be done by hand. Although the public usually participates in these collection initiatives willingly, they do not always sort the material correctly.
Small centers may do the initial collection and sorting entirely by hand and although labor intensive it may be more practical. When plastics are the materials collected to recycle then sorting is especially critical because the types of polymers used in different plastics are not always compatible with each other. Once the waste plastic is sorted it is washed thoroughly.
Whether the plastics are washed by hand or by a machine specifically for that purpose they will need to be compressed or processed further in preparation for transport. There are numerous machines available for the small center to further process or compact the plastic for transport. Methods such as a gentle re-heating and then cutting the material into smaller pieces might be used to compact the material.
The success of each step of this process in particular the final processing so that the homogenized plastic types can be reused depends upon the sorting process. Smaller collection centers will usually only process the plastic to a transportable stage and the final processing will be left to the manufacturer who buys the recycled material.
Usually processing beyond the simple heating and subsequent cutting to form a compact mass is required for re-purposed plastics. The plastics produced by the small centers will often be reheated until the appropriate plastic behaviours are displayed. More materials may be added and then the resulting material can be shaped into its new form and begin a new life.
At last the reused plastic polymers are ready to become new products and they may be garbage bags, pipes or even signs. Most plastics are produced from petroleum byproducts and the available petroleum is limited. Re-purposing materials such as plastics helps conserve energy and prevent the waste of limited resources. Individuals and governmental bodies behind the recycling of these materials also point out that these products are non-biodegradable and reusing them prevents further environmental impact.
Most homeowners participate in recycling by separating their waste into material types which can be used to produce new products. However a collection center focuses not only on collecting these products but further reducing them in preparation for transportation and manufacture and this requires a number of commercial recycling equipment both at the center and at the final destination. If the correct equipment is on hand at the center and the manufacturer, recycling can be an economically viable option.
A leading manufacturer and distributor of commercial and industrial trash compactor equipment and cardboard recycling equipment have provided Canada with supreme service for over 40 years.
