The aim of the partnership, the New York Power Electronics Manufacturing Consortium, is to develop a mass -
scale manufacturing method for the chips, which would put New York state at the forefront of the technology.
Not exact matches
The two chemists who devised the conversion
method hope that it will be
scaled up as a replacement for the polluting, energy - consuming processes now used to
manufacture the raw material.
Scientists from the University of York have developed an innovative new green
method of capturing carbon dioxide (CO2) emissions from power stations, chemical and other large
scale manufacturing plants.
The researchers say the
method should be simple to
scale up for
manufacturing and could help lower the drug's cost.
«We've used enzymatic production
methods to create a system that not only improves the quality of the
manufactured oligonucleotides but that also makes it possible to
scale up production using bacteria in order to produce large amounts of DNA copies cheaply,» says co-developer Björn Högberg at the Swedish Medical Nanoscience Center, part of the Department of Neuroscience at Karolinska Institutet in Sweden.
Because it uses 3 - D printing technology, the new
method is highly efficient, creates minimal waste and allows for fast and large -
scale manufacturing.
«We have shown how to make 3 - D graphene foams from nongraphene starting materials, and the
method lends itself to being
scaled to graphene foams for additive
manufacturing applications with pore - size control.»
In the solar power industry, they design equipment and processes for large -
scale manufacturing, plan and test
methods of
manufacturing solar cells, and supervise the production of solar cells.
The NYT picked up on the Lockheed Martin press release about the grant from the US Department of Energy to «demonstrate a cold water pipe fabrication approach using modern fiberglass technology and recent low - cost composite material
manufacturing methods at prototype and pilot plant
scales ``.
This will begin the process of identifying the infrastructure needs for building out commercial -
scale sites, including the optimal shipping needs for installing turbines, efficient
methods of maintenance, and developing turbine
manufacturing facilities, all of which will require testing and potentially more research.
It is innovations in the
methods of
manufacturing that are the product of such competition that produce the economies of
scale, if such innovations involve high volume production using a high degree of specialization applied to every major factor of production, which is what support services do and law firms don't do.
The handcraftsman's
method was given up more than 100 years ago by the medical profession, and by all of large -
scale manufacturing.
And it is the support services
method that all of large -
scale competitive
manufacturing and the medical profession use.
Instead, other professions, and all of large
scale manufacturing, use the «support services»
method, i.e., those parts of any service or product that a professional person or firm or manufacturer is inefficient at performing or making, are given to a specialist or special manufacturer.
To gain the necessary economies of
scale, support services
methods are used in all other forms of the
manufacture of goods and services.
They design processes and equipment for large -
scale manufacturing, plan and test production
methods and byproducts treatment, and direct facility operations.