Sentences with phrase «efficient use of materials»

Engage in the efficient use of materials, machines, methods, labor and other available resources to provide fastest possible turn time for engineering requests.

Developed profit plans and budgets for the efficient use of materials, equipment, chemicals and employees.

One can attack its enviro - cred by noting that it is made of probably 500 pounds of steel, but one can't deny that this kind of thinking leads to more efficient use of materials, is on the cutting edge of what we mean when we talk about downloadable designs or dematerialization of design.

I am a sucker for designs that can slide under a door; flatpack is a great technology that usually keeps costs down through efficient use of materials and cheaper shipping.

An optimisation of the doors realised through efficient use of materials contributes to much improved door kinematics and feel.

Neither styrofoam nor concrete are particularly green materials, but this is an R30 wall with no thermal bridging and very little waste that looks to be a very efficient use of material.

Not exact matches

And because of the materials he had, including his rock saw that he uses for the trenching, he was able to provide a more efficient and much cheaper service than others for the customers, who are usually large - ranch owners investing a lot of money to save their trees.

For example, DeepMind co-founder, Demis Hassabis, has suggested that in materials science, a descendant of AlphaGo Zero could be used to search for a room temperature superconductor — a hypothetical substance that allows for incredibly efficient energy systems.

Europe is leading the industrial hemp comeback, making major strides in using the crop as a carbon - sequestering, energy - efficient building material in the form of hempcrete and as hemp insulation.

That can be achieved only when all the factors necessary for the production and use of goods — capital, labor, raw materials and plant facilities — are freely mobilized and deployed according to the most efficient pattern — and that in turn will be possible only when national boundaries no longer play a critical role in defining economic horizons.»

The transition to an ecologically sustainable society requires reduced consumption of goods, the efficient recycling of materials, a move away from the use of fossil fuels to the use of renewable sources of energy, zero global population growth, a reduced standard of living for the rich, an increased standard of living for the poor and an appeal to quality of life instead of materialism.

In addition to efficient and final causes, the construction of the building is based on a plan or a blueprint (formal causes) and requires the use of proper building resources (material causes).

Analyzing the data enables IKEA to be more efficient in forecasting and in their use of raw materials.

Tate & Lyle is a global provider of distinctive, high quality ingredients and solutions for the food, beverage and other industries.Though our large - scale, efficient manufacturing plants, we use innovative technology to turn raw materials into distinctive,...

We are developing novel seed, leaf and algal - based materials for more intensive and efficient production of plant oils for both industrial and nutritional uses.

With the worldwide growth of processed food and beverages markets, the demands of our customers regarding the quality and variety of products are becoming increasingly stringent: lean, flowing processes, higher yield of the input raw materials coupled with efficient use of energy, environment and resources.

The Group, now a part of the government's Green Construction Board activities has been monitoring construction, demolition and excavation waste since 2008, as well as advising what actions are needed across the industry to be more efficient in the use of materials and to reduce waste to landfill.

J.P.S. Badyal and colleagues point out that oil - spill cleanup crews often use absorbents, like clays, straw and wool to sop up oil, but these materials aren't very efficient because they also sop up a lot of water.

If a similar approach can be used in thermal transport, that could facilitate development of more efficient thermoelectric and nanoelectronic devices, improved thermal barrier coatings, and new materials with ultralow thermal conductivity.

The most efficient thermoelectric material yet discovered, lead telluride, was benched because of fears, and legislation, about the use of lead in electrical equipment.

Hydrogen production using this material is enhanced not only by the broader spectrum of light absorption, but by the more efficient electron conduction, caused by the unique interface between two dimensional materials of BP and LTO.

Such materials can be used to help scavenge or dissipate the heat in engines, or be developed into a window coating that improves the efficient use of energy in buildings, the researchers said.

It's more efficient than previous devices, the researchers say, because its two cells absorb more light than single - layer solar devices, because it uses light from a wider portion of the solar spectrum, and because it incorporates a layer of novel materials between the two cells to reduce energy loss.

Mikel Zubizarreta, a member of the UPV / EHU's IT 781 - 13 group, highlights the advantages of timber in building works: «Although it is not as tough as other materials used in structures, it is a better insulator, in other words, it is more energy - efficient and less dense so the structure weighs less.

Copper is a catalyst — a material used to activate and speed up chemical reactions — and, while it aids in the production of ethanol when exposed to CO2 and water, it is not efficient enough to make large quantities of ethanol.

Using these renewable materials provides a greener, more efficient and selective approach than other commercial systems of reducing emissions.

Ghasemi says the structure may be designed to be even more efficient, depending on the type of materials used.

Furthermore, the researchers from Aalto University and University of Jyväskylä have recently shown how DNA origamis can be used in efficient fabrication of custom - shaped metal nanoparticles that could be used in various fields of material sciences.

«We use a proprietary platform called ultra-silicon-rich nitride, with a material composition of seven parts silicon, three parts nitrogen, with the large nonlinearity and photon efficiency needed for high gain amplification, through the efficient transfer of photons from a pump to the signal.

Professor Alvaro Mata, from Queen Mary's School of Engineering and Materials Science, said: «The technique opens the possibility to design and create biological scenarios like complex and specific cell environments, which can be used in different fields such as tissue engineering by creating constructs that resemble tissues or in vitro models that can be used to test drugs in a more efficient manner.»

One of the next major challenges for TADF is stable and efficient blue emitting materials, which are necessary for full color displays and are also still difficult using phosphorescence.

«It is important for us to understand this, so that we can design new materials, for example, to build better or more efficient solar cells, or make better and more economical use of fossil fuels,» Elmlund said.

Researchers have now demonstrated the ability to create amorphous metal, or metallic glass, alloys using three - dimensional (3 - D) printing technology, opening the door to a variety of applications — such as more efficient electric motors, better wear - resistant materials, higher strength materials, and lighter weight structures.

While the Still Bay era is also characterised by highly innovative technologies — including engraving of ochre, use of personal ornaments, manufacture of highly stylised bone tools, heating silcrete (red rock) to produce better material for knapping bifacial points (spear points) using hard hammer and finally pressure flaking technology — the research team points out that HP's ecological niche expansion coincides with the development of technological innovations that were both efficient and more flexible than those of the Still Bay.

«But innovation will be key on the material side, on efficient production processes and on the recycling of used batteries,» he says.

DOE's new strategy focuses on facilitating U.S. mining and processing of the critical materials, supporting research into alternatives, promoting more efficient use, and recycling.

'' [Our work] demonstrates a new approach for efficient energy conversation from a dc electric field to coherent, high - power and electrically tunable terahertz emission by using hybrid semiconductors,» said Andrii Iurov, a researcher with a dual appointment at the University of New Mexico's Center for High Technology Materials and the City University of New York.

To do this, the first step was to optimize the production process of cells based on different polymers, in order to achieve the maximum efficiency of these materials; secondly, polymers that absorb light at different wavelengths have been used to produce cells with a tandem structure in order to make them more efficient.

A team of researchers from the University of South Carolina is using neutrons to develop more durable and efficient materials called waste forms for safely storing hazardous substances.

For example, materials with the optimized combination of both multiferroic mechanisms could be used as efficient switches, magnetic field sensors, and memory devices.

Foresight's recent Workshop on Directed / Programmable Matter for Energy focused on the potential of atomically precise materials for energy production, transport, and efficient use.

We study model systems to better understand natural systems and guide the development of new materials and approaches for clean and efficient energy use.

Similar types of materials could increasingly find use in modern electronics as manufacturers work to make smaller, faster and more energy - efficient components that operate at optical frequencies.

Green Building Solutions (greenbuildingsolutions.org), a plastics industry original website by the Plastics Division of the American Chemistry Council, has promoted the use of energy - efficient, resilient, green building materials, and more environmentally friendly methods of construction since 2005.

Researchers at the EBI are searching for more efficient ways to use non-food biomass like cellulose as the starting material for fuel production as well as for ways to boost the concentration of fuel produced and improve on the efficiency of the process.

Recently we used this principle to demonstrate rapid switching electrochromic devices with nearly 100 percent light absorption using only 15 nm of active material uniformly electrodeposted over the nanoslit array surface.5 Using the same approach we will electrodeposit PEC active materials onto Al plasmonic substrates to achieve highly efficient PEC prousing only 15 nm of active material uniformly electrodeposted over the nanoslit array surface.5 Using the same approach we will electrodeposit PEC active materials onto Al plasmonic substrates to achieve highly efficient PEC proUsing the same approach we will electrodeposit PEC active materials onto Al plasmonic substrates to achieve highly efficient PEC process.

Here are two strategies I discovered through The Learning Scientists and use in my classroom almost daily in an attempt to teach my students more efficient and effective study and practice habits and to maximize their retention of material.

The new classroom spaces incorporated many green aspects in their design and construction ranging from the installation of energy efficient demand - controlled lighting and ventilation to the use of materials that are locally manufactured, high in recycled content, and low in volatile organic compounds (VOCs).

In addition to these areas, students with low vision and visual limitations may need instruction in the efficient use of vision and in the use of optical aids and alternative learning materials.

Exterior and interior design, an LE Eco Trim with a more efficient engine and aerodynamic kit and a quieter interior through the use of acoustic glass and noise - cancelling materials.