#Drawdown labs pdf
#Drawdown labs full

This means the number of meals they influence is exponentially more than the 200 million meals they will individually consume. However, if you look at the amount of meals these same students will consume over their collective lifetimes, it is a surprising 200 million meals! We also know that our students will be tomorrow’s leaders, many will create their own companies that may include robust food programs for their staff, and they will also be parents. That is a lot of meals that are being provided to students each year, and these meals are delicious, healthy, and sustainable, and impact students’ food choices while at Stanford. “To provide perspective in terms of Stanford students, we are serving over 3 million meals each year. “As we work closely with universities across the world, we have a common core belief that students are the best and most powerful way forward towards creating a healthier, more sustainable future,” said Eric Montell, Executive Director of R&DE Stanford Dining. by influencing students’ food identities and preferences for years to come, as students will consume billions of meals throughout their lifetimes.through their substantial institutional purchasing power (colleges and universities have the total purchasing power of all chain restaurants).through the bold campus sustainability goals these large foodservice operations have.First, it reflects the unique ability of campus dining programs as a critical, untapped lever for scaling climate solutions: Stanford Dining joining Drawdown Labs is important for several reasons. Led by Project Drawdown-which aims to help the world achieve drawdown, the point in the future when greenhouse gas emissions stop increasing and start decreasing-Drawdown Labs now includes 14 organizations, from Google and Impossible Foods to Netflix and General Mills. Stanford Dining is the first university-based member and the first foodservice organization to be part of Drawdown Labs’ network of bold business leaders taking accelerated climate action. Determination of Dyne level by wetting is then performed to a standardised test procedure.R&DE Stanford Dining has joined Drawdown Labs, a consortium of private sector partners working to scale climate solutions. As soon as possible, the applicator is then drawn down over this bead, spreading it over the surface. To perform the Dyne test with a “DyneX” applicator, first apply a short bead of surface tension test fluid from a dropper bottle directly to the sample surface. Packed in a cushioned protective container. All four gates are precision ground to the same clearance to facilitate quicker test-to-test turnaround, and to provide the longest service life. For best results, we strongly suggest use on a “DyneX” drawdown platform. This restricted passage channels the flow of the Dyne fluid through the gate whilst limiting the wet film thickness applied to a maximum of only 12.5 microns. This tool can produce high quality drawdowns in a confined area, making direct benchtop testing a reality. A precision ground gate, 38mm wide, is centered on each of the four edges. The “DyneX” applicator measures only 13 x 13 x 64mm. Remarkably fast and easy clean-up saves time and cleaning supplies. With a Teflon® coated surface it is ideal for Dyne testing – no attraction to, or contamination from the applicator affects test results.

#Drawdown labs pdf

See the Metering Rod Selection Chart PDF below for further information. With the use of such non-abrasive cleaners, metering rods can be reused repeatedly. Economical and easy to use simple clean-up with water, alcohol, appropriate solvent and low lint cloths.

#Drawdown labs full

These lab rods or drawdown bars can be used either to test two coatings simultaneously, or for full width substrate evaluations using one test liquid.

Rods are available in 6.3mm and 12.7mm diameters. The 400mm long “Mayer” rod has 305mm of wire wound on centre. The rods, widely known as Metering Rods, Mayer Rods or drawdown bars are fabricated from 303 stainless steel the wire winding is 304 stainless steel. Liquid crystal thermometer is accurate to better than 1☌.Īpplies a highly uniform wet film coating.These wire-wound metering rods, when used on a precision surface such as the “DyneX” Drawdown Platform, will apply a highly uniform wet film thickness, which is ideal for Dyne testing. Five pre-adjusted shock absorbing levelling feet and surface mounted spirit level ensure precise levelling and firm footing. Each unit is meticulously inspected to assure flatness. The 305mm x 305mm smoothing pad with closely controlled compressibility is engineered to promote uniform fluid distribution with minimal squirm. 12.7mm thick float glass platform large enough for direct A to B comparisons or evaluation of machine caused treatment variations. Full width magnetic clamp allows precise sample positioning with secure grip.