Sentence examples similar to harvest cooling from inspiring English sources

In the case of Barangaroo, all water used and produced on the site will be recycled; the usual greywater and blackwater will be captured from toilets, showers, laundries, waste rooms and restaurants, while additional water will be pulled from rainwater harvesting, cooling tower backwash, and – during times of low load (i.e. night time) – from water mined from Sydney Water's sewer main.

Our findings demonstrate the necessity of a comprehensive management strategy for blackberries, requiring additional efforts to current chemical-intensive management regimes, including cultural management practices such as pruning, harvest frequency, and post-harvest cooling.

The black precipitates were harvested by cooling the reaction mixture to the room temperature, and then the particles were allowed to settle down with the help of a magnet.

Centrifuge tubes containing the solution during harvest were cooled in a pre-chilled cooling box to keep sample temperature below -20°C.

Pre-shipment factors influencing out-turn condition include crop husbandry, weather during the growing season and at harvest, maturity at harvest, handling techniques during and after harvest, postharvest treatments, packaging techniques, lapse of time between harvest and establishment of cooling, and the appropriateness or otherwise of shipper's (exporter's) carriage instructions.

Rapid cooling after harvest is generally referred to as "precooling".

The harvest time, cultivar, handling, cooling practices and packaging greatly influence the shelf life of cherries.

According to the FAO, 95% of food waste in developing countries are unintentional losses at early stages of the food supply chain, caused by financial, managerial and technical limitations in harvesting techniques; storage and cooling facilities in difficult climatic conditions; infrastructure; packaging and marketing systems.

And while in developing countries, a large portion of this waste happens in the early and middle stages of the food supply chain – due to things like limited harvesting technologies, storage capacity, and cooling infrastructure – the story takes a turn here at home.

Advances in nanotechnology and nanophotonics are inextricably linked with the need for reliable computational algorithms to be adapted as design tools for the development of new concepts in energy harvesting, radiative cooling, nanolithography and nano-scale manufacturing, among others.

Conditions for further reproduction decline as crops are harvested and temperatures cool in the autumn.