Storage and transport. If Customer elects to have a shipping company or other agent (“Shipping Company”) collect and transport the Product on Delivery, Customer must
Storage and transport. 1. Containers filled with produce are not placed in direct contact with soil 2. Pallets are checked before use for cleanliness
Storage and transport. 1. For long delays before transport, produce is held at the lowest suitable temperature available.
Storage and transport. Storage and shipment of Product will be done in accordance with GMPs and other applicable regulatory requirements. The storage conditions of the Product at GENETHON, as well as the transport conditions and delivery adress(es), are defined by GENETHON and will be approved and audited by GENSIGHT. The shipment of the Product is under the responsibility of GENETHON for the clinical trial phase I and under the responsibility of GENSIGHT after such clinical trial phase I (see Appendix 1).
Storage and transport. Atrix shall store and transport Starting Materials, bulk finished materials and packaged Products according to label claim and under appropriate conditions of temperature, humidity, light, and cleanliness so that the identity, strength, quality, and purity of the drug products are not affected.
Storage and transport. 7.1 The transport of the Product will be organized by ESPERION and will be done under its own responsibility and at its own expenses.
Storage and transport. If Customer elects to have a shipping company or other agent (“Shipping Company”) collect and transport the Product on Delivery, Customer must 6.5.1 inform CMC of Customer’s designated Shipping Company before the collection of the Product;
Storage and transport. 11.1 When on college grounds and not in the immediate presence of the student, the device must be secured in a locker or other approved location.
Storage and transport. Storage and transport occurs at many stages during the life cycles of the BIOCORE scenari- os. Transportation takes place on roads, rails and waterways. The most important is the storage and transport of the biomass due to its amount / volume. The logistics of biomass provision is an important challenge for a big scale biorefinery such as modelled in BIOCORE. The lower energy and carbon density compared to fossil feed- stocks such as natural gas and petroleum causes a high transport volume and pipelines are not an option. Furthermore, most biomass is not available year-round but has to be stored between seasonal harvests. This storage takes place close to the origin of the biomass (e.g. baled straw on the fields, wood in the forests). The logistics of various case studies on the BIOCORE biorefinery concept have been optimised in work package 1 (see /Xxxxx et al. 2013/ for more details). Since the results of this optimisation are highly specific for the loca- tion of the respective case study, generalised settings based on these specific results are used in the sustainability assessment. In contrast to the feedstock, the storage and transportation of biorefinery products can be assessed based on generic logistics models.
