Abstract: A tamper-evident bag seal including tabs for separating flaps of the seal along a perforation is provided. The tamper-evident bag seal may be a paper or paperboard panel that folds over the handles of an existing bag and is secured to the sides of the bag. The tamper-evident bag seal includes a fold having perforated sections adjacent centrally located tabs. By pulling the tabs in opposite directions, the perforated sections are compromised, permitting access to bag contents and evidencing tampering of the bag seal.

Abstract: A tamper-evident bag seal including tabs for separating flaps of the seal along a perforation is provided. The tamper-evident bag seal may be a paper or paperboard panel that folds over the handles of an existing bag and is secured to the sides of the bag. The tamper-evident bag seal includes a fold having perforated sections adjacent centrally located tabs. By pulling the tabs in opposite directions, the perforated sections are compromised, permitting access to bag contents and evidencing tampering of the bag seal.

Abstract: Methods of cleaning and sanitizing membrane modules within a membrane system are provided. A cleaning solution is circulated through the membrane system for about 2 to about 30 minutes. The cleaning solution includes organic acid and surfactant. A sanitizing solution is added to the cleaning solution to produce a boosted antimicrobial solution comprising an oxidizer. The boosted antimicrobial solution is then circulated through the membrane system for about 1 to about 20 minutes. The methods described are effective for reducing and removing bacterial spores and biofilms from membranes and improving membrane compatibility of effective cleaning and sanitizing solutions.

Abstract: Methods of cleaning and sanitizing membrane modules within a membrane system are provided. A cleaning solution is circulated through the membrane system for about 2 to about 30 minutes. The cleaning solution includes organic acid and surfactant. A sanitizing solution is added to the cleaning solution to produce a boosted antimicrobial solution comprising an oxidizer. The boosted antimicrobial solution is then circulated through the membrane system for about 1 to about 20 minutes. The methods described are effective for reducing and removing bacterial spores and biofilms from membranes and improving membrane compatibility of effective cleaning and sanitizing solutions.

Abstract: Techniques for a processor temperature control interface. In one embodiment, a processor includes a bidirectional interface and output logic to assert a first signal indicating an internal high temperature on the bidirectional interface. Throttling logic throttles operations of the processor if either the internal high temperature is indicated or if an external signal is received on the bidirectional interface.

Abstract: A handshake mechanism is provided to allow feature compatible processor and motherboard combinations to operate, and incompatible combinations to fail safely. The handshake mechanism also facilitates communication of feature settings between a motherboard and an attached processor. For each feature, the handshake mechanism includes connection pins correspondingly disposed on complementary connectors of the processors and the motherboards for conveying a feature setting selection signal for the feature. The handshake mechanism further includes particular manners for connecting the processors' connection pins and the motherboards' connection pins to their respective internal circuitry, depending on the manners the feature is supported by the various processors and motherboards.