Abstract: A system is disclosed that facilitates construction project bidding over a computer network. In one aspect, a construction project supervisor system may verify one or more aspects of bidder information before bidding. A bidder may submit payment information, an electronic mail address, and a telephone number to be verified. Verification may include utilizing the payment information to process a payment, and/or sending a verification code to the electronic mail address and/or telephone number. In one embodiment, the issuance of a bid bond associated with the prospective bid may be required to complete the verification process.

Abstract: A system is disclosed that facilitates construction project bidding over a computer network. In one aspect, a construction project supervisor system may verify one or more aspects of bidder information before bidding. A bidder may submit payment information, an electronic mail address, and a telephone number to be verified. Verification may include utilizing the payment information to process a payment, and/or sending a verification code to the electronic mail address and/or telephone number. In one embodiment, the issuance of a bid bond associated with the prospective bid may be required to complete the verification process.

Abstract: A system is disclosed that facilitates construction project bidding, document distribution, and project management over a computer network. The system enables a project supervisor to efficiently transmit new project information and associated construction project files to one or more planroom provider systems. Each planroom provider system may make project information and associated construction project files available for transfer and viewing by one or more potential bidders connected to the planroom provider system over a public or private network. The planroom provider system(s) may provide a reference or link back to the project supervisor system to enable the potential bidder to bid on the construction project once the project information and project files have been reviewed.

Abstract: A process reorders tobacco that has been expanded by impregnating the tobacco under pressure with liquid carbon dioxide, forming a frozen mass of the tobacco and carbon dioxide, and heating the frozen mass in an expansion zone to sublimate the carbon dioxide and thereby expand the tobacco. The expanded tobacco is discharged from the expansion zone and before the temperature of the expanded tobacco is below about 80° F. and preferably when the expanded tobacco is at an elevated temperature of between about 180° F. and about 212° F., the tobacco is contacted with humidifying air having a temperature of about 80° F. to about 91° F. and a relative humidity of about 58% to about 88%.

Abstract: A process reorders tobacco that has been expanded by impregnating the tobacco under pressure with liquid carbon dioxide, forming a solid mass of the tobacco and solid carbon dioxide, and heating the solid mass in an expansion zone to sublimate the carbon dioxide and thereby expand the tobacco. The expanded tobacco is discharged from the expansion zone and before the temperature of the expanded tobacco is below about 80° F., the tobacco is contacted with humidifying air having a temperature of about 80° F. to about 91 ° F. and a relative humidity of about 58% to about 88%.