Gardner Denver Nash
Ejector System- Are available in a wide variety of materials
- Designs for ejectors range in size from a one inch inlet to a 78 inch (2 m) inlet
- Ejectors have matching standard barometric condenser designs
- Require no moving parts, translating into trouble-free continuous operation
- Operate efficiently for high vacuum and high volumetric flow requirements
- Are manufactured and tested (actual ejector or pilot ejector) per HEI standards to guarantee performance
- Are most suitable for minimizing capital cost, particularly on batch process applications
- Reduce operating costs when optimized in stages with Nash liquid ring vacuum pumps. These hybrid systems also enhance vacuum stability
- Metal Degasifying: Multistage ejector systems/hybrid systems to achieve absolute pressures of less than 1 torr
- Petrochemical: Single and multistage ejector systems/hybrid systems are used, dependent on the application
- Refineries: Multistage ejector systems/hybrid systems for crude distillation columns
- Power: Two-stage ejector system for use as a condenser exhauster
- Edible-Oil: Multistage ejector systems/hybrid systems for deodorizing, bleaching and other applications
- Single and multistage systems for other general and chemical applications
- Ethylene glycol driven ejectors for polyester processing
- Graphite ejectors for wet HCl service
In the 1980’s, Kinema and Nash began collaborating and creating hybrid systems consisting of steam ejectors and liquid ring vacuum pumps. Nash acquired Kinema in 1986, and has continued to design, manufacture and troubleshoot steam jet air ejector systems for various industries.
About Us:
When it is apparent that dozens of solutions to the need for a vacuum system are potentially feasible, NASH engineers utilize their expertise to search out the best alternative. We investigate with our customers the economics of valuable product recovery. We take into account such environmental considerations as disposal of unwanted process carryover. We find ways to conserve power, water, and heat energy. We evaluate system arrangements, scheduled maintenance and service life. We analyze available ratios of first cost to operating costs, so that our customers can tailor those two different types of expenditures to their company’s financial objectives. In summary what we do is to supply ENGINEERED SYSTEMS designed to solve customer problems.
