The site should have a total flushing time of less than four days. Two or less is preferred. Sites located in dead-end finger channels shall be carefully scrutinized to ensure acceptable flushing rates.
The site should be located with safe, convenient access to cruising waters. Winding channels, hazardous routes and long traveled distances to water-use areas are discouraged.
The boundaries of the site should be at least 1,000 feet from shellfish harvesting areas (until further modified by the Department of Environmental Protection's Marina Impact Study).
Sloping riprap bulkheads are preferred over solid vertical structures as they better dissipate wave energy and provide a more diverse habitat for marine organisms.
To minimize the impact on the photic zone, dock and pier widths should be minimized. In addition, the structures should stand as high above mean high water as possible and should be oriented north-south to the maximum extent practicable.
For safety reasons, the usable width of the entrance channel should be at least four times the beam of the widest expected vessel, or a minimum of 19 meters.
The marina shall provide, as a minimum, one pumpout station (fixed or portable) for every 20 slips. Marinas which allow occupation of berthed vessels for a period of 72 hours or more shall provide slip-side pumpout facilities. Pumpout facilities shall be designed with holding tanks in order to prevent inputs into both septic and sanitary waste systems. (MSD disinfectants disrupt the functioning of these systems.)
The marina shall provide abundant trash receptacles along with adequate fish cleaning areas, including separate and well-marked dispensers for organic refuse.
Ample parking facilities shall be provided, with a minimum of 0.6 space per slip. The number will range from 0.6 to 2.5 spaces per slip, depending on the nature of the marina.
Large marina, over 80 boats. Add one urinal per 30 boats (men), one toilet stall per 60 boats (men), one toilet stall per 30 boats (women), one washbasin per 60 boats and one shower stall per 60 boats.
For safety, comfort and to avoid interference with commercial boating activities, marinas shall be designed such that wave heights do not exceed two to four feet in the entrance channel and one to 1.5 feet in the berthing area. Such a design will assume four-foot external wave conditions.
The marina shall develop and implement a recycling plan for solid waste. This shall include separate receptacles for aluminum; brown, green and clear glass; newspaper and plastic.
Pumpout facilities shall be designed to store the effluent until a certified hauler can remove it; disposal antiseptic systems or municipal sanitary sewer lines can disrupt the water purification process due to the disinfectants used in conjunction with MSDs.
The marina shall have available adequate floating containment booms and sorbent materials in the event of hydrocarbon spills. Employees shall be trained in the deployment and proper usage of such equipment.
The site should have a total flushing time of less than four days. Two or less is preferred. Sites located in dead-end finger channels shall be carefully scrutinized to ensure acceptable flushing rates.
The site should be located with safe, convenient access to cruising waters. Winding channels, hazardous routes and long traveled distances to water-use areas are discouraged.
The boundaries of the site should be at least 1,000 feet from shellfish harvesting areas (until further modified by the Department of Environmental Protection's Marina Impact Study).
Sloping riprap bulkheads are preferred over solid vertical structures as they better dissipate wave energy and provide a more diverse habitat for marine organisms.
To minimize the impact on the photic zone, dock and pier widths should be minimized. In addition, the structures should stand as high above mean high water as possible and should be oriented north-south to the maximum extent practicable.
For safety reasons, the usable width of the entrance channel should be at least four times the beam of the widest expected vessel, or a minimum of 19 meters.
The marina shall provide, as a minimum, one pumpout station (fixed or portable) for every 20 slips. Marinas which allow occupation of berthed vessels for a period of 72 hours or more shall provide slip-side pumpout facilities. Pumpout facilities shall be designed with holding tanks in order to prevent inputs into both septic and sanitary waste systems. (MSD disinfectants disrupt the functioning of these systems.)
The marina shall provide abundant trash receptacles along with adequate fish cleaning areas, including separate and well-marked dispensers for organic refuse.
Ample parking facilities shall be provided, with a minimum of 0.6 space per slip. The number will range from 0.6 to 2.5 spaces per slip, depending on the nature of the marina.
Large marina, over 80 boats. Add one urinal per 30 boats (men), one toilet stall per 60 boats (men), one toilet stall per 30 boats (women), one washbasin per 60 boats and one shower stall per 60 boats.
For safety, comfort and to avoid interference with commercial boating activities, marinas shall be designed such that wave heights do not exceed two to four feet in the entrance channel and one to 1.5 feet in the berthing area. Such a design will assume four-foot external wave conditions.
The marina shall develop and implement a recycling plan for solid waste. This shall include separate receptacles for aluminum; brown, green and clear glass; newspaper and plastic.
Pumpout facilities shall be designed to store the effluent until a certified hauler can remove it; disposal antiseptic systems or municipal sanitary sewer lines can disrupt the water purification process due to the disinfectants used in conjunction with MSDs.
The marina shall have available adequate floating containment booms and sorbent materials in the event of hydrocarbon spills. Employees shall be trained in the deployment and proper usage of such equipment.