Lake Jennings in Lakeside, CA has just completed a complete replacement of their 25-year-old wooden docks with a state-of-the-art Bellingham Marine dock system.
The rebuild of the marina features 18 double slip concrete floating docks designed and built by Bellingham Marine. The docks are match-cast and built with wood walers. The project included a new 23’ x 23’ Match Cast Platform and storage building, an aluminum entry gate and gangway and kayak launch. In addition to the new dock system, the project also included a renovation of the adjacent boat launch ramp. The new construction includes updates to the infrastructure that maximize energy efficiency and sustainability through the application of a full solar panel system, replacement of fluorescent lighting with LED bulbs, and replacement of facility materials in construction with ecologically friendly material options.
The new marina system is resistant to both fire and rot while boasting a 50+ year lifespan with minimal maintenance due the improvements in materials used for the project. The docks are made of concrete shells filled with polystyrene and finished with wood walers. There is a total of thirty six slips that feature vinyl bumpers.
Whether you are considering a renovation or you are building a new marina from scratch, there is one thing we can all agree on: You can’t afford to not do it right the first time! That’s why we’ve made it our goal to equip owners with the tools they need to make the best decisions for their business and the operation of their marina.
Building on Water: The Ultimate Resource Guide is a fantastic and easy-to-use planning tool. The book will guide you through everything from the dock systems that are available to the best construction methods for getting your job done on time and on budget.
Here are 3 tips that every successful marina developer swears by…
Tip #1 – Know What Dock Fits Your Needs
Choosing a proper dock system for your site is one of the most crucial factors to a successful marina.
- Are you on a lake or the coast?
- What is your wave environment?
- What types of boaters would you like to welcome into your facility?
These are all important questions to answer, and Building on Water will help you learn which kind of dock will work best for your situation.
For small facilities where the logistic of bringing electricity to the dock isn’t feasible there is good news, your options for solar powered lights are improving. But don’t get your hopes up for running an entire marina’s lighting needs on solar lights, it is not in the cards quite yet.
A marina’s lights serve two main functions. The first and most important function is safety. There are codes and regulations that govern lighting requirements for marinas and boat yards to ensure the docks and upland areas are well lit. The second function is that of aesthetics and user comfort. Many marinas add supplementary lighting to improve the user experience and to create a warm and inviting atmosphere for their tenants.
As we discussed in our previous blog post about alternative energy sources, different facilities have different incentives in mind when researching alternative power source options. The same is true for solar lighting.
Whether a facility is considering solar lighting for economic, environmental or power accessibility reasons there are five things to keep in mind.
The desire to pursue alternative energy sources is driven by several key motivators including economic savings, self-reliance and sustainability. If you have a marina located in a sunny region with upland property and are looking for ways to cut your operating costs, marina solar power just might be worth looking into.
In December of 2016, Marine Group Boat Works (MGBW), located in San Diego, California became one of the first American boatyards to install a large scale, rooftop solar system. According to an article in the Solar Tribune, the new 483kW solar system is located on the boatbuilder’s 35,000-square-foot facility in National City.
The Solar Tribune article also states MGBW anticipates an estimated 81% reduction in annual electricity consumption, generating a savings in energy cost of approximately $155,000 in the first year and over $3 million in net savings over the 25-year warranted life of the solar modules.