Everything you need to know about Hydraulic Doors for Aviation, Agriculture, Industrial & Architectural use

Biomass and Renewable Energy – A Market on the Move

Biomass energy is a hot topic. With a consumption increase of over 60% from 2002 to 2013, it’s easy to see why this sector is growing at such a rapid rate. Biomass is defined as “biological material derived from living, or recently living organisms. Both plant and animal.” Even though wood is considered to be the most prolific source of biomass energy, agriculture is currently producing huge amounts of biomass residue that can be converted to energy.  In 2013, half of all the renewable energy consumed worldwide came from biomass, with the U.S. number coming in at 5%.  (That 5% is enough power to accommodate close to a half a million homes.) The U.K. and Europe are already on the fast track to successful biomass energy platforms, and it’s catching on across the globe. According to recent reports, the use of biomass for energy could change the face of agriculture and provide farmers in the U.S. alone up to $20 billion in new income.   

 

The goal is to convert crop residue, manure and other agricultural byproducts into renewable energy sources. As farmers are learning how to capture and store these resources, they are gaining new revenue streams by producing energy while reducing disposal costs. According to Ag Energy Solutions, farmers can profit from “manure, corn stalks, woody-brush, or even weeds and grasses. By utilizing more of the biological material that grows on the farm, farmers can gain more value from each acre. And because biomass is renewable, and it’s easy to replace harvested trees or crops; these energy-rich waste materials are sustainable indefinitely.”

 

In addition to large, industrial facilities, farmers are beginning to construct buildings (within the guidelines and regulations of their rural area) specifically designed to house biomass. These multifunctional structures are made to store and protect the contents from moisture while creating space to burn and/or transport the material to biomass processing plants.  And Hydroswing® is there too. Our single panel hydraulic doors offer almost complete seal-ability, and with the wide variety of size options, they are the right door at the right time in the right sector.  

 

A current article in Biomass Magazine stated the “USDA Farm Service Agency recently announced the expansion of its Farm Storage and Facility Loan program, which provides low-interest financing to producers. With regard to bioenergy, the loan program can provide low-interest funds to build or upgrade permanent facilities to store eligible commodities, including renewable biomass.” 

With the ability to retro fit to existing buildings or apply to new build, the Hydroswing® adds size, ease of use and value to the processes in the biomass and renewable sector and can easily withstand the rigors of waste and recycling.  Pre hung in its own frame, the Hydroswing® can deliver zero load and reaction to the building is required to be fitted to a tensile or none structural building. Whether high cycling rates or long periods for seasonal storage and holding buildings, the Hydroswing® hydraulic door provides a greater array of working and process efficiencies than traditional sectional, overhead or roller doors with industry leading ROI.

The way we capture and use energy is changing.  The E.U. is already dedicated to the cause and has a goal of 20% of their energy being created by renewables by 2020. The U.S. is catching up and hopes to have 25% dedicated to the same faction by 2015. Hydroswing® remains on the cutting edge of all sectors of industry by providing a product that will easily adapt and play a role in existing facilities and new facilities that are being built to promote this commitment to new energy.