Optimize Engine Efficiency

Optimize Engine Efficiency

Engine maintenance is a constantly evolving subject which requires regularly updated tweaks to stay current with persistent advancements. Hugg & Hall is committed to supporting their customers and assembled this list of quick tips on how to optimize the efficiency of the most advanced engines.

Fuel

One can’t speak on engine viability without speaking on appropriate fuel usage. One way to improve engine productivity is to improve fuel usage procedures. An issue limiting engine efficiency is ethanol-based fuel. Ethanol is a water-alluring substance. This is bad news for engine longevity because water can inflict corrosive patterns and damage carburetors. This issue can be resolved in a couple of ways. One way is to use fuel stabilizers which work to keep fuel fresh, remove water to prevent corrosion and cleanse carburetors. Stabilizers may also protect engines from gum, varnish, rust and corrosion. However you look at engine maintenance, fuel stabilizers are a great option for better productivity. Another option is to use ethanol-free fuel. Having said that, even if you choose to use ethanol-free fuel, fuel stabilizers remain a great way to better engine longevity. Being mindful of the fuel you’re choosing is the first step in optimizing engine efficiency.

Oil

Another obvious indicator of engine health are the engine oil procedures used. Regularly scheduled oil changes are integral to engine productivity. Most engines require oil changes every 100 hours of operation. However, smaller utility equipment, which utilize air-cooled engines, require oil changes every 50 hours of operation. As improvements to oil and oil systems continue to develop, oil change intervals are expected to extend. It’s important to review the owner’s manual for engine maintenance recommendations and engine oil guidelines. In order to avoid wasting money or damaging your engine, it’s important to have an appropriate maintenance schedule. Another oil tip is to consider full-synthetic oil options as this type of oil is typically designed to accommodate longer usage intervals in higher-heat environments. Some synthetic oil options also include anti-wear components which may improve engine viability. Potential engine oil developments on the horizon include reservoirs which continually exchange oil from the engine to an external reservoir and vice versa. This process reduces the breakdown of oil, keeps engines cooler and thus extends oil change intervals. So be on the lookout for the enactment of this technology.

Air

Air is an important aspect of the efficiency and productivity of many engines. Smaller, air-cooled engines require fresh air in order to maintain a high-level of performance and longevity. Regularly changing engine air filters is an integral maintenance routine with disastrous implications if left undone. Another thing to consider is the use of OEM filters as opposed to cheaper options. OEM/cyclonic filters offer a higher-performing option that extends use by as much as three times. The higher-performing filters also better the productivity of machines and extend the overall lifespan of engines. Engine owners are encouraged to review manuals to ensure that comprehensive, appropriate maintenance is performed regularly.