Fuel For The Summit: Conquering Aconcagua

how much fuel to take uo aconcagua

Aconcagua expeditions require careful planning, and one of the most important considerations is how much fuel to bring. White gas and pressurized fuel canisters are both used on Aconcagua, with the former being more environmentally friendly but potentially unreliable due to dirt or water issues. It is recommended to bring slightly more fuel than you think you will need, as it is nearly impossible to ration fuel if you run low. The amount of fuel required will depend on the type of stove used, with some performing better at melting snow for water, and the number of people in your group. Additionally, the extreme altitude of Aconcagua can impact appetite and digestion, so planning nutritious, high-calorie meals that are easy to eat and digest is crucial for summit success.

Characteristics Values
Fuel type White gas, pressurized fuel canisters, diesel, kerosene, petrol
Fuel quantity 1 gallon per person for the Ruta Normal, 15 liters total
Stove type Optimus Nova, Whisperlight Internationale, MSR, Primus white-gas stoves, Jetboil, MSR XKG
Food type Chicken noodle soups, hot cocoa, carbohydrate-containing drinks, peanut butter, butter
Calorie intake 4000 calories per person per day, 65% carbs, 20% fat, 15% protein
Calorie expenditure 6000-8000 calories per day at altitudes above 3500m

shunfuel

White gas and pressurized fuel canisters are used on Aconcagua

When climbing Aconcagua, it is important to consider the type of stove and fuel you will be using. White gas and pressurized fuel canisters are both used on Aconcagua. White gas, or gasoline, can be purchased in Mendoza at Mountain Gear (El Refugio) at Espejo 285. It is sold by the liter, and it is recommended that you bring your own fuel bottles when purchasing. Pressurized fuel canisters are also available at Mountain Gear, as well as from some mule service providers.

The amount of fuel you will need depends on your route and the type of food you bring. It is generally recommended to err on the high side when estimating fuel requirements, as it is difficult to ration fuel if you run out. For the Ruta Normal, for example, the plan is usually one gallon of fuel per person.

Some climbers choose to bring their own stoves and fuel from home to avoid any issues with stove confiscation during international travel. However, this can be a hassle, and there is a risk of strange metal parts being mistaken for weapon components by TSA officials.

If you decide to purchase fuel in Mendoza, be aware that there have been reports of low-quality fuel in the canisters purchased there. It is recommended to verify any complaints about fuel quality before purchasing. Additionally, two stoves are better than one for a successful climb, and having a backup stove can be helpful in case of any issues.

Overall, when planning your Aconcagua expedition, carefully consider your fuel and stove options, and be sure to bring enough fuel to last throughout your journey.

shunfuel

Stoves are necessary for cooking and melting snow for water

Stoves are an essential part of climbing expeditions, especially when climbing at high altitudes where water can be scarce, such as Aconcagua. Stoves are necessary for cooking and melting snow for water, and there are a few options to consider when choosing a stove for your climb.

Liquid-fuel stoves are a popular choice for alpine expeditions as they are more functional in extreme cold and high altitudes. They are also ideal for cooking for large groups and can handle various pot and pan sizes. Liquid-fuel stoves can take different types of fuel, including white gas, unleaded gasoline, kerosene, and jet fuel. However, they may be bulkier and less compact than other options.

Classic style camp stoves, or canister stoves, are another option. These stoves are versatile and can run on white gas or iso-butane canisters, with some models even able to switch between the two. They are also hardy, mechanically simple, and easy to maintain in the field. Additionally, they are compatible with any cookware, allowing for more diverse recipes to be prepared.

If your primary use case is boiling water for freeze-dried meals or melting snow, a lightweight canister-style stove might be a good option. These stoves are super fuel-efficient, compact, and lightweight, making them ideal for fast-paced or lightweight climbs. However, they may not be as versatile in terms of cooking capabilities as they typically only nest inside one pot.

When planning your fuel requirements, it is generally recommended to err on the side of caution and bring more than you think you need. Melting snow is fuel-intensive, and you will likely need more fuel than you would for simple cooking. For liquid fuel, plan for 3 ounces per person per day, increasing to 6-8 ounces per person per day when melting snow. For canisters, one 8-ounce canister is sufficient for two people for four days, but this is only for non-melting situations.

shunfuel

Err on the high side when estimating fuel requirements

When planning an expedition to Aconcagua, it is important to carefully consider your fuel requirements. White gas and pressurised fuel canisters are both used on Aconcagua. However, it is recommended that you always err on the high side when estimating fuel requirements because it is nearly impossible to ration fuel if you find yourself with a shortage. For example, for the Ruta Normal, plan for one gallon of fuel per person.

There are several reasons why it is important to take extra fuel when climbing Aconcagua. Firstly, the weather and wind conditions at high altitudes can be unpredictable, and you may find yourself needing to cook inside your tent, which will use up more fuel. Additionally, at high altitudes, the body's metabolism changes, and it can be difficult to digest food. This means that climbers need to consume more calories to maintain their energy levels. Above 3500m in altitude, a climber burns about 8000 calories per day, so it is important to have enough fuel to melt snow for water and cook calorie-dense meals.

Furthermore, fuel stoves can have reliability issues due to their moving, small, and fiddly parts. The performance of fuel stoves can also be spotty at high altitudes, and the piezo igniter on some stoves may fail above 5000m, requiring the use of matches or a lighter. Taking extra fuel can help ensure that you have enough fuel in case of any stove malfunctions.

When planning your fuel requirements, consider the type of food you will be cooking. Fatty foods require more oxygen to digest, so they may not be the best choice for high altitudes. Carbohydrate-rich foods are a good option, as they are quickly absorbed into the bloodstream and provide fast energy. However, be sure to take a variety of foods that you enjoy, as taste preferences can change at high altitudes, and you may find yourself craving fats or particular foods that you normally wouldn't eat.

In summary, when estimating fuel requirements for an Aconcagua expedition, it is always better to err on the high side. This will help ensure that you have enough fuel for cooking, melting snow, and dealing with any unexpected challenges that may arise during your climb.

shunfuel

TSA confiscation of stoves is a concern when flying

When preparing for an Aconcagua expedition, it is important to consider the amount of fuel you will need for cooking and melting snow for water. While white gas and pressurized fuel canisters are used on Aconcagua, it is recommended to bring your own fuel from home to ensure a reliable source of calories during the climb. It is also crucial to estimate fuel requirements generously, as rationing fuel can be challenging if you run short.

Now, let's address your concern about TSA confiscation of stoves when flying to your destination. The Transportation Security Administration (TSA) has strict guidelines regarding the transportation of stoves and fuel on commercial aircraft. While stoves are generally allowed in carry-on or checked baggage, it is imperative that they are completely empty and free of any fuel residue. This means taking the stove apart, cleaning it thoroughly, and ensuring no fuel vapors remain before packing it for travel.

To avoid any issues with TSA agents, it is recommended to take the following precautions:

  • Disassemble the stove and clean it with degreaser and hot water to remove all fuel residue.
  • Dry the stove and its components thoroughly.
  • Take photos of the disassembled stove and the inside of the tank to show TSA agents if they have any doubts.
  • Wrap the stove and its parts in clear plastic bags for easy inspection.
  • Include a summary of the stove, bottle, and parts in your luggage so that TSA agents understand what they are inspecting.
  • Check the TSA website and your airline's policies for the most up-to-date information and guidelines.

Additionally, consider shipping the empty fuel containers directly to your destination in advance to avoid the hassle of transporting them. Remember, the key is to ensure that your stove is completely fuel-free and properly packed according to TSA guidelines to minimize the risk of confiscation.

By following these steps, you can confidently transport your stove and focus on the exciting Aconcagua adventure that awaits you.

AC's Fuel Consumption: Costly Comfort?

You may want to see also

shunfuel

Food choices and climbing tactics impact fuel requirements

A successful climb up Aconcagua requires a lot of energy, with climbers burning up to 10,000 calories on summit attempts and 4450 calories on a typical day. This means that a meticulous diet preparation is crucial. The recommended calorie sources for mountaineers are sugars, lipids (vegetable and animal origin), and proteins. Carbohydrates are also important as they provide the body with glucose, which acts as fuel.

The food should be easy to digest, tasty, easy to transport, not too heavy or voluminous, and diverse. It is also important to eat moderately, chewing food well and eating slowly. Eating to match exertion levels is crucial in order to maintain lean muscle mass, stay sharp, and minimize weight loss, which can be a problem when climbing.

For a trip like Aconcagua, it is recommended to plan for 4000 calories per person per day, with a ratio of 65% carbs, 20% fat, and 15% protein, which amounts to about 2 pounds of food per person per day. However, it is important to note that the body's metabolism changes at high altitudes, and some foods may be harder to digest.

When climbing Aconcagua unsupported, it is possible to carry 14 days' worth of food, but it is recommended to pre-acclimatize and climb alpine-style to make the load more manageable. It is also important to consider the climbing route and tactics, as some routes may require more energy expenditure than others. For example, the Polish Glacier Route is an extreme altitude climb, and climbers should be prepared to take care of themselves, even when using a guiding company.

Additionally, fuel requirements should be estimated generously as it is nearly impossible to ration fuel if it runs short. White gas and pressurized fuel canisters are commonly used on Aconcagua, and liquid fuel and canister fuel can be purchased in Mendoza, Argentina, along with most food items. However, it is recommended to bring food from home to ensure reliable calorie sources.

Frequently asked questions

It is recommended to bring nearly all of your food from home to ensure reliable calorie sources for the climb. For the Ruta Normal, plan for one gallon of white gas per person. It is better to overestimate your fuel requirements than to underestimate.

White gas and pressurized fuel canisters are both used on Aconcagua. However, there have been issues with the quality of white gas in Mendoza, so sealed canisters are preferable.

Jetboils are safer than fuel stoves when cooking inside a tent, which may be unavoidable due to weather conditions. They are also quicker to boil small amounts of water for meals or hot drinks.

Above 3500m in altitude, a climber burns about 8000 calories per day. Your diet should supply at least 2500 calories daily, with the ratio of carbohydrates to fats to protein being 70:20:10.

Written by
Reviewed by
Share this post
Print
Did this article help you?

Leave a comment