Trekking in Nepal looks simple from a distance—walk a trail, stop at villages, wake up to mountain views, repeat. But once you are actually on the trail, it becomes clear that it’s less about distance and more about how you manage altitude, energy, and pace over several days. Most problems don’t come from the trail itself; they come from small decisions that add up.

Here are the mistakes that tend to catch trekkers off guard—and how they actually play out on the ground.

Going Too High, Too Fast

The most common mistake in Nepal isn’t gear, fitness, or even navigation. It’s speed—specifically, how quickly people gain altitude.

Above 2,500 meters, your body starts adjusting to thinner air. This process takes time, and there’s no shortcut. You can be physically fit and still struggle if you ascend too quickly. That’s why experienced trekkers don’t think in terms of distance covered but in terms of elevation gained.

The itineraries for the treks on the longer routes, like the Manaslu Circuit Trek, are designed around this concept. You’ll notice planned stops where the distance isn’t long, but the purpose is clear—stay at a certain height, walk a bit higher during the day, and come back down to sleep.

The early days may seem easy, which can be misleading. You are walking through lower villages; breathing feels normal, and it’s tempting to move faster. The effect of altitude often shows up later, usually when you are already higher than your body is ready for.

Treating Acclimatization Days as Optional

It’s easy to look at an itinerary and think a rest day is just a buffer—something you can skip if you feel good.

On the trail, it doesn’t work like that. That is because acclimatization days aren’t about resting in the strict sense. You still walk, just not too high or too far. The goal is to help your body adjust gradually. Without these breaks, you are stacking altitude gain day after day, which increases the chance of headaches, poor sleep, or worse. 

Guides from Radiant Treks have often noticed this mistake on longer treks: people feel fine in the lower villages and start cutting rest days before the altitude has really begun to show its effect.

You’ll often see people try to “optimize” their schedule by removing these days. It might save time on paper, but in practice, it often leads to delays. Either they slow down later, or they have to descend and lose days anyway.

Starting Too Fast in the First Few Days

The first couple of days of a trek feel deceptively easy. The air is thicker, the trails are wider, and your energy is high. That’s usually when people walk too fast.

The problem isn’t just fatigue. Moving too quickly early on affects how your body adapts later. It raises your exertion level before your body has settled into the rhythm of walking day after day.

If you watch experienced trekkers, they move at a steady, almost slow pace. They are not trying to reach the next village quickly—they are trying to maintain a pace they can repeat for a week or more. That consistency matters more than speed.

Packing for ‘What If’ Instead of Reality

Many trekkers arrive in Nepal prepared for every possible situation—and end up carrying things they never use.

Heavy jackets, multiple changes of clothes, and extra gear “just in case I might need them.” But it adds up quickly, especially when you are walking uphill for hours.

In practice, what works best in the Himalayas is a simple layering system. Mornings can be cold, afternoons warm, and evenings cold again. Instead of one heavy solution, you adjust throughout the day.

After a few days on the trail, most people realize they are wearing the same core items again and again. The rest just becomes extra weight.

Not Drinking Enough

Hydration is one of those things people underestimate because it doesn’t feel urgent.

At high altitude, your body loses more water through breathing and movement. You may not feel sweaty, but you are still dehydrated. That, in turn, makes it harder for your body to adjust to altitude.

It also affects energy levels. Headaches, fatigue, and even appetite loss can be linked to not drinking enough.

On most treks, a rough baseline is to drink around 3 to 4 liters of water a day. It sounds like a lot, but when you are walking for several hours, it becomes necessary.

Ignoring Early Symptoms

One of the more serious mistakes is brushing off small symptoms.

A mild headache, a bit of nausea, or feeling unusually tired—these are easy to ignore, especially if everyone else is still moving. But in the mountains, small signs matter.

Altitude-related issues don’t always escalate slowly. Sometimes they build quietly and then get worse quickly. The safest response is simple: don’t push higher if something feels off.

Trekkers who manage this well aren’t the ones who never feel symptoms—they are the ones who respond early.

Underestimating Daily Effort

People often think of a trek in terms of total distance or the number of days required to complete it. What they don’t always expect is how each day feels.

For instance, a short trekking day on paper can still involve several hours of walking, often uphill. Trails aren’t always flat or predictable. Add altitude to that, and even simple sections can feel harder than expected.

In addition, facilities also become simpler as you go higher. Rooms are basic, heating is usually only in the dining area, and things like hot showers or charging come at an extra cost—if they are available at all.

Once you accept this rhythm—walk, arrive, eat, rest—it becomes easier to settle into the experience.

Not Adjusting Food Habits

Food matters more than most people expect on trekking trails in Nepal. But at higher altitudes, your appetite often drops. Nonetheless, your body still needs energy to keep going. If you skip meals or eat too little, tiredness builds up over the next few days.

So, what is available? You should opt for simple meals like rice, lentils, and noodles that usually work best. They are light and easy to digest, and you will find them in most teahouses. Heavy or oily food can make you feel uncomfortable, so it is better to avoid it.

Snacking between meals also helps. A small bite along the way keeps your energy steady, so you don’t feel drained halfway through the day.

Misjudging Weather and Timing

The weather in the mountains doesn’t follow a strict pattern—it is unpredictable.

Mornings are usually clear, and thus most treks start early. By afternoon, clouds can roll in, temperatures drop, and visibility can change quickly.

Trekkers who start late often end up walking in less stable conditions. It’s not always dangerous, but it can make the day harder than it needs to be.

Being flexible also helps. Sometimes waiting a few hours—or even a day—can really help.

Choosing the Wrong Approach for Your Time

Not everyone has the time or interest for a long, multi-week trek, and this is where people often go wrong.

Trying to fit a long route into a short trip usually means you end up rushing. The days feel packed, you are always thinking about the next stop, and it takes away from the whole experience.

The Everest trekking and scenic helicopter return may be one of such options. It is a better fit for those who prefer to enjoy the Himalayan scenery without committing to a multi-day trek.

At the same time, some people realize along the way that what they really wanted was to see the mountains, not necessarily spend days walking to get there. 

In that case, it is better to choose a route or travel style that matches your time, fitness, and expectations.  For instance, you can enjoy the Himalayan scenery without being a part of a multi-day trek if you choose the Everest helicopter tour experience.

Overall, it’s not about choosing the harder option. It’s about choosing what actually suits your time and the kind of trip you want.

Final Thoughts

Most mistakes related to trekking in Nepal don’t come from a lack of effort. Rather, they are the result of misunderstanding how the environment works.

One should understand that the mountains don’t reward speed or overconfidence. They reward patience, steady pacing, and small, consistent decisions.

If you slow things down, pay attention to how your body responds, and stay flexible with your plan, the experience changes completely. What could have been a struggle turns into something far more manageable—and far more memorable.

The beauty industry has been talking about sustainable packaging for years. What has changed recently is not the conversation — it is the pressure behind it. Regulatory frameworks are tightening, major retailers are raising their packaging sustainability requirements, and a growing segment of consumers actively checks what their products come in before deciding what to buy.

For brands, this means that packaging decisions which were once primarily aesthetic and functional are now also strategic sustainability decisions. And for the companies supplying that packaging, it means that “we can make it recyclable” is no longer a differentiating claim — it is table stakes.

What’s actually driving the shift — regulation, retail and consumer pressure

The EU Packaging and Packaging Waste Regulation, moving toward mandatory recycled content requirements and restrictions on certain single-use packaging formats, is reshaping what packaging producers and brand owners need to plan for. By the time these requirements are fully in force, brands that have not begun transitioning their packaging materials will be managing compliance crises rather than making proactive choices.

Alongside regulation, major retail and distribution partners — particularly in the European market — have introduced their own packaging sustainability scorecards. A brand’s ability to demonstrate recycled content percentages, recyclability certification and a reduction in packaging carbon intensity has become part of the commercial conversation with buyers, not just a marketing story for end consumers.

It is in this context that plastic tubes for packaging in beauty and personal care are being reconsidered — not by abandoning plastic as a material category, but by fundamentally changing what that plastic is made from and what happens to it at end of life.

The three material options replacing conventional plastic tubes

The shift away from single-use virgin plastic in cosmetic tube packaging is not a single solution. It is a spectrum of options, each with different environmental profiles, technical characteristics and communication possibilities.

PCR (Post-Consumer Recycled) PE tubes are the most commercially mature alternative. PCR material is granulate recovered from collected post-consumer plastic waste — bottles, containers, film — that has been processed back into a usable raw material. Tubes can be produced with PCR content ranging from 30% to 100%, depending on the application and the quality requirements of the finished product.

The environmental case for PCR is straightforward: by displacing virgin polymer, the upstream carbon burden of raw material production is substantially reduced. PCR tubes are recyclable at end of life through the same streams as conventional PE. For brands with specific recycled content targets in their sustainability commitments — or facing mandatory recycled content requirements under incoming regulation — PCR is the most direct path to a verified, reportable improvement.

Sugarcane bio-PE tubes take a different approach. Rather than using recycled fossil-derived plastic, bio-PE is produced from bioethanol derived from sugarcane — a renewable feedstock that absorbs CO₂ during growth. MPACK’s sugarcane tubes are manufactured using 96% bio-based polyethylene, produced with 80% renewable energy, and are completely free from BPA. They are fully recyclable alongside conventional PE, which means they do not require separate collection infrastructure.

For beauty brands communicating a strong natural or clean beauty positioning, sugarcane tubes carry an authentic material story that is grounded in verifiable facts: the source material, the renewable energy used in production, and the bio-based content percentage. None of these require greenwashing — they are structural features of the material.

Recyclable virgin PE tubes with optimised end-of-life design remain relevant, particularly where functional requirements — barrier properties, compatibility with specific formulations, optical clarity — are demanding. The sustainability case here rests on design choices that maximise recyclability: mono-material construction (avoiding multi-material laminates that complicate sorting), avoidance of incompatible coatings, and caps made from compatible materials.

What “recyclable” actually means — and why it matters for claims

One of the most common misunderstandings in sustainable packaging is the conflation of “recyclable” with “recycled.” A tube described as recyclable means it is technically capable of being processed in recycling streams — it does not mean it will be recycled, or that its production involved any recycled material.

For brand communications, this distinction matters. Regulators across the EU are tightening rules around environmental claims, and vague terms like “eco-friendly” or “sustainable” without substantiation are increasingly scrutinised. A PCR tube with verified recycled content percentage is a defensible claim. A tube described as “sustainable” because it is technically recyclable is not.

The practical implication: when evaluating packaging options, ask suppliers to specify the recycled content percentage (for PCR), the bio-based content percentage and certification (for bio-PE), and the recyclability standard the tube is designed to meet. These are the data points that support credible communication — and that hold up under regulatory review.

The carbon question: how packaging choices show up in ESG reporting

As more beauty brands build formal ESG reporting programmes — whether voluntarily or under the CSRD requirements that are expanding their scope — packaging is appearing as a line item in Scope 3 emissions calculations.

The carbon profile of a cosmetic tube varies significantly depending on material choice. Virgin PE carries the full upstream burden of petrochemical production. PCR PE avoids much of that upstream production phase, with a substantially lower carbon intensity per kilogram. Sugarcane bio-PE has a different profile again, reflecting the agricultural and processing inputs of bio-based production.

What most brands currently lack is per-order carbon data that reflects their actual tube specification — diameter, length, material blend, decoration method — rather than generic category averages. This is precisely what a carbon footprint calculator integrated into the ordering process provides: a number that can be used in reporting, tracked over time, and improved by switching material configurations.

What to look for in a sustainable packaging supplier

A supplier capable of supporting a genuine sustainability transition in beauty packaging needs to offer more than a single eco-friendly option. The key criteria worth evaluating:

Material range and verified content. Can the supplier offer PCR at multiple content levels (30%, 50%, 70%, 100%)? Is bio-based content certified and documented? Can they provide the data you need for reporting?

Carbon footprint data at order level. Is there a tool that calculates the CO₂ impact of your specific configuration — not just a general estimate for the product category?

Technical capability across decoration methods. Sustainable materials need to work across the full decoration range — screen, flexo, offset, hot stamping, Soft-Touch — without compromising the finished aesthetic. A supplier whose eco-friendly options are limited to plain, undecorated tubes is not a real partner for branded beauty products.

Lead time and production reliability. Sustainability transitions often involve new material specifications, which means close coordination on quality and timelines. A 21-day lead time from order confirmation to delivery is a practical benchmark for brands managing product launch schedules.

Making the transition

MPACK Poland offers the full spectrum of tube materials for beauty and personal care packaging — virgin PE, PCR (up to 100% recycled content), and sugarcane bio-PE — alongside a complete range of decoration options and a carbon footprint calculator that generates per-order CO₂ data. With over 20 years of manufacturing experience, a production capacity of 120 million tubes per year, and clients across 24 markets, MPACK works with brands at every stage of their sustainability transition — from first sustainable SKU to full portfolio conversion.

The beauty industry is not giving up on plastic. It is deciding, product by product and supplier by supplier, what kind of plastic it is willing to use.

Water storage is not something people think about until there is a problem. A building loses pressure, a factory runs dry in the middle of a shift, or a family opens the tap and nothing comes out. That is when the importance of having the right water tank becomes very clear.

In the UAE, this is a real concern. Temperatures cross 45°C for months at a time, water comes from desalination plants, and supply pressure varies significantly across different areas. Without a properly sized and well-built water tank, any home, building, or business is at risk.

Alpha Teknik Industries LLC has been supplying water tanks across the UAE for years. We manufacture plastic polyethylene tanks, GRP fiberglass tanks, and IBC tanks for residential, commercial, and industrial customers in Dubai, Abu Dhabi, Sharjah, and all other emirates. This guide will help you understand each product, compare your options, and make the right purchase decision.

What Is a Water Tank and Why Do You Need One in UAE

A water tank is a container built to store water for later use. It can be installed on a rooftop, placed at ground level, buried underground, or mounted on a platform depending on the application.

In the UAE specifically, water tanks serve two important functions. First, they store the water supplied by the municipal network so it is available even when supply pressure drops. Second, they act as a buffer during maintenance shutdowns or emergency situations where the main supply is cut.

Every villa, apartment building, hotel, school, hospital, and industrial plant in the UAE has at least one water tank. The question is never whether you need one. The question is which type suits your needs best.

Plastic Water Tank in UAE

The plastic water tank is the most common water storage solution in the UAE. It is made from polyethylene, a food-safe plastic that is lightweight, easy to install, and resistant to rust and corrosion. Most residential and small commercial properties across the UAE use polyethylene tanks because they are affordable, available in a wide range of sizes, and require very little maintenance.

Alpha Teknik manufactures polyethylene water tanks in both vertical and horizontal configurations. Vertical tanks are the most popular for rooftop installation because they take up less floor space. Horizontal tanks are preferred when height is limited or when the tank needs to be mounted on a vehicle or frame.

What Makes Alpha Teknik Plastic Tanks Different

The inner surface of every tank is made from food-grade polyethylene. This is important because it means the water stored inside is safe for drinking, cooking, and all household uses. There are no harmful chemicals leaching into the water from the tank walls.

The outer layer uses a UV-resistant black material. This blocks sunlight completely, which prevents algae growth inside the tank and protects the structure from degrading under intense UAE sun exposure.

Between the inner and outer walls, there is an insulating foam layer. This layer keeps water temperatures from rising too high during summer. Water stored in a tank without insulation can reach temperatures that make it unsafe and unpleasant to use.

The lid on every tank has a threaded seal. This keeps out dust, sand, and insects, which is especially important in the UAE’s desert environment, where fine sand particles can enter any uncovered container.

Plastic Water Tank Sizes and Prices in UAE

Capacity	Liters	Price (AED)
50 USG	190L	504 to 533
100 USG	380L	576 to 634
200 USG	760L	720 to 980
500 USG	1,900L	1,224 to 1,692
1,000 USG	3,800L	2,304 to 3,240
3,000 USG	11,400L	5,616 to 8,424
5,000 USG	19,000L	9,072 to 13,740

Who Should Buy a Plastic Water Tank

Plastic tanks are the right choice for villas, townhouses, low to mid-rise apartments, schools, mosques, retail shops, small warehouses, and farms with moderate water demand. If your daily water requirement is below 20,000 liters and you want a tank that installs quickly at a reasonable price, a polyethylene water tank is your best option.

GRP Water Tank in UAE

The GRP water tank is a completely different product built for a different set of requirements. GRP stands for Glass Reinforced Plastic, which is also known as fiberglass. The tank is made by combining layers of woven glass fiber with a thermoset resin, creating a material that is stronger than steel on a weight-for-weight basis and completely immune to corrosion.

GRP water tanks are used in applications where size, durability, and long-term performance matter more than upfront cost. Hotels, hospitals, industrial plants, water treatment facilities, government buildings, and large residential compounds across the UAE rely on GRP tanks because they last two to three times longer than plastic tanks and can be built to virtually any size.

Why GRP Water Tanks Are Worth the Investment

The biggest advantage of a GRP water tank is its lifespan. A well-maintained GRP tank lasts 25 to 30 years. That is nearly double the lifespan of a polyethylene tank. For any large-scale installation, the total cost of ownership over 20 years is significantly lower with GRP even though the initial price is higher.

The second advantage is scale. GRP tanks can be manufactured in panel form and assembled on site, which means there is almost no upper limit on capacity. Alpha Teknik supplies GRP tanks from 300 gallons all the way to 20,000 gallons and beyond for custom projects.

The third advantage is chemical resistance. GRP does not react with water, chlorine, or cleaning chemicals. This makes it the safest material for long-term potable water storage and for holding process water or industrial liquids that would degrade a metal or concrete container.

GRP tanks are also the preferred choice for underground installations. An underground GRP tank can withstand significant soil pressure and hydrostatic load without deforming, which is something polyethylene tanks cannot do reliably at large sizes.

GRP Water Tank Sizes and Prices in UAE

Capacity	Type	Price (AED)
300 USG	Aboveground	1,278
1,000 USG	Vertical	3,956
10,000 USG	Horizontal	25,160
20,000 USG	Horizontal	50,320

GRP Underground Water Tank Prices

Capacity	Price (AED)
300 USG	1,515
1,000 USG	3,812
20,000 USG	54,640

Who Should Buy a GRP Water Tank

If you manage a hotel, hospital, industrial facility, large compound, or any project that requires more than 5,000 gallons of water storage, a GRP water tank is the right choice. It is also the correct choice when the tank will be installed underground or when you need a product that will perform reliably for more than 15 years without replacement.

IBC Tank in UAE

The IBC tank is a different kind of product altogether. IBC stands for Intermediate Bulk Container. It is not a fixed installation like a water tank. It is a portable liquid container designed for moving and temporarily storing bulk liquids in industrial and commercial environments.

A standard IBC tank holds exactly 1,000 liters. It consists of a rigid inner HDPE container surrounded by a galvanized steel cage, all mounted on a flat pallet base. This design makes it easy to move with a forklift or pallet jack, stack in a warehouse, and transport inside a shipping container.

IBC tanks are used across almost every industry in the UAE. Food manufacturers use them to transport ingredients. Chemical companies use them to ship solvents and cleaning agents. Construction sites use them for temporary water supply. Farms use them for liquid fertilizers. Logistics companies use them for bulk liquid cargo.

Key Features of the IBC Tank

The inner HDPE container is food-grade and chemical resistant. It can handle a wide range of liquids from drinking water to industrial chemicals depending on the liner specification.

The steel cage protects the container from physical damage during loading, transport, and stacking. Full IBC tanks can be stacked safely two to three units high, which makes efficient use of warehouse space.

At the base of every IBC tank there is a 2-inch butterfly valve. This allows the liquid to drain by gravity without any pump equipment. For high-volume dispensing operations, this is a significant convenience.

The pallet base is designed for standard forklift tines. A full 1,000-liter IBC tank weighs over 1,000 kilograms, so forklift compatibility is not optional. It is a core functional feature.

IBC tanks are also reusable. After each use they can be cleaned, inspected, and refilled. This makes them a cost-effective choice for any business that regularly handles bulk liquids.

IBC Tank Price in UAE

Type	Capacity	Price (AED)
Standard IBC Tank	1,000L	1,584

Who Should Buy an IBC Tank

Any business that receives, stores, or distributes bulk liquids can benefit from IBC tanks. Food processors, chemical manufacturers, farms, construction companies, water delivery operations, and event management companies all use IBC tanks regularly. If your need is for a permanent fixed installation, a water tank or GRP tank is more appropriate. If your need involves movement, flexibility, or temporary storage, the IBC tank is the right tool.

How to Choose the Right Tank for Your Needs

The decision comes down to three things: how much water you need to store, whether the installation is permanent or temporary, and what your budget looks like.

For most residential customers and small businesses, a plastic polyethylene water tank is the most practical and cost-effective solution. It installs quickly, performs reliably in UAE conditions, and covers capacities up to 19,000 liters at a price that suits most budgets.

For large-scale commercial or industrial customers, a GRP water tank delivers the long service life, structural strength, and large capacity that the job requires. The higher upfront cost is justified by the 25 to 30 year lifespan and the reduced need for maintenance or replacement.

For businesses that handle bulk liquids as part of their operations, the IBC tank provides flexibility that a fixed water tank cannot offer. It moves where you need it, stores what you need it to store, and can be reused across many cycles.

Your Situation	Best Choice
Residential rooftop storage	Plastic water tank
Small to mid commercial building	Plastic water tank
Hotel, hospital, large compound	GRP water tank
Underground installation	GRP underground tank
Bulk liquid transport or temp storage	IBC tank
Budget-sensitive installation	Plastic water tank
20-plus year service life needed	GRP water tank

Water Tank Maintenance in UAE

UAE’s heat and dust create conditions that accelerate wear on any water storage system. A few basic maintenance habits will extend the life of your tank significantly.

Clean the interior of your tank at least every six months. Sediment accumulates faster in warm water, and without regular cleaning, biofilm and algae can develop even in treated water supplies.

Check all fittings, valves, and inlet connections once a year. The heat cycling between day and night temperatures causes materials to expand and contract repeatedly, which can loosen connections over time.

Inspect the lid and seal regularly. A cracked or missing seal allows dust and insects to enter the tank, which contaminates the stored water and accelerates interior fouling.

For GRP tanks, have a professional inspect the interior coating every five years to check for any signs of delamination or surface wear. For IBC tanks, flush the container thoroughly before switching between different liquid types to avoid contamination.

Why Customers Choose Alpha Teknik in UAE

Alpha Teknik Industries LLC manufactures all products at our facility in Dubai Industries City. This means no import delays, no reliance on overseas supply chains, and direct accountability to every customer. When you buy from Alpha Teknik, you deal directly with the manufacturer.

All materials used are food-grade certified and tested for UAE climate conditions. Our tanks have been installed in Dubai, Abu Dhabi, Sharjah, Ajman, Ras Al Khaimah, Fujairah, and Umm Al Quwain across residential, commercial, government, and industrial projects.

We carry full stock of plastic tanks, GRP tanks, underground tanks, and IBC tanks. Most orders can be delivered within days, not weeks.

Frequently Asked Questions

What is the price of a water tank in UAE?
Plastic water tanks start from 504 AED for 190 liters. GRP fiberglass tanks start from 1,278 AED. The exact price depends on the size, material, and configuration you need.

What is a GRP water tank?
GRP stands for Glass Reinforced Plastic. It is a fiberglass composite tank that is stronger than steel by weight, completely corrosion-resistant, and built for long-term heavy-duty water storage. GRP tanks are the standard choice for hotels, hospitals, and industrial sites across the UAE.

What is an IBC tank used for?
An IBC tank is a 1,000-liter portable container used for transporting and temporarily storing bulk liquids including water, food-grade ingredients, chemicals, and agricultural products.

Which is better, plastic or GRP water tank?
For storage up to 5,000 USG, plastic tanks offer excellent value and performance. For larger capacities or longer service life requirements, GRP tanks are the better investment due to their 25 to 30 year lifespan and superior structural integrity.

How long does a water tank last in UAE?
Polyethylene tanks typically last 10 to 15 years. GRP tanks last 25 to 30 years. IBC tanks last 10 or more years with proper cleaning and maintenance between uses.

Do you deliver water tanks to Abu Dhabi and Sharjah?
Yes. Alpha Teknik delivers to all UAE emirates including Dubai, Abu Dhabi, Sharjah, Ajman, Ras Al Khaimah, Fujairah, and Umm Al Quwain.

Conclusion

Finding the right water storage solution in UAE is not complicated once you understand what each product is built for. A plastic water tank covers most residential and small commercial needs at an affordable price. A GRP water tank handles large-scale, long-term, and underground applications better than any alternative. An IBC tank gives industrial and commercial operations the portability and flexibility they need for bulk liquid handling.

Alpha Teknik manufactures all three products locally in Dubai and supplies them to customers across the entire UAE. If you are not sure which product is right for your project, call or message us 

Call or WhatsApp: +971 50 281 4051
Email: support@alphateknik.ae
Location: Dubai Industries City, Phase 3, Warehouse K04 and K05