Thursday, June 29, 2023

Aluminum Recycling- An Untapped Market still to be developed rapidly

 

How to Start an Aluminum Scrap Recycling Business in India?


This article focuses on the aluminum recycling process, the cost estimates for setting up aluminum recycling plants, and the benefits to the business.

Have you decided to start a profitable and profitable business? In this post, I have created a business plan template that you can use to organize your aluminum scraps. This article also presents the aluminum recycling process, the estimated cost to set up aluminum recycling, and the revenue for this industry.

aluminum is used in many products such as tin cans, foils, household appliances, household appliances, window frames, consumer durables, electrical tools and aircraft equipment. According to the International Aluminum Institute (IAI), 75% of the approximately 900 million tons of aluminum produced worldwide since 1880 is still used in manufacturing.
It seems that 75% of all aluminum ever produced is still usable due to its durability and recyclability.

Recycling does not affect the quality of the aluminum - it can be recycled, so aluminum retains its high residual properties. Almost 100% of the aluminum produced during aluminum production is recycled. For this reason, aluminum scrap is considered one of the most important scraps in the world.

The advantages of using recycled materials are low cost, low energy consumption, low material usage and 100% total recyclability.
Therefore, you might consider investing in the renewable energy business.

How much does it cost to start an aluminum recycling business?
plans to set up Aluminum Products Company in India

Business Plan: Recycle Aluminum Products and use all automated machinery to buy in form of Aluminum Ingots.

The capital investment required to start an aluminum recycling business is INR 3,161,000 (assuming it is done in a rented building and using high efficiency machinery).

Option A: Construction cost (private house)
Land cost including road: INR 300,000 - 500,000 (depending on region)

Aluminum Garment Recycling Area: 3400 m2
Square meter (including office, toilet and Aluminum Scrap warehouse)

3400 Square meter Land Cost (approximately 8 cents): 8 X 5.00,000 (Rental Fees): INR 4,000,000 Fees for Apartment A

:
 INR 200/sq. ft.

Installation cost of electrical appliances: INR 680,000 (3400 X 200)

Flooring and electricity cost: INR 50,000

personal 400 INR 4 4, Fixed building cost Option B: Rental building
Required space Aluminum scrap recycling facility: 3400 
Feet

Land cost for 3400 square feet = INR 300,000 (Rs)
Aluminum scrap bale separator: INR 2.90,000 (capacity 120 - 150 tons)

Aluminum scrap shredder: INR 4.25,000 (capacity structure - 1500-2000) kg / hour
)

Aluminum scrap melting furnace: 8.00,000 INR (capacity - total)

Forming machine for aluminum scrap recycling: 3000 INR
Forklift for aluminum scrap transport: INR 7,90,000 (5 to 44 tons machine 1. Price: INR 2,308,000
Option B: Automatic Machine
Aluminum Recycling Plant, Automation Level - Fully Automatic: INR 20,00,000 (capacity 8 tons/lot, engine 28 hp)
a Total rapt
.
 Plant Recycling Plant Plan: INR 2,793,000 (including Automatic Machines, Forklifts and Forming Machines)

Automatic Aluminum Scrap Recycling Plant Cost: INR 2,793,000
Daily cost
daily recycling new

Mixed Aluminum Scrap Price: INR 140/kg

8 tons Aluminum Scrap Price/day for: INR 11.20,000 (8000 X 140)

Electricity (8 tons should be 6000 units): INR 54,000 (Rs 9/unit)
440 Operating Cost:
0
 get INR
Cost: INR 1000

Maintenance Cost: INR 1500

Daily operating cost is Rs.
1,181,500
Daily profit margin
20% slag and metal loss after aluminum ingot removal: 6.4 tons

Aluminum ingot selling price: 219 INR/kg

6400 tons X NR. 2) 19)
Revenue per
:
 Aluminum Ingot Selling Price - Operating Cost = INR 220.100

INR Daily Margin 220.100
Monthly Operating Cost (20 working days)
8 Tons Aluminum Cost INR) Scrap: 140)
/
Electricity: INR 1,084,500

Labor: INR 1,10,000

Addition: INR 2,22,000

Maintenance Cost: INR 50,000 14 444 Electricity cost: INR 50,000 14 404 Electricity cost: 444
monthly operating cost for Rs.
23.966,500
Profit per month (20 working days)
Aluminum ingot selling price: INR 28,032,000 (6400 X 20 X 219)

Profit: Aluminum ingot sale 6 R4 4 4 Profit cost = 400 margin per month. 4,065,500 Equipment Required to Start
Aluminum Processing Equipment
To start aluminum scrap recycling business, we need facilities, raw materials (aluminum scrap), machinery, power plants, workers and technicians to manage the machinery. Let's take a look at all this.

Aluminum Scrap Recycling Plant Area Start
Aluminum Scrap Recycling Business, 3000 sqft
Square meters to 3,400 square feet of space will suffice. Renting land or using your own is a better option.
The most important condition is that the land must be within 1 km radius from sensitive areas such as agriculture, residential areas, groundwater.

Aluminum recycling plant infrastructure
Aluminum recycling machine installation must have an air chamber. It should have proper safety management, electrical connection, ventilation, technical support and other necessary equipment. In addition, we need a little more space to store the recyclable and aluminum products required for recycling. All this can happen in an area of ​​​​3400 square meters.
foot area. Make sure there is enough space to prevent fire.

Electrical and Plumbing
is a much needed electrical and plumbing connection. Make sure the area where you choose to install your aluminum appliances has a steady supply of electricity, as a lack of electricity can disrupt work.
Also, make sure you have clean water for recycling. Cleaning aluminum and aluminum consumables can require a lot of water.

Aluminum Containers
Aluminum Containers are 100% recyclable and can be recycled without loss of purity. There are different grades of aluminum used for recycling, including scrap aluminum (ISRI code TAINT), aluminum cups (ISRI code TLDON), painted aluminum scrap (ISRI code TALE), aluminum scrap (ISRI code TALON), Mixed Aluminum Scrap, Aluminum. Extrusion Scrap (ISRI Code TLDON), Aluminum Radiator Scrap (ISRI Code TALLY), Aluminum Wheel Scrap (ISRI Code TROMA), Aluminum Products Aluminum etc.

Recycle Bin Access.
com to buy large quantities of aluminum products you want to recycle.

Aluminum recycling Process You tube Video Link





GRID INTERACTIVE BATTERY INVERTERS

When it comes to Solar Engineering, it is either gird connected or outside the gird that primarily comes to our mind but there are certain cases of hybrid inverters that work on battery as well as the grid and direct solar, probability being the power to remain for the maximum hours. Well the thinkers do not stop there to bring the concept of Grid interactive battery inverters now which is still not much popular but would eventually become the most effective. 
A large portion of the energy generated by a typical PV system will be exported to the grid and there is increasing demand for solutions to enable better use of this energy through the use of energy storage.
  • Adding battery storage enables this excess generation to be stored for use later when consumption is higher than generation. 
  • Some systems can also provide backup power in the event of grid failure.
  • These inverters use a battery bank for energy storage and will not operate without batteries. They are used in addition to grid connect solar inverters.
Grid-interactive battery inverters, can export power to the utility grid, can charge a battery using surplus energy for use in times of low generation and some can also supply backup power to protected loads during a grid outage.AC Coupled Solar PV Battery Storage System Schematic 02Depending upon inverter type and which loads need to be powered an automatic transfer switch that enables them to safely operate off-grid during a blackout may also be required.AC Coupled Solar PV Battery Storage System With Back Up SchematicFor back-up applications the inverter is connected to the battery bank (usually 24 or 48 VDC), an AC distribution board for loads needing back-up, and the building supply, using an automatic transfer switch if required.
The battery bank is charged by the PV array connected through a charge controller or through the battery inverter via AC coupling and an energy meter is used to measure import/export.
If more power is being generated than being used then instead of it being exported to the grid it is instead sent to charge the battery. As loads increase above generation and power starts to be imported it is instead taken from that stored in the battery.
During a power cut, the switch box will automatically disconnect from the grid and supply AC power to the protected loads by drawing energy from the battery bank and solar array. When the grid is restored, the inverter will automatically switch back to grid-connect operation and recharge the batteries.

Some energy is used to maintain the battery bank. Because of this systems with battery backup produce less energy (kWh) per kW of PV array than equivalent grid-tie systems that don’t include batteries.

Adding Storage to Grid Connected PV Systems

A large portion of the energy generated by a typical PV system will be exported to the grid and there is increasing demand for solutions to enable better use of this energy through the use of energy storage.

Adding battery storage enables this excess generation to be stored for use later when consumption is higher than generation. As electricity prices rise this sort of battery storage system will become more and more cost effective. Some systems can also provide backup power in the event of grid failure.


Types of Energy Storage Systems

These can be broadly described as one of three types with the following features:

DC Coupled Solar PV Battery Storage System Schematica) DC Coupled Energy Storage
  • Here the battery is connected on the PV side of the solar inverter
  • A high voltage battery (to match PV voltage) is used to store the energy when it’s generated for when it’s needed
  • There is some (slight) reduction in the PV feed in tariff due to energy used in battery charge/discharge process
  • No requirement to inform the DNO about changes to the system connected to the grid
  • Not possible to charge the battery from cheap rate electricity
  • Usually no operation in the event of a power cut
AC Coupled Solar PV Battery Storage System Schematic 02b) AC Coupled Energy Storage
  • Here the battery is connected on the AC side of the solar inverter
  • An additional battery inverter/charger is required to convert battery power to 230 Vac and vice versa
  • There is no effect on the PV feed in tariff
  • DNO approval needs to be obtained
  • Possible to charge the battery from cheap rate electricity
  • Back-up may be possible with additional switchgear
AC Coupled Solar PV Battery Storage System With Back Up Schematicc) AC Coupled Energy Storage with Back-up
  • Allows operation in event of a power cut
  • Extra protection relays are required to enable AC loads to be run either from grid or from the battery and to provide a new neutral earth connection
  • These can be included in inverter/charger
  • Requires DNO approval

Not all installers are familiar with the issues and benefits of energy storage. We run regular training courses for installers on this topic and can provide recommendations:

 Find an installer

Why implement grid backup?

  • Get security for the future - from power cuts and rising energy bills
  • Have the ability to use most or all of your generation - your energy costs less than importing grid energy
  • Bask in the knowledge that you are your own power station

The system consists of:

  • A solar inverter - to connect the solar photovoltaic (PV) panels.
  • An inverter/charger - to convert battery power to 230V AC (grid power) and vice versa.
  • Batteries - to store the energy when it’s generated, for use when it’s needed. Lead acid or lithium ion.
  • Controls for monitoring and control of the system - to make a more efficient system and give you information on the distribution of energy.
  • Cabling and switchgear - for efficient and safe operation

Typically a battery store of approximately 5kWh (~200 Ah 48VDC) usable storage might be required. Sealed lead acid batteries are a good choice for low maintenance and safe installation in a house. Lithium Ion batteries offer optimum performance and space savings.


Source: http://www.windandsun.co.uk/information/types-of-system/grid-connect-system-with-battery-storage.aspx

Saturday, December 1, 2018

What would India be like if Gandhi Ji were still alive today?


What if India Was Undivided................



Well if that dream would be true India would have been one of the strongest nations, Undivided. The Kashmir issue would never have been started and the valley would have the greatest boost of tourism. 

As per the Green patch in the map then the Indian sub continent would have a much larger area with 4230928 sq.kilometers. (India- 3,287,263 sq. km, Pakistan - 796,095 sq. km and Bangladesh- 147,570 sq. km) and the combined area of the India Sub continent would have been almost equal to the area of Australia 

India would have been the most populous country in the world by now with a combined population of approximately 1.7 Billion people. 

The Cox's Bazar Beach in Bangladesh which is one of the longest natural sand beach stretching across 150 miles approximately would then have been a part of unified India and would have probably been a major tourist attraction like Goa or Puri. 

The natural resources combined in India, Pakistan and Bangladesh would have been a huge and then and this would have boosted the development of the Indian economy to a much greater extent. 

As the current population of Muslims in the subcontinent is 510 million, with roughly 180 million each in Pakistan and India, and another 150 million in Bangladesh. India would have been the largest Muslim nation.

India would have then been the strongest military with approximately 2205950 Active military personnel.  

  • Pakistani Hindus would have had much better life than the one they are currently having.
  • India would have had much better access to the world ( Particularly Europe and some parts of Asia) and would have had very huge deals and Petrol prices would have been very much lesser.
  • Indian film industry might have been much bigger than the current one.
  • India would have had the worlds best Cricket team with most of worlds top cricketing legends like Bishan Singh BediKapil DevSunil GavaskarAnil KumbleImran KhanJaved MiandadHanif MohammadWasim AkramWaqar Younis
    Sachin Tendulkar
    Rahul Dravid, etc.,
  • Our software companies would have had worlds best hackers.
  • Unpartitioned India would have been the world’s poorest country with over 600 million hungry people.
  • Muslims would not have been as powerful in a United India as they are today in Pakistan or Bangladesh where Muslims are more than 90% of the population in both countries.With 30% Muslim population United India would have seen worst communal riots than the ones India saw in its history. Religious Politics would have prevailed among all parts of the nation encouraging communal violence and India would have been among Top 10 Most Dangerous Countries In The World. All energy would be sucked into keeping the country together. Undivided India would have separate electorates. A democracy with separate electorates is no democracy at all. If India was unpartitioned world would have lost many interesting cricket matches.
Imagine this line up in the 2003 Cricket World Cup (2003 because thats when both India and Pakistan had the best teams IMHO) :)
Sachin Tendulkar
Saeed Anwar
Rahul Dravid
Inzamam ul-Haq
Sourav Ganguly
Anil Kumble
Shahid Afridi
Moin Khan (assuming he was playing in 2003)
Wasim Akram
Waqar Younis
Javagal Srinat


If India and Pakistan was not divided:
1. Both, India and pakistan would have escaped the wrenching experience of Partition with its attendant suffering and continued bitterness.
2. The suffering caused by the secession of Bangladesh could have been avoided.
3. The dispute over Kashmir would not have occurred, with all the attendant terrorism that has distorted life in India.
4. A three-tiered India would have had at least the same industrialisation that has occurred and the areas that are now Pakistan and Bangladesh would have profited from it. It would have been a vast "free trade zone" with no equal in the world.
5. It would have been a democratic republic, without military dictators. There would seem to be no reason why Muslim voters could not have exercised their franchise, just as they do in present-day India.
6. Unpartitioned India would be the word’s largest country (1.4 billion people), the world’s largest Muslim country (500 million) and the world’s poorest country (over 600 million hungry).
7. In undivided India, religion would have dominated political debate, as it did in the 30s and 40s, and consensus on reform would be hard to build internally. All energy would be sucked into keeping the country together.
8. Hindus would never have been able to rule Punjab, Sindh, Balochistan or the Frontier.
9. Undivided India need not have been the world’s poorest country. The resources, attention and energy that have gone into the continued hostility since Partition could have been channeled into development.
10. The foreign policy of India would not have been dominated by relations with Pakistan and Bangladesh with all the attendant distortions.
11. Cricket, a united team of the mid-eighties, Sunil Gavaskar, Miandad, Kapil Dev, Imran Khan, Zaheer, Vengsarkar and Wasim Akram, with Tendulkar and Waqar waiting. The landscape of the game - would have been entirely different.
12. Greater intensity and frequency of Hindu-Muslim riots. Self explanatory.
13. Arms Industry would have lost fortune.
14. The Indian Army (Indian+Pakistan+Banglade
sh) army combined would have theworld’s largest army in terms of military personnel overtaking China. Currently, India is second to China

Posibilities pf Mergers: India & Maldives

  There are a number of reasons why the Maldives might merge with India in the future. These include: Cultural and historical ties: The Mal...