Monday, 30 May 2016

New tax facilitating Udipi, Mangaluru SWM

Poor waste disposal management is pushing some of the Indian cities face a waste management crisis. After conducting repeated segregation awareness programmes, two of the municipal corporations in Karnataka have cracked the problem by imposing tax for door-to- door waste collection and disposal.


Speaking to Vijayalakshmi Sridhar of Clean India Journal, on the utilization of the tax gathered, Raghavendra Kadekar, Environment Engineer, Udipi City Municipal Council, said: “Currently Udipi generates 56-60 tonnes of waste daily. The management expenses are taken principally from the property tax which consumes 40-50% of the municipal budget. But, the SWM tax amount now will facilitate cost effective collection, storage, transportation, process and disposal. The amount will also instill a sense of discipline and inspire people to demand services from the municipality.”


Meanwhile, the Mangaluru City Corporation has initiated door-to- door collection of wet waste six days a week and dry waste only on Wednesdays. While the west waste is being tied in plastic bags and deposited in the bins, there is mixed waste that is being carelessly thrown around by households or littered on the streets. Hence, wastes cannot be segregated and decomposed properly. When the quantity of inerts increase, the life of the landfill comes down. However, if segregation is done properly, all wet waste can be composted, dry waste sent for recycling and only the inerts sent to landfills.


The introduction of SWM Cess, collected along with the property tax, will bring the necessary change in the minds of the public, Madhu S. Manohar, Environmental Engineer of Mangalore City told CIJ. “The Cess has been introduced to all the residences, commercials, non-residences, industries, etc., based on the plinth area of the building. For example: <500sqft is charged Rs240/-, 501-1000 sqft Rs480/-, 1001-2000sqft Rs720/- and >2000sqft Rs960/- per annum.”


Right now, 100% collection is not happening in cities and only 30% of the collected waste reaches the landfill. After the tax imposition, there is a likelihood for 90% collection. Wherever the tax collection has been implemented, manual handling of waste has also been brought down. With smart investment, the hydraulic vehicles deployed for collection can be tracked with GPS.


The public response to SWM Cess has been mixed so far. “With a view to streamline things and to make this method sustainable, we are planning to collect user SWM fee from all households. Meanwhile, imposition of fines is also in the pipeline,” Raghavendra said.


Looking ahead, there are some ways to make the waste collection and disposal sustainable. The first would be to have decentralized processing facilities dedicated to each city, so that the manure generated out of composting can be sold/used exclusively. Regular upgradation and maintenance of the facilities along with periodical training on modern processing and disposal techniques and methodologies will help them toe the line. As far as the continuing public education is concerned, Madhu said, “ The awareness on segregation and littering have to be leveraged and 100% collection of SWM Cess will definitely help smoothen the process.”



New tax facilitating Udipi, Mangaluru SWM

Tuesday, 10 May 2016

Clean India Journal reporting from Amsterdam

Winners Amsterdam Innovation Award 2016

Winners Amsterdam Innovation Award 2016


ISSA/INTERCLEAN 2016 began with much excitement at Amsterdam today (May 10) with the announcement of the Innovation Awards. Augmented Reality: Suma Revoflow from Diversey Care is the overall winner of the Amsterdam Innovation Award 2016.


Out of a total of 110 entries, the jury agreed that this technology had not been seen in the professional cleaning sector before and that facilities managers can perhaps go some way to tackling a number of the problems associated with the industry’s high employee turnover – which include training, knowledge transfer, development of skills and reduction of errors.


Michelle Marshall, chair of the Award 2016 jury stated that there were most diverse entries and the number of new products now being developed that incorporate ‘smart’ technology in its various forms – whether it is to save on energy and water use, produce real-time data about staff and cleaning machine fleets or monitor room occupancy in order to streamline cleaning operations is on the increase.


The Winners of the Amsterdam Innovation Award 2016 are


The winner under the Machines, accessories and components category is Robot RA 660 NAVI from Cleanfix. Cleanfix worked closely with users over many years to develop a machine that is now in use across Europe – many units have been sold. The jury was particularly impressed with its navigation system, which uses laser, and its efficiency in mapping rooms, putting in place virtual walls, and ease of use for the operator. And it can clean to the narrowest of corners.


The winner under Equipment/tools for cleaning, care and safety category is Quick & Easy System from Werner & Mertz Professional. The jury was impressed with the ultimate portability, simplicity and practicality of Quick & Easy. The operator wears the system on a belt and can move from room to room with five different chemicals, interchanging between them quickly and easily. There is no need for installation and the operative does not come into direct contact with the chemical, making it completely safe.


Overall winner Sealed Air Diversey Care

Overall winner Sealed Air Diversey Care


Kärcher won the Visitor’s Choice Award with 45% of the votes for BRC 40/22 C. This is the cleaning sector’s first walk-forward carpet cleaning machine with a 200 degree rotating brush and vacuum head. Traditional carpet cleaning machines operate backwards so this new development brings about significant productivity gains.


The other winner in the machine category is Sealed Air Diversey Care TASKI Swingobot 755 – This is a robotic scrubber dryer launched by Sealed Air Diversey Care following its purchase of Intellibot in 2015. Compact and user-friendly, it is designed to cut wastewater and chemicals by 85%.



Clean India Journal reporting from Amsterdam

​​Clean India Journal, Voice of the Indian Cleaning Industry, at ISSA Interclean 2016

Visitors and Business meetings at Clean India Journal Booth No. 1.120


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​​Clean India Journal, Voice of the Indian Cleaning Industry, at ISSA Interclean 2016

Tornado Flush technology

TOTO, a Japanese provider of bathroom concepts and innovative solutions, has introduced Tornado Flush technology, a new way of flushing the toilets. Instead of letting water pour down from the rim like conventional toilets, the rotating whirlpool effect created by the Tornado Flush technology ensures that all toilets and wash lets clean & hygienic at all times. The Tornado Flush projects three powerful jets of water to clean the entire surface of the bowl, creating an effect similar to a tornado with the help of centrifugal force. As a result, this system cleans the bowl more effectively than conventional flush systems, and is far quieter. The powerful cleaning power of the Tornado Flush means that it requires very little water to thoroughly clean the bowl – either three or six litres per flush. Three litres are probably sufficient for normal flushing.


Additional components work together to improve cleanliness and hygiene. Unlike conventional ceramic toilets, the CeFIONtect ceramic glaze has an extremely smooth surface to keep dirt from building up in microscopic crevices. The company has also transformed the shape of toilet bowl. It does not have a rim or any hidden corners, which prevents the formation of mould and accumulation of dirt and germs. The streamlined design also makes cleaning the toilet bowl much simpler – it is possible to reach every inch of the bowl.



Tornado Flush technology

National Mission for Clean Ganga

The Empowering Steering Committee of the Ganga Rejuvenation has recommended further 11 projects at an estimated cost of Rs485.68 crore. As of February 2016, 28 Projects have been completed with a capacity of 128.5 MLD.


Project Updates


  • CPCB has installed six on line real monitoring centres to keep checking water quality & cleanliness index and further completed tender process for 33 stations

  • DPR prepared for construction of 20 MLD CETP at Jajmau to tackle waste load from tannery industries; DPR being prepared for CETP for 5 textile clusters at Ruma, Farrukabad, Bhadohi, Pilkhuwa & Mathura

  • Creation of Rural sanitation facility in identified 1657 Gram Panchayats along river Ganga in support with Ministry of Drinking Water and Sanitation

  • More than 4.18 Lakh IHHLs are already constructed in Ganga basin

Development of Ganga grams is also in process where in which facilities like community bio-toilet, liquid waste treatment, organic farming are planned. An approval for 166 Ganga grams has already been accorded.


It worth noting that the Clean Ganga project has been categorized into categorized into core and non-core schemes. Core Schemes include creation of Interception and diversion (I&D) of sewage discharging into the Ganga river and creating treatment infrastructure to treat the intercepted sewage. Non-Core Schemes include providing Low Cost Sanitation (LCS) at community and individual levels at identified locations, Installation of Crematoria (electric as well as wood based improved crematoria), River Front Development (RFD), including bathing ghats, afforestation, protecting bio-diversity and creating Public awareness and participation.



National Mission for Clean Ganga

Wednesday, 4 May 2016

IASST develops biopolymer to purify water

A team of researchers from IASST (Institute of Advance Study in Science & Technology) Guwahati has developed a new ecofriendly biopolymer based on nanotechnology to purify water. The new technology may be useful for civic and municipal water treatment units to generate potable water. The nanoparticles in biopolymer play a role in removing magnesium and calcium using ion exchange process. The material of the polymer is green and biodegradable with water-softening ability



IASST develops biopolymer to purify water

Tuesday, 3 May 2016

Naushad Panjwani bids adieu to Kinight Frank

Knight-FrankAfter ending up his 15 years long association as Senior Executive Director, Knight Frank India, Naushad Panjwani has now taken up a new role as Founder & Managing Partner of Mandarus Partners, a newly formed LLP which will focus on cross border mergers & acquisitions.


 Encompassing a vast gamut of responsibilities, Naushad mentored – HR vertical, marketing, client engagement initiatives and Residential Agency business of Knight Frank.



Naushad Panjwani bids adieu to Kinight Frank

Loan credits for Smart Cities

Ministry of Urban Development (MoUD) has asked the 20 Smart Cities selected in the first round of competition to quickly firm up bankable projects for obtaining loan assistance from the Asian Development Bank (ADB), the World Bank and the BRICS Development Bank. ADB has in principle agreed to extend a loan of US$1 Billion while the World Bank is willing to extend a loan of US $ 0.50 billion for the implementation of Smart City Mission. BRICS Development Bank is keen to support smart city projects.


Rajiv Gauba, Secretary, MoUD met the officials of eight Smart Cities – Ahmedabad, Surat, Pune, Bhubaneswar, Udaipur, Jaipur, Ludhiana and Jabalpur – and discussed the progress of the projects. The officials also submitted details of the projects that could be launched by June, 2016. These projects include Affordable housing projects, 24 X 7 water supply projects, Sewage Treatment Plants, transport projects, smart street lighting, roof top mounted solar paneling, Solid Waste Management and waste water recycling projects and technology based Pan-city projects like Intelligent Transport Solutions, e-governance, provision of wifi services, Common Payment Cards, RFID based tags for individual household dustbins etc. Gauba also stressed on the importance of mobilization of resources through Municipal Bonds issue, and urged the cities to act quickly to obtain credit ratings from agencies approved by the SEBI. The process for credit rating of 85 cities has already been initiated under Atal Mission for Rejuvenation and Urban Transformation (AMRUT) and all the 500 Mission cities shall complete this process in the next one year.



Loan credits for Smart Cities

‘Swaccha Bharat will have a bigger role’

Amala-AkkineniAmbassador of Clean India Amala Akkineni, a well-known actress from South India, also a Bharathanatyam dancer and the wife of famous actor Nagarjuna, has been doing the cleaning role for a long time now. In an exclusive interview with Vijayalakshmi Sridhar, she talks about the need to create awareness for a clean and green lifestyle, collectively being responsible for waste disposal and management, her belief in PM’s Make in India and Build Toilet schemes


Away from the limelight, Amala Akkineni joined hands with many NGOs and started working for animal safety and surrogacy, co-founded the Blue Cross of Hyderabad and also campaigned for environmental conservation.


As the Ambassador of Clean India, it is unlike any other role you may have played on the screen.


It is an honour to be the Ambassador for Clean India and it is a much bigger role. Every alternate Saturday I team up with an NGO and a college and a ladies group or resident welfare association, to clean a dirty area in the city for two hours. The Municipal officers, workers and people who get inspired join us. There is a great effort that goes in and the results are wonderful. The only tool we use to clean the street is a pair of rubber gloves to protect our hands and an old sack to collect the trash in. It is  amazing to see the number of sacks we fill in two hours time and then load them on to the municipal trucks.


How do you plan to excel in this real time role of spreading the message of cleanliness and hygiene?


Our goal is to create a culture where keeping the surroundings clean and picking up trash to deposit in the appropriate place is considered the norm and followed by everyone with dignity. Inculcate a culture whereby each one takes pride in keeping the streets clean.


How far are you inspired and involved in such clean and green initiatives of your own?


ImageBesides the alternate Saturday cleaning between 8 and 10am, I have been cleaning up dirty places for many years, advocating composting and promoting organised door to door garbage collection. This is nothing new to me. I love doing this and take pride in it. No fanfare while working. Since 2006, I have been working with Suzuki-Exnora’s Clean India drive, have supported workshops with municipal corporations on solid waste management, waste to wealth initiatives for recycling, and through Blue Cross have organised stray animal sterilisation.


At present, the focus is on unearthing the truths hidden behind urban garbage. Most garbage dumps in colonies or suburbs are being used as public toilets. Unless public toilets are made available, these garbage dumps will continue to remain. Another issue that we are witnessing is the discriminatory attitude towards waste management. A large majority of people believe they have the right to throw garbage as they pay taxes and sweepers are obligated to clean garbage. The sweepers are treated in a very derogatory manner, shouted at and humiliated. They are not allowed to use public toilets nor are given water to drink.


To me Swacch Bharat is much bigger – to clean up the muck in the human mind, remove discrimination, prejudice and negativity towards each other and enable dignity of labour. India has a long way to go in this respect.


What are the other initiatives that you have spearheaded?


Apart from the two hour cleaning which ends with a lighter moment along with some refreshments, work appreciation and some laughs, we also address grave matters. In many cases we resolve local disputes through discussions and dialogue, pacify angry neighbours who litter each others’ property, help them find solutions to blocked nalas and external defecation, and connect them to the authorities like any civilised society should function.


Do you think India can be cleaned through this campaign?


Absolutely. All the changes that have started are planned efforts. Every one must keep Clean India efforts in focus, discuss and highlight successful ways to work together to solve garbage and public amenity issues, until it burns like a fire through every Indian street, mobilising change. The time has come !


In terms of clean and green achievements, as a nation, from your perspective, what do we lack? Where can the inspiration and influence start from?


Well, we hide behind poverty and allow millions to live in despicable conditions and continue to propagate the cycle of misery. How is it possible that after all the efforts, majority of the girls do not go to school, get married off at 15 and have children by the age of 16? As a nation, we must not sit back and allow this. Indians must make sacrifices to share the burden of uplifting the rest of India. We can spend less on our weddings and support the education of the girl child, her vocational training and upliftment instead. Where the girl child has been educated there is a huge drop in population and where she is empowered, there will be a decline in both population and poverty. Containing our numbers, educating our citizens and providing better and sustainable living conditions will be a big step. The more we value our resources the less we will pollute.


Waste disposal and collection has been a major challenge. How do you think a system can be brought into place?


Solid waste management is a challenge for every municipal corporation. For a better future, we simply have to produce less waste, be more responsible consumers, compost our kitchen waste and recycle the rest. There is no other way! Initiating a policy discussion in taking it to the grassroots level with orientation workshops will be a good way to start. Simple doable solutions go a long way for sustainable urban living.


How empowered and ready are our youth to shoulder the responsibility of Make in India and Clean India?


I am honoured to be part of my family’s legacy. Heading Annapurna International School for Film and Media for a year now has been very exciting and we have very inspiring professional goals for the next two to five years. The future generations are very smart and well informed. I have great hope and I am sure they will benefit greatly from all that we do and share with them.



‘Swaccha Bharat will have a bigger role’

Transforming garbage into treasure

It may look like rubbish, but food waste does have its uses. It could even be converted into valuable graphite and hydrogen. An EU-funded project is setting out to do just that. The process being developed combines established Anaerobic Digestion (AD) with an innovative Microwave Plasma technology to transform waste into treasure.


THIS IS what a project called PlasCarb is aiming to do, PlasCarb is a EUR 3, 8 million initiative funded by EU’s 7th Framework Programme (FP7), aims to use innovative technology to produce – EU identified critical and valuable products- graphitic carbon and renewable hydrogen from food waste. The PlasCarb consortium is composed of seven partners from five European countries, whose complimentary expertise will enable the required results to be successfully delivered.


PlasCarb will use mixed food waste as a feedstock to manufacture products for two significant growing markets: high value graphitic carbon and renewable hydrogen (RH2).


“The objective of PlasCarb is twofold,” says project coordinator Neville Slack from the Centre for Process Innovation in the UK. “One objective is to see how we could utilise food waste instead of sending it to landfill or just putting it through an anaerobic digester to generate electricity. The second is looking at potentially critical outputs”, synthetic graphite and green hydrogen.


Natural graphite, a high grade of coal, is 1 of 20 raw materials that the EU has identified as critical to its economy and for which it is largely dependent on imports. A reliable source of synthetic graphite, such as from the PlasCarb process, could help secure Europe’s supply and green hydrogen would help to minimise the environmental footprint of many promising applications.


The PlasCarb partners are planning to develop a plant that will integrate the whole process, from the production of biogas to the isolation and purification of graphitic carbon and green hydrogen. 


The biogas is generated from food waste, which is broken down in an anaerobic digester. The aim is then to split this gas into its two main components – methane and carbon dioxide – using a filtration and cleaning process developed by the project, Slack explains. The now biomethane (CH4), once isolated, is injected into the plasma reactor, where it is heated using low-energy microwave technology until the molecules come apart, forming graphitic carbon (C) and hydrogen (H2).


food-wasteOne of the challenges says Slack, lies in ensuring that the process delivers carbon in the desired form. Another arises from the complexity of separating the two substances. Further steps are required to divide the two and eliminate impurities.


Getting this facility up and running will be the culmination of nearly three years of joint research into the necessary technologies and processes. By the time the project ends in November 2016, the partners hope to have operated this plant for at least one month, processing over 150 tonnes of food waste into more than 25 000 cubic metres of biogas.



Transforming garbage into treasure

Monday, 2 May 2016

Automation & Management

The laundry processes have changed significantly over a period of time, especially in India. Though the traditional way of washing linen still continues, a significant quantity of linen gets treated in hi-tech processes in commercial laundries. Setting and operating a laundry is a challenging task as it involves energy, water, machine and manpower management.  Clean India Journal finds out why?



Balachandar.-RIn case of domestic laundry, where cost per cloth and volume is low, we normally use local-make machines. In case of high-end laundry, like linen received from the hotels, the dynamics changes with charges per piece and the volume.”

– Balachandar. R


Machine management


Introducing effective automation in the laundry industry can save labour costs and enhance the overall productivity. Choice of right machinery, including washers, dryers, quick ironing equipment, etc., is crucial for commercial laundry to deliver quality services and to create an efficient facility with a periodic maintenance schedule to ensure performance.


Explaining the process of getting the right machine, Balachandar. R, Co-founder & CEO, Wassup Laundry, says, “From the procurement point of view, we buy a mix of both local and branded machinery and their application in process depends on the industry being served.


“In case of domestic laundry, where cost per cloth and volume is low, we normally use local-make machines.


In case of high-end laundry, like linen received from the hotels, the dynamics change with charges per piece and the volume. We have an in-house team of experts to take care of any breakdown and failure. They perform regular maintenance of machines as well. But if any problem persists, we do take help of company servicing professionals.”



Ritu-Rastogi“Imported machines are electronic, tend to be delicate and require gentler handling than the local make.”

– Ritu Rastogi




Apart from choosing machines as per the linen requirement, Ritu Rastogi, COO, DhobiXpress feels that local-make machines are more sturdy. “Combination of local and imported machines is required, as local machines are heavy duty and more durable. Imported machines are electronic, tend to be delicate and require gentler handling than the local make. Advantage of imported machines is that it does not require a hydro-extractor. Imported tumble dryers are better than local dryers. Moreover, parts and repairs can be done easily in local makes.”



Prasanna-Kumar-B-G“The use of water in laundries is as important as the use of detergents or maybe even more important.”

– Prasanna Kumar B G




“Choosing the right industrial laundry equipment, which are available in different sizes with varying capacities, plays a crucial role with appropriate wash cycles, high spin capacity and minimum energy consumption. Laundry equipment are available in the market for small, medium as well as large industrial laundries,” says Prasanna Kumar B G, Co-Founder & MD, Sleeves & Collars.


Energy management


Energy efficiency can be brought in to a large extent in the laundry process by introducing appropriate and cost effective procedures. Laundry managers could focus on solar energy as a viable option for energy needs.




Depender-Vohra“Power consumption is a huge issue in laundry. As solar energy becomes cheaper, we can look at converting some of our requirements to solar.”

– Depender Vohra




“Power consumption is a huge issue in laundry. Boilers can run on wood or diesel. Wood is cheaper but produces air pollution while diesel is very expensive. It is steam that runs laundry machines, washing machines, tumble dryers and pressing units. As solar energy becomes cheaper, we can Energy look at converting some of our requirements to solar,” explains Depender Vohra, CEO, DhobiXpress


Water conservation


Water is largely consumed in the laundry sector and maintaining adequate supply of quality water is an important aspect of this business. Water acts as a heating medium, as transport medium and solvent for detergent and soil, and as wetting agent for textile and additionally, it transfers the mechanical action of the washer to the laundry. Thus, water is a major component in the washing process and so its conservation.


“How do we conserve and reuse the water is very critical. For instance, at Wassup, we recycle 90% of the water we put for the first cycle and continue till three cycles with 70% recovery. Thereafter, the cost of processing and energy consumption increases. Beyond three cycles, it is not economically viable. The new age laundry sector needs to focus on water conservation as buying fresh water for each wash will be a costly affair, especially, in times of frequent water crisis in Indian states. So a combination of water harvesting, recycling, RO treatment plants and conscious use of water will be the key factors to drive the growth of this sector,” suggests Balachander.


“A housewife may spend a lot more time and water while washing and drying clothes than a mechanised laundry player who washes clothes in large volumes. Typically, between four and 30lt of water per kilogram textile is used. The use of water in laundries is as important as the use of detergents or maybe even more important,” observes Prasanna.


Manpower management


Laundry is essentially manpower driven and is a labourintensive industry. However, there is no skilled workforce available. So obtaining, training and managing the right manpower is a challenge for the laundry sector.


“As an industry, we do not have a dedicated training programme or institute to train people with various laundry skills like washing, calendaring, ironing, packaging, delivery, tagging, selection and dosing of chemicals. At Wassup institute, we have trained over 50 staff so far and soon we are planning to roll out a course for other business setups too. We should be able to attract, train and retain staff by projecting a career path before them in this sector,” says Balachandar.


A fabric expert who has good knowledge of fabric and chemicals is of high importance, says Ritu. “Garments have to be tested for colour, washed, dried, pressed and then the customer’s garments have to be collected and packed. At least four personnel are required for lifting garments in and out of the machines. They can be stationed at the flatbed press again during the linen pressing run.”


“Steam press by hand is used on garments and the pressmen are experts in their own way. Packing of garments is another process that is labour intensive, as bulk laundry for commercial accounts have be to sorted and packed according to client specifications. The remaining process is managed by the driver, the face of the company, who is responsible for pickups and deliveries,” adds Depender.


Nikunj Sharma


Automation & Management

Go Green Factors

Hopping at double digit pace, laundry practices in India can no more be surreptitious with no accountability of water and energy consumption. According to an MIT survey, 25% of the global laundry players have accepted that the adoption of sustainable practices has added to their profitability citing “Improved innovation in products & services.” This is widely seen as a ‘Pro-environmental behaviour model’ which includes the combination of knowledge and pro-environmentalism with sustainable laundry practices. The model advocates the latest eco-efficient laundry operations to ‘Go Green’. For Indian laundry operators, the buzz remains around the base model – the Hines Model of Responsible Behaviour Model – to minimise the waste consumption at work place.


Vijay Rodda, Veteran Laundry Consultant gives an account of the understanding of the elements accountable for the sustainable laundry.


sustainable-laundryAS THE laundry’s image in India shifts from dhobi & dhobighat to self-service laundry and online laundry apps, there is a growing concern to minimize wasteful consumption of energy, water, product, labour, and packaging.


There are five stake-holders for sustainability of any business, including Laundry – viz. Customers, Shareholders, Management & Staff, Suppliers, and Society. Laundry, however, has added advantage over manufacturing as it is a service industry and product is to be produced and consumed in a limited area. There cannot be import-substitute.


All five stake-holders are to be comfortable with the working of laundry for its sustainability.


  • Customers:
    Quality and price commensurate with it are necessary. For quality, steps given in this article are a must. [The steps shown will take care of staff & management requirements].

  • Shareholders:
    Growth and financial gains are necessary, hence profit needs to be generated through satisfied clients, as above.

  • Management and Staff:
    Staff needs to be looked after, both financially and with facilities. Hence, more sales and profits are required. Only then, staff will feel motivated, & produce better quality product.

  • Suppliers:
    They are to be treated well and paid dues in time. Again, this aspect is related to sales and profit.

  • Society:
    Lesser consumption of depleting resources, less pollution, less noise and community welfare.

Quality will be good if following points are considered. It will be of utmost importance for customers, so that they are satisfied, & there are repeat dealings, a major requirement for any business to grow & sustain. There are other considerations as well, viz. price, delivery, collection, handling etc.



1. Water:


tablea. Water is the most important solvent for soil removal. It has to have certain parameters like pH, TDS, TSS, hardness, iron under specific values. No other impurities like heavy metals to be present. If the values deviate, quality is likely to be affected to that extent.
b. Supply: @20kl/tonne for batch water extractors & @8-10 for CBW.
c. Drain: Certain specifications need to be adhered to for draining in sewage like TDS/BOD/COD etc. It is best to treat effluent with ETP before letting off in drain.
d. Pollution: We need to use minimum quantity of detergent and other chemicals for soil removal so that minimum water can be used for rinsing & pollution will be lesser.
e. Recovery: Water can be recovered by using ETP RO or using 2nd and 3rd rinse for 1st wash by choosing certain machines/CBW.


2. Chemicals:


a. Chemicals & constituents are to be eco-friendly, bio-degradable.
b. Effective for soil removal.
c. Correct dosing: Auto-dosing system is recommended so that exact stipulated quantity is added at correct time.
d. Fabrics/dyes to be least affected by chemicals.
e. Easily soluble in water/dry cleaning solvent as the case may be.
f. No deposits or scales with water hardness/TDS reaction with chemicals on wash-goods/ machines or baskets.


3. Machinery:


Washing:
a. Material of construction: compatible with dry chemicals from pH =1.0 to pH=13.0.
b. All parts to be compatible with chemicals, including drains/rubber sealing/gaskets.
c. Perforations on baskets to be smooth.
d. No burrs or protrusions.
e. Well balanced.
f. Easy to go into hydro-extraction.
g. Programmable and capable of including dosing programme.


Drying:
a. Material of construction  – compatible with water or pH up to 8.5 to 9.0.
b. Perforations to be smooth.
c. Door closing such that no drying material to get stuck in the door and shell opening.
d. No leakage of air.
e. Insulated


Pressing:
a. To have proper padding – flexible and resistant to heat for hot press.
b. To have perforation besides being flexible for steam and vacuum to pass for steam press and steam vacuum table.


Dry-Cleaning Machine:
a. To be dry-to-dry.
b. To be with refrigeration cycle.
c. To have chilling for cooling hot refrigerant.
d. Adequacy of distillation tank.


Flat work Ironer:
a. Preferred to have chest heated ironer.
b. Vacuum for each roll.
c. Smooth chest and synchronization of speeds.


4. Soil Removal / Stain Removal:


To remove as much soil as possible and stains totally, if possible with proper chemicals and formulae. 


5. Electricity:


AC – 415 V – Phase to Phase, 50 hertz with power factor very near to 1.0.



6. Fuel for Boiler:


laundrySolid, Liquid or Gas: Solid: Briquettes – renewable energy


Liquid: HSD Gaseous: CNG – To have least pollution in air.


To have scrubber for blue gases.


7. Staff:


a. Well trained and focussed, including delivery/collection/logistics.
b. To be provided with uniforms.
c. Ergonomics.
d. Counsellor is required.
e. First-aid and if possible doctor or paramedic on call – for burns/ cuts/falls etc.


8. Fire Fighting:


Equipment and trained staff to operate


9. Lighting:


Adequate.


10. Ventilation:


Proper to have comfortable environment.


11. Toilet and Bathing:


Bathing – especially for health care laundry.


12. Change Room and Resting, Dining


13. Transportation and Parking:


a. The vehicles need to be rustproof and for stacking linens and garments, either on hanger or folded.
b. Parking and loading-unloading space for vehicles at outlets/work place/ hotels/hospitals.


14. Machinery:- as support functions and other accessories


a. Boilers
b. Compressors
c. Water softeners
d. Tanks – underground, overhead and pumps & lines(for water)
e. Chillers for dry-cleaning machines
f. Voltage stabilisers
g. Stability of electronic parts through designs or cooling


15. Computers:
All computers at outlets/workplace/ hotels, etc. connected through LAN.


CCTV – at all workplaces or stations.


16. Extra Treatment for Linen/ Garments:


a. For stains/soil removal
b. Mending – sewing
c. Alterations of minor nature


17. PPE and Breathing Masks/ Apparatus:
a. Personal protective equipment to handle chemicals, pre-treatment of garments.
b. Masks – while working in places with chemical vapours
c. Cleaning gadgets for boilerfurnace, dry-cleaning machine, mopping floors and cleaning machines.


18. Scrubber for Boiler – Flue Gases and Lint from Driers


19. Cyclone Separator for Removal of Entrained Water or Condensate from Steam


 


 



Go Green Factors

Cleaning resilient floor coverings

Professional, systematic cleaning & care contributes significantly to extending the life of floor coverings. It is also one of the most important tasks in contract cleaning. This applies primarily to the deep cleaning or stripping of resilient floor coverings.


floor-coveringsRESILIENT FLOOR coverings also include PVC, elastomer (e.g. rubber studs) and linoleum. PVC (polyvinyl chloride) is a synthetic, resilient floor covering that is very hard wearing as well as water and alkaline resistant. Linoleum by contrast is a natural product consisting of the raw materials linseed oil, cork powder, wood flour and a jute substrate. This type of floor covering has only limited alkaline-resistance (application concentration pH 10).


It is often hard to tell at first glance the difference between the two types of flooring by their colour and structure. To avoid damage to the floor covering through highly alkaline cleaning agents, the so-called paperclip test is recommended prior to deep cleaning/ stripping.


“Once the coating residue is completely dissolved, the next step is to vacuum the dirty water using the scrubber drier – section by section. This is much faster than the conventional method using the wet and dry vacuum cleaner and also saves time.”


Process of testing


Paperclip-test-prior-to-deep-cleaningHeat the tip of a straightened metal paperclip (copper) in the flame of a cigarette lighter for about five seconds and subsequently press it on the floor covering on an inconspicuous area for about three seconds. On pulling the paperclip slowly out if the material is PVC, a small hole will be visible that extends almost to the base of the floor covering. The hole has a bulging edge formed from the melted synthetic material. This is very hard and can be felt when touched. When the metal tip is pulled out of the floor covering, a small thread is often formed that has a strong smell. If the floor covering is made of linoleum, the hole from the same experiment shows charring – the puncture site remains smooth and smells of burnt wood. With elastomer floor coverings, the clip hardly penetrates, a small hole is formed without bulge and smells of burnt rubber.


Deep cleaning with single-disc


One of the two working methods for deep cleaning or stripping involves the use of a low-speed single-disc machine, e.g. BRS 43/180 C. At 180 rpm, a high torque is applied to the surface to be cleaned. In addition, the machine is fitted with
a detergent tank, a supplementary weight and a pad carrier with green pad.


The loose dirt is initially removed with a brush or vacuum cleaner. For linoleum, the all-round basic cleaning agent RM 754 ASF (pH 10.5) is applied  in sections with the singledisc machine. During the contact time (about 10 minutes), the floor covering is scrubbed several times using strong, overlapping, circular motions. The dosage varies between 10-20% (may be higher from case to case), depending on the coating thickness.


When applying and processing, it should be ensured that the agent does not dry. Otherwise, the residual coating dissolving process slows down. It is therefore recommended to clean in sections and reapply cleaning agent if required. The hand pad can be used for corners and edges that cannot be reached by the machine. Once the coating residue is completely dissolved, the next step is to remove the dirty water using a powerful, large wet and dry vacuum cleaner. Alternatively, a scrubber drier with roller scrubber head fitted with green roller pads could be used.


Deep cleaning with a scrubber drier


Initially, the basic cleaning agent (for PVC: intensive deep cleaner with pH 13.2 and for linoleum: all-round basic cleaning agent with pH 10.5) is applied in straight sections with a small overlap. During the contact time, the prepared surface is cleaned several times crosswise with the scrubber drier. If required, more cleaning agent could be applied in order to prevent the agent from drying.


A very good stripping result is achieved through the strong and uniform contact pressure (up to 210 g/ cm2) over the entire working width, high speed (1100 rpm) and excellent floor contact (roller pads). Thanks to the consistent efficiency of the green roller pads as a result of the self cleaning effect, the stripping process is significantly shorter.


Once the coating residue is completely dissolved, the next step is to vacuum the dirty water using the scrubber drier — section by section. This is much faster than the conventional method using the wet and dry vacuum cleaner and also saves time.


The floor covering is subsequently rinsed again with clear water with the scrubber drier adding clear water using the one-step method. Additional mechanical processing using roller technology ensures that any detergent residue is optimally removed from the floor covering so that the risk of “powdering” of the new coating through the detergent residue is prevented. The floor must subsequently be allowed to dry.


The drying time for the natural product linoleum is minimum 12 hours, preferably 24 hours due to a risk of the new coating separating from the floor covering (powdering) where there is residual moisture. For this purpose, the AB 20 air blower can be used with sufficient ventilation. This halves the drying time.



Coating


Floor-without-a-deep-cleaning-or-coatingThe new coating material to be applied must be selected to suit the floor covering. For PVC floor coverings subject to heavy traffic, the Protection Dispersion Extra RM 782 is recommended due to its high resistance and excellent gloss producing properties. In the case of point-elastic floor coverings, e.g. elastomer, only the Care Dispersion RM 784 can be used as it reacts flexibly to loads and does not tear.


The coating material must be shaken well before use and then applied undiluted in “puddles” to the cleaned and dried floor covering.


The respective material must subsequently be distributed carefully and evenly using an “applicator” or wide mop. It is recommended to apply the product transversely to the light and spread it lengthways. This ensures that the product is applied evenly. Depending on the absorbency of the substrate and level of wear, it is recommended to apply the coating a second time.


Maintenance cleaning can take place manually or using a machine with Wiper Care Extra RM 780 in a dosage of 0.5-3 %, depending on the degree of soiling


Also to be noted: older floor coverings have the tendency to absorb the first coating to a large extent. The first coating can be walked on carefully after about one hour in order to apply the second coating. The floor covering can be walked on after two to three hours. The coating is dry and fully resilient initially after 24 hours.


Maintenance cleaning


Floor-after-a-deep-cleaning-and-coating.-The-coating-material-must-be-selected-to-suit-the-floor-covering.Maintenance cleaning can take place manually or using a machine with Wiper Care Extra RM 780 in a dosage of 0.5-3 %, depending on the degree of soiling. For maintenance cleaning with a machine, which delivers a much higher area performance, a scrubber drier is required using the one-step method. It applies the wiper care to the floor covering, brushes it in and picks up the dirty water in a single pass. Floor coverings are immediately dry.


Refreshing / polishing


Light scratches or heel marks can easily be removed by spraying the cleaning agent mainly on the marks undiluted and then polished with either a high-speed machine for water gloss or a high-speed single-disc machine for matt gloss. Alternatively, a scrubber drier with white, soft brushes (alternatively horsehair brushes) or yellow roller pads could be used.


Owing to the production materials used, PVC and linoleum place different demands on cleaning and maintenance, which should take place using a scrubber drier with roller scrubber head. These cover all floor care needs:


  • Deep cleaning / stripping

  • Neutralisation

  • Maintenance cleaning

  • Polishing

The area performance is significantly increased by using scrubber driers with the appropriate water capacity and working width of the roller scrubber head, which is provided with brushes or pads. This significantly reduces cleaning time and manpower. As a result, this saves costs and increases efficiency.


Gerd Heidrich, Training Instructor, 
Alfred Kärcher-Vertriebs GmbH
Niels W. Buhrke,
Freelance Journalist


Cleaning resilient floor coverings

Drain Clog in Food Facilities

beforeIn a food processing plant or for that matter any food facility like a cafeteria, one of the main areas of concern is the clogging of the floor drain system. Despite the continuous and increased efforts to reduce the growth of pathogenic microorganisms, particularly Listeria or in RTE-area drains, many drains have tested positive for these undesirable microorganisms. In fact, a 2004 audit of food processing facilities in a Midwestern state by the United States Department of Agriculture’s Food Safety and Inspection Service reported that 27.8% of floors and drains sampled tested positive for Listeria. This problem has left food processors puzzled and searching for an effective drain cleaning program.


AfterMost of the food residues and other soils in food facilities get funnelled down into drains during the cleaning process and microorganisms thrive there as optimal conditions for their growth and multiplication are readily available. Moreover, the drain system is difficult to access for effective cleaning.


Typical causes of clogging in staff cafeteria drain lines are fat, oil and Grease (FOG), besides the usual “foreign objects” like spoons, forks, steel wool & duster clogs.


Getting to the Heart of the Matter


Well, when a bunch of “thin” hair can turn into a drain bomb causing a block and eventually a line burst, mashed potatoes and crushed veggies even though are biodegradable, can wreck the entire drain flow system. There are many cases where the entire drain system had to be replaced as drains could not be freed.


Why do drains get clogged? The answer can be discovered by looking into a drain line or sewer pipe. A normal drain pipe has an inside opening of four inches but over time, bits of food and grease cling to the walls of the drain. And this accumulation builds, reducing the effective pipe size to a fraction of what it should be. Where a four-inch pipe can easily flush down a clump of cold mashed potato, a clogged pipe reduced to two inches, fails to let pass even a small piece of potato, causing a clog.


Performing the Drainoscopy


While some clogs need professionals to unclear, having a cost-effective and 24/7 solution in hand can ensure timely upkeep and healthy drains.


Cannon Drainoscopy is the perfect Drain Doctor on call to perform an endoscopy of the drains and thereafter clear the clogs with specialised equipment. This Cannon Drain Doctor can inspect the drain, identify the clog and clear it up to 60% to 75%. All this can be achieved without breaking the drain lines / walls / tiles / pipes or shutting down the facility and at a fraction of the cost and within a short duration. With the added convenience of a hassle free and relatively clean job.


 


 



Drain Clog in Food Facilities

Business with Distributors

A successful network of distributors is by far the most preferred model of marketing and sales opted globally by those in the cleaning business. How different is the distributor model when it comes to India? Mohana M discusses the international perspective, the Indian requirement and the expectations & shortfalls of this model.


INDIA IS largely viewed as a potential market for international companies to establish and expand successful cleaning business. Supplier-franchise partner distributor-sub distributor chain has worked well, especially in India, where we have some of the giants who began with suppliers and today have successfully established their own local set up.


Most of the manufacturers from Europe, America and the UK prefer to join hands with established suppliers while some from Germany and Italy are looking for technology transfer or setting up a JV for manufacturing in India. There are manufacturers in India who procure certain components of the machine from international producers. They too are looking at JVs to produce for international partners in India. Of late, manufacturers from countries like Turkey and Qatar too are making inroads into India. Operationally, both variations of the distributorship model are different, but the common factors in both include getting the right distributor or manufacturer and establishing a local sub-distributor network.


There is also another model being implemented whereby an international company is setting up multiple regional offices for marketing and sales besides appointing sub-distributors.  The sustainability and success of this model is now in the wait-and watch mode.


Quality Products


“Getting the right partners” forms the foundation, and quality products and business strategy form the structure. Supply of right cleaning products, the volume stocked and timely availability of spares are other common prerequisites of distributors in India. “Everything is based on trust and transparency. There are cases where the product that we get to see of the principal company is different from what is sent to the supplier in the consignment. This should not be the case,” voiced a concerned distributor.


“No business can grow without the complete support of the principal company. Our partners offer periodic product training, personally be present when we bag big orders and customize products according to customer needs,” Manjunathan M, Proprietor of Clean Care Systems said.


Customization


Unlike European standards of “fit for all” products, India requires customization of products from industry to industry. The variation and application of the same cleaning product differ in each industry making it inevitable for the principal company to essentially understand the requirement of the end user and customize the product for best cleaning results.


“Many a time, the product delivered by the principal company, even though is in keeping with the specifications desired by the end user, the product fails to perform on site. This is basically because the products are made for European usage and fail on Indian grounds.”  Several distributors are of this opinion.


This is true in many cases, as some of the facilities that are in operation for a long time are structured differently and European-made cleaning products do not perform well on site unless they are customized. Most of the modern facilities to a large extent find the European products suitable and require minimal customization for quality results.


Spares


One of the most challenging and pressing issue faced by 90% of the suppliers of international products is in delivering spare parts in time. Delay in getting the spares has dampened the Indian consumer, impacting adversely on the brand itself. “Rebuilding trust in the client is very difficult.” Suppliers, thus are skeptical about taking dealership of certain cleaning products that may require frequent spares. “If it is not an electrically driven product, there is not much of an issue. The problem arises when we supply electric products which require enough service back up and spares. Timely availability of both is important to retain consumer confidence,” Shailender Singhania, Proprietor of South India Marketing Agencies explained.


Margins


Distribution is a margin business. International products entering India attract duty and the margins set over and above that escalate the prices, much above Indian consumer convenience. High priced European products have adversely affected the Indian consumer pattern, with many opting for short life low-cost products. “Manufacturers should look at making products for India at Indian affordable rates. It is only then we can successfully sell these products and in larger volumes.”


Branding & Advertising


Indian consumer pattern is unique but it also gets highly influenced through peer pressure and popularity which are largely driven by visibility of the product, branding and presence in strategic places. “Any kind of promotion of the product by the principal company will be a great help.”


A network of distributors no doubt reaches a larger geographically dispersed consumer base, but they require support to popularize the product. “For example, distributors can add value to products by customizing them or adding specialist services or support but unless this is conveyed to the end user widely, we cannot create popular demand.”


Indian Requirement


Sarvajit Singh, Proprietor of Indo Technologies, felt that “Quality does matter but at the same time, products cannot be sold at dollar rates in India. A product cannot be priced at dollar cost price converted into rupees plus custom price. The product becomes unviable. This is one of the reasons why Chinese products are opted over European brands in most cases.


International companies entering into India, should do so with a long term perspective. Appointing a distributor and expecting results within a year is one of the major drawbacks highlighted by distributors. “Anyone entering into India should move step by step and it takes a minimum of three years to expect any results. India is not only a price sensitive market but is also very choosy and particular. It takes time to convince the consumer.”


Extensive training is a must for success. “Floor cleaners are fairly simpler to understand and so are mops and other tools but with products like ride-on, etc., require hand holding and multiple training sessions.”


Presence of the international company directly or a subsidiary office, builds the consumer confidence on the product.


In conclusion, the distributor model itself has to be customized to suit the Indian consumer with reference to the kind of product being marketed. Today, with the Indian government’s single window clearance and financial support for startups, suppliers are looking at options of technology transfer or setting up of production unit on an international partnership. “This will take care of everything right from product confidence, spares, customization and above all price.”



Business with Distributors

Emerging Mega Food Parks in India

Mega-FoodIndia is on the fast track as the Government embarks on the various developmental programmes including Smart cities and industrial & connectivity infrastructure. Figuring among the projects for industries is the creation of Mega Food Parks. With five of the approved 42 Mega Food Parks already operational, Clean India Journal takes stock of the schemes, available infrastructure and the potential for professional cleaning services.


INDIA IS among the top global food producers with just 10% going into processing. However, there is significant amount of wastage in transportation and harvesting owing to several factors including inadequate supply chain infrastructure, cold chain storage and warehousing facilities. Based on cluster approach, on the proven ‘hub-and-spoke’ architecture model, the Mega Food Park Scheme aims to create capital intensive infrastructure to facilitate establishment of an integrated value chain, with food processing at the core and supported by requisite forward and backward linkages. The growth of food parks, largely linked to the agri industry, will also boost the much spoken rurban development mooted in various States of India; thus making way for the cleaning industry to enter the untapped rural India.


The Ministry of Food Processing has approved 42 projects worth `2000cr to come up by 2019 in various States under the Mega Food Park Scheme to develop a robust food processing sector coupled with a strong supply chain network comprising of cold chain network, central processing centre and collection centres.



Roles and Responsibilities of Different Stakeholders
  • Special Purpose Vehicle (SPV): Responsible for execution, ownership and management of the Mega Food Park registered under the Companies Act.

  • Project Management Agency (PMA): An external institution with extensive experience in project development, management, financing and implementation of infrastructure projects hired to assist the MOFPI in implementation of scheme among other roles.

  • Project Management Consultant (PMC): An external institution engaged by the SPV for preparation of detailed project report and for assistance in implementation of project.

  • Technical Committee (TC): Headed by the Additional/Joint Secretary (MoFPI), this committee scrutinizes the proposals and Detailed Project Reports (DPRs) and provides its recommendations to the InterMinisterial Approval Committee for final approval.

  • Inter-Ministerial Approval Committee (IMAC): The IMAC headed by the Minister, MOFPI select the projects and grants the – In-Principle and – Final Approvals to the projects. The IMAC will also monitor the implementation of the projects sanctioned under the Scheme.


Food-ParksGlobally, it has been observed that backward and forward integrations in food processing sector – farm to fork – help reduce wastes by creating infrastructure for primary processing and storage near the farm in the form of Primary Processing Centres (PPCs) and Collection Centres (CCs). The integrated planning, operation and central facility make way for better cleaning and maintenance at lower cost.


At random, 42 parks with clusters of 50 production units and adjoining collection & supply centers, cold chain facilities, warehouses, transportation fleet, internal and external roads… will require specific solutions for cleaning & hygiene.


Of the four food parks with an estimated investment of `600cr scheduled in this year, of which two are already operational, and all those will have 40 to 50 food processing units besides all other supporting facilities. Speaking of basic floor cleaning, even an average size of food production unit would consume a minimum of three kinds of machines. A cluster facility like the food park will require different equations for cleaning. At random, 42 parks with clusters of 50 production units and adjoining collection & supply centers, cold chain facilities, warehouses, transportation fleet, internal and external roads… will require specific solutions for cleaning & hygiene, CIP, pest management, washroom hygiene, waste management and linen care too. Some of the big facility management companies in India are already planning to bid for providing services.


food-marketAccording to earlier reports, the total investments in all these food parks are estimated at about `5,000 crore, of  which the Union government’s share in terms of infrastructure development will be around `2,100 crore. Another `10,500 crore investments are likely to flow into the food parks in the form of setting of various food processing units there. The total turnover of 42 food parks is estimated at `21,000 crore.


The MoFP annual report issued on December 31, 2015, states that “The scheme envisages financial assistance in the form of grant-in-aid @ 50% of the eligible project cost in general areas and @ 75% in difficult areas, subject to a maximum of `50.00 crore per project. Currently, five food parks are fully operational.”


warehousingThe ICRIER report submitted to the MoFP, states that “In Nigeria and Ghana, food processing industries (covering commodities such as tuna, fruit packing, cocoa, palm oil, etc.) are an important part of the free trade zones and export processing zones. In Philippines, food processing sector is identified as a priority sector by the government for attracting foreign investments under special economic zones and are also known as agroindustrial economic zones. In Dubai, food processing industries are located within Dubai Industrial Park, which is a free zone and it provides infrastructural support, including water and electricity Food supply, waste management system, telecommunication network, road connectivity, modern plants, among others.”


So far, the Ministry has notified 148 food parks in which concessional credit can be availed by food processing units. A loan of `519.20 crore has been sanctioned to 12 Mega Food Projects.


The nature of food park clusters (be it dairy, agro or poultry) is either organic or managed, depending on the raw material availability that fosters competitive advantage and export capabilities. The competitive advantage accruing to the industry enhances export competitiveness.



Cleaning & Maintenance of the MFPs post completion


warehousing-facilitiesPost completion, the cleaning and maintenance programme is yet in the formulation stage. During an ICRIER’s survey, one of the SPVs said that for maintaining the food park, the company is planning to create an association of units within the food park, which will undertake all maintenance work. It will operate like a cooperative association and the SPV will continue to maintain the park.


The MoFPI pointed out that a short duration MoA will be signed with the SPV and once the grant is totally disbursed or the MoA ceases to exist, the future of the MFPs will be in the hands of the SPV. It is the discretion of SPV to continue running the facility as a food park or converting it to some other use. The MoFPI is responsible until full grant is disbursed and it meets its commitment as under the 11th Five Year Plan.


The total investments in all these food parks are estimated at about Rs 5,000 crore, of which the Union government’s share in terms of infrastructure development will be around Rs 2,100 crore. The total turnover of 42 food parks is estimated at Rs 21,000 crore.


Working closely with MoFP on various MFPs, Ritwik Bahuguna, Director & Partner-NAPL Advisors Pvt Ltd says, “The three operational food parks – Patanjali Food and Herbal Park, Hardwar-Uttrakhand; India Food Park (IFP), Tumkur-Karnataka and International Mega Food Park Ltd, Fazilka-Punjab – do have mechanised cleaning, mostly in-house. As far as cleaning & hygiene is concerned, they do maintain the best of hygiene standards a food processing company can have.” Thus, requiring a complete professional cleaning and maintenance plan.




NEMFPL


NEMFPLNorth East Mega Food Park Ltd. (NEMFPL) is a JV of PSUs – Assam Industrial Development Corporation & Assam Small Industry Development Corporation and Private parties – Ozone Ayurvedics, Rajshekhar Constructions Pvt. Ltd and Prajakta Technology Pvt. Ltd with Ozone group being the largest stake holder to the tune of about 69%. The Mega Park houses common facility building (17,000sqm), dry warehouse (5,900sqm), standard design factory (3,400sqm) and cold storage. The infrastructure includes well-constructed road, drainage, water, 10 MVA/33KV power line, effluent/sewerage treatment plant, administrative centre, trade facilitation centre, health care centre, commercial centre, banking, weighing bridge, fire hydrant system, common infrastructure like pre-cooling chamber, quality testing laboratories for testing of food materials and finished products.


“Fresh farm produce will be collected at collection centres and transported to Primary Processing Centres where they will be sorted, graded, washed and packed. Then the produce will be transported to the fresh market or to CPC through a fleet of reefer trucks and vans with variable temperature control features. We can introduce SHGs (Self Help Groups) in backward linkages,” informs Ronn Pakrashi, COO, NEMFPL, Guwahati.


Operations and Maintenance


North-East-Mega-Food-Park-Ltd.Speaking about the O&M activities at NEMFPL, Ronn explains, “As NE Food Park operations are still in the nascent stage with only one dehydration unit that has come up, we have two supervisors at our site looking after the entire maintenance. As of now, no annual budget has been fixed for cleaning & maintenance activities. We will provide common facilities and services to the units housed in Food Park on a nominal charge basis, which will be decided soon. At present, no mechanised cleaning is introduced, but we are looking to procure some machines when a few more units become operational in our park.”


To curb contamination, individual units will have to take care of cleaning & hygiene of the area within their premises. For the overall cleaning & hygiene of the park, well defined and systematic measures would , the first six months OEM is with the company, which is setting up the WWTP.




Waste Management


Biogas-Plant-at-Patanjali-Food-and-Herbal-Food-Park-LimitedThe first guidelines (2009) of MFP scheme mention that one of the major objectives of the scheme has been to facilitate the implementation of Vision 2015‘, which envisaged an increase value addition from 20 to 35 per cent by 2015.


During ICRIER’s survey, some farmers mentioned that MFP had led to value addition of around 20% in places like Chittor, which supply mangoes to Srini Mega Food Park. The scheme guidelines mention reduction in wastage as one of the important objectives and the MFPs can lead to reduction of wastage through two channels:


  • Reduction in agriculture wastage from farmers through increased sourcing from farmers; better storage facilities and providing common infrastructure facilities.

  • Reduction in wastage resulting from the food processing through using the waste in other products or for making fuel or gas.


Picture-of-Milling-Equipment-used-at-the-India-Food-Park-in-TumkurConsidering that only two MFPs have been operational for more than two-three years (Patanjali and Food and Herbal Park Pvt Ltd and Srini Food Park Pvt Ltd) while the India Food Park Pvt Ltd and International Mega Food Park Ltd have been operational for less than six months, the level of processing was low. However, survey respondents pointed out that MFPs were contributing towards reduction in agricultural wastage. The survey shows that Srini Food Park Private Limited has been successful in reducing the wastage levels through channel 1. The wastage of agriculture produce has gone from 40% (earlier levels) to 10% (current levels) for fruits such as mango, guava and papaya. Patanjali Food and Herbal Park Private Limited has contributed through reduction of wastage through Channel 2.


“The agro waste generated is used to generate biogas which is utilized as electric power. There is a further reduction in wastage by the means of innovating new products for consumption. For instance, in Patanjali Food and Herbal Park Limited, after processing the Amla (Myrobalan), the solid part is used for making innovative products like candies/ burfis/laddus as per the tastes of Indian customers. This helps in using waste bi-products of the fruits and vegetable by adding value to them.”



Srini Food Park

Srini-Food-ParkSrini Food Park, Chittoor is located at Mogilli Village in the Chittoor district of Andhra Pradesh, India. This state-of-the-art facility provides w facilities for pulping, IQF, bottling, tetra packing, modular cold storage warehousing and advanced testing lab. The premises offer comprehensive basic and supply chain infrastructure, and cluster farming backed by field collection centres, self-help groups and individual farmers. A unique seed to shelf integrated approach is adopted to add value right from the grass roots level, through central and primary processing centres. Individual plots (1.5 to four acres) and combined plots for lease with pre built factory space are available for the investors. In addition, common ETP, 11 KV electric supply for the dual feeder substation are also provided apart from canteen, conference and work stations among other amenities.


“Currently, we have constituted a Forward Link Team to forge linkage with Wholesale traders, Supermarkets, Processors, Exporters, Spot deliveries and Exchanges. This team is also setting up a network with major leading retailers for sale as per existing and future requirements. Institutions such as Agricultural and Processed Food Products Export Development (APEDA) and National Dairy Development Board (NDDB) are being linked for direct exports,” adds C B Pillay, GM, Srini Food Park.


The Chittoor Fruit Processing cluster is the largest of its kind in India and has been developed over the last 35 years. Chittoor is declared as an AEZ under the Government of India’s Agri Export Zone scheme. To supplement the processing activity at the CPC, the Mega Food Park has envisaged a comprehensive backward linkage by tying up with farmers and traders to procure quality raw material from the farms. The activities in this direction include:


Operations and Maintenance


cleaning-and-maintanceAt present, entire O&M activities are being taken care of by Food Park management through requisite technical and financial aid to the O&M Head. SPVs will be responsible for common technical infrastructure and facilities, deciding and collecting monthly variable service charges from different units in Food Park and outsourcing specialized technical assistance to professional agencies under AMCs.


The Park authorities have allotted annual budget for cleaning & maintenance, which will be revised as per the need. Currently, about 20 janitors /supervisors are offering services in the premise. No machines have been procured so far as all cleaning activities are being performed manually using 10-12% Sodium hypochlorite and food grade soap oil. No sanitation chemical is allowed for use without quality assessment and MSDS check. To stop contamination,various techniques and procedures such as hand dip, foot dip, personal hygiene checks, floor & work table sanitation are conducted to ensure safety of the produce. “We have also received ISO 22000 and BRC certification for the Food Park,” says Pillay.





Emerging Mega Food Parks in India