Preserving Historic Relics by Mitigation!

Heritage monuments are antique and culturally significant!

They essentially reflect a country’s culture and tradition. These buildings have old significance due to the architectural beauty and their correlation to key moments such as ritual, political and cultural events in the domain of historic roots.

But did you know termites spent years feasting on these majestic structures!

Termite infestations seem to be a threat at many historic sites for decades. Factors such as termite adaptability, complexities, and limitations of conventional pest control product efficacy; termites became a serious threat to those magnificent monuments.

Termites are social insects that live in colonies and spread all over the world. Their colonies feast on cellulose 24×7 which is mainly found in wood. Cellulose can provide the essential nutrients required for their growth.

The experimental results suggest that “a colony of 200,000 can consume up to 12 pounds of cellulose per year.”

Before evidence of infestation is observed, colonies of a range of hundreds to several thousand may result in substantial damage to heritage buildings. Termites can dig up tunnels close to the edge of a ravaged structure to slash the last coating of paint and other material to acquire food. They eat continuously throughout the day as a result they invade the whole heritage structure without being noticed. They chew on wallpaper, paints, wooden articles, and even the books which represent our evolving behavior and events of the past.

These are some recent incidents where termites are blamed for the damage caused to heritage sites!

Termite damage to force demolition of the historic log cabin in Hamilton

Due to termite attacks, a historic log cabin that Hamilton officials hoped could be restored to function as a residence will have to be torn down. The city called for proposals to redevelop the cabin, which is thought to date from the 1800s, earlier this year. When three city workers took a prospective developer to see it, 223 and 225 S. C St. in the historic Rossville area, the city’s top building inspector, Ken Rivera, found termite damage and advised his colleagues that the structure needed to be demolished because it was in danger of collapsing.

Termites damage Hoi An’s historic relics

Termites are threatening many relics in the old quarter of Hoi An ancient town, a UNESCO-recognized world heritage, local authorities, and residents have reported. A survey by the Institute of Ecology and Works Protection in collaboration with the Hoi An Cultural Heritage Conservation Management Centre (CHCMC) recently revealed 265 of the 800 historical relics in the old quarter of Hoi An Town have some levels of termite problems.
The survey said these relics have been severely damaged since the recent COVID-19 social distancing last July. They also issued an urgent warning that solutions should be needed immediately to prevent the damage and keep the termites away, or the relics would be destroyed in a short time. Pham Phu Ngoc, Director of the CHCMC, said the termites had caused rapid degradation of the relics. The official added that after each rainy season, the weather changed, causing humidity that helped termites appear more in the wooden relics.
Due to climate change, the weather is increasingly erratic, creating favorable conditions for termites to develop and impact relics very quickly, according to Ngoc.

These incidents proved that termites are a serious hurdle for heritage sites!

Many insecticide barrier and baiting technologies have been tried and tested to control the population of termites every method comes with its drawbacks. Termite baits take a long time to eliminate their population. Historic structures often are located in sensitive areas so spraying toxic insecticides may contaminate natural habitats. Also, it may cause damage to historic relics.

In Cho-ho Ji, a 500-yr-old Buddhist temple in Wakayama, Japan, wooden gates were irreversibly stained by the liquid insecticides.

Conventional pest control methods may give a faster result by killing a small number of termites at the treatment site, but it only drives termites from one part of the property to another without affecting the overall population.

Along with termites, birds are well-known for causing damage to these precious monuments. Uric acid is released from their excrement which leads to stonework corrosion and these corrosive effects can continue for a long time after the stone has been contaminated, even if the fouling is removed.

So how we can mitigate those creepy pests for long period without affecting the ecosystem?

We at C Tech Corporation have devised a sensible approach!

Our product Termirepel is a perfect blend of green chemistry and smart technology. It does not kill, only repels. It is environmentally friendly and does not affect insects, humans, or the ecosystem in any way.

Termirepel is an extremely low-toxic, extremely low-hazard, bio-safe anti-termite and insect aversive that is effective against termites and works well on a wide range of insects including crazy ants, bedbugs, cockroaches, etc. It is an insect repellent with a wide range of repellence tactics that efficiently keep insects at bay!

Termirepel is available in various forms such as masterbatch, liquid concentrate, lacquer, wood polish additive, and spray.

The masterbatch can be incorporated with polymeric applications such as wires and cables, pipes, films while manufacturing. This will make the application safe from pest attacks.

The liquid concentrate can be mixed with paint in a pre-determined ratio and can be applied on interior and exterior walls of buildings and structures. Our liquid concentrate is compatible with all types of paints and solvents.

The lacquer is a topical application and it is compatible with most of the surfaces such as polymer, wood, ceramic, metal, and concrete. The lacquer can be applied directly to statues, flooring, and other precious structures.

The wood polish additive can be blended with wood polish and can be applied on wooden articles such as staircases, storage compartments, bookshelves, etc. to prevent them from wood-eating insects.

The Termirepel spray can be sprayed directly on any infested area to prevent the damage caused by insects.

Our bird-repellent gel lacquer is non-corrosive, waterproof, and compatible with most of the surfaces it can be applied on statues and monuments, window ledges, roofing, etc. where birds roost or perch.

The bye-bye birdy spray can be sprayed directly on the surface to prevent birds from roosting.

Using our products you can repel pests in an environmentally friendly way!

Contact us at technical.marketing@ctechcorporation.com  to combat pest menace.

Also, visit our websites:

http://www.ctechcorporation.com/

http://www.rodrepel.com/

http://www.termirepel.com/

http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel

2] https://twitter.com/termirepel

3] https://twitter.com/combirepel

Pest Menace in the Navy

While there may be no bugs and rodents in the ocean, they do love a good vessel to live in. Pest infestation in crucial sectors like the defence has proven to be extremely dangerous. The Navy in all the countries has been battling this menace for a very long time. The absence of a foolproof method has led to this becoming a recurring problem. 

Many incidences of problems of bedbug and cockroach infestation in training stations, power outages in bases due to rodents, squirrels and other pests causing damage and maintenance nuisance have come to light. Apart from these, the plethora of diseases they carry by being vectors is truly horrifying.

Pests, anywhere, are extremely tiresome to deal with. However, pests in enclosed spaces like ships and submarines, especially have a record of being absolutely unmanageable. The fact that such vehicles are cut off from land for many months at a time makes it difficult to get the pests off-board.

Reports of rats and insects on ships and submarines come to light many a time over the years. Storage areas, kitchens, sleeping areas, etc. become the hot spots for such infestations. The ropes that secure these vessels to the pier, access ramps that are placed, faulty pipes and vents, rope hulls are some of the common entry points for these pests into ships and submarines. They can also be brought accidentally along with passenger/sailor luggage.

A lot of these pests can be found near the bedding racks and areas, kitchen and pantry and around waste and trash disposal. Bedbug and rodent infestations aboard ships have been reported globally and a lot of the common measures taken against the pests prove to be ineffective due to the recurring nature of the problem.

The sailors and on-board crew members experience extreme trauma because of the nature of the infestation. All the pests on-board are a constant hazard to everything else on the vessel.

“US Navy sailors have been battling a bed bug infestation aboard an attack submarine”

“Sailors aboard Seawolf-class submarine USS Connecticut, one of the US Navy’s most capable attack submarines, have been battling a bed bug infestation.

Naval Submarine Force Pacific said in a statement that the Navy launched efforts to find and eliminate the difficult-to-kill bed bugs after the problem was first reported last December, explaining that the “physical presence of bed bugs” was found in February.

Sailors told Navy Times, which first reported the infestation that the problem actually started last March while the submarine was participating in an Arctic training event. Family members of Connecticut sailors told the Kitsap Sun that the bed bug problem has been an issue for about a year.

The electric supply and therefore, everything connected to it including the communication base and the power supply, etc. in the navy is constantly at the threat of being damaged by the pests.”

“Squirrel leaves U.S. Navy base incommunicado”

“But here at home, one naval installation has discovered a new menace, capable of knocking out key communications in a matter of seconds.

Indeed, this latest threat can be found in most backyards, or any other wooded area. It typically weighs a pound—or less—and belongs to the Sciuridae family. We’re referring to the common tree squirrel, and last Saturday night, one of the furry rodents disrupted phone service at Virginia’s Yorktown Naval Weapons Station. Four days later, “land line” phones at the base still aren’t working, making communications difficult.

A senior official at the weapons station, who asked not to be identified, said the problem began when a squirrel came in contact with an electrical transformer. The rodent was electrocuted and the transformer exploded, knocking out power for a time, and seriously damaging a key component of the base phone system. Since then, callers to the installation have heard nothing but busy signals, and weapons station personnel have been unable to reach anyone, on or off the base.

Technicians were still working on the problem Wednesday morning, but there was no indication as to when phone service might be restored. Mark Piggott, a public affairs officer at the base, said software for the phone network had to be re-loaded manually, a process that could take three to six days. That means phone service might not be restored until the weekend.”

Pesticides that were commonly used to combat this menace have been deemed extremely harmful for the environment as well as the officers on board. Not only that, these pesticides do not offer a permanent solution and their application has to frequent for any results to be seen. This again raises the issue of cost-effectiveness and being a health hazard. At this point, it has become very urgent to find a solution that is long-lasting as well as safe for everyone.

We, at C Tech Corporation, have developed products that are effective, safe and budget-friendly in the long run. Our products, Rodrepel™ – the anti-rodent and anti-animal compound, Termirepel™, the anti-insect and anti-termite compound and Combirepel™, the anti-animal, anti-rodent, anti-insect and anti-bird compound, are engineered using a unique set of complex compounds. They work on the mechanism of repellence and combines the best of chemistry and green practices to give an environmentally safe product which keeps pest away effectively while at the same time guaranteeing safety to the environment. Our products repel the pest and do not kill them.

The masterbatch can be combined with any polymer during its manufacturing. These polymers can then be used to make cable sheathing for optical fibers or power cables, polymeric equipment including RADAR, communications systems, etc. It can also be used to make seat covers, utility pipes, trash cans, etc. which can be used at the base as well as aboard ships. Using these protected wires in the server and control rooms will help to make

Our liquid concentrate is compatible with all types of paints and solvents without altering the properties of paint. It can be mixed with paints in a predetermined ratio and can be applied on the interior and exterior of the vessel, on walls of the kitchen, equipment storage room, bedding area, etc.

Lacquer is a topical application that is compatible with most surfaces such as wood, ceramic, polymer, cement, etc. It gives a transparent finish to the applied product and does not wear off easily. Lacquer can be used for epoxy floorings inside the ships and in bases, already installed wires and cables, and also on the decks. Wood polish additive is specially designed to preserve wooden articles such as wooden pallets, racks, and storage boxes from all sorts of pest damage.

The bird repellent gel lacquer, when applied on window ledges, decks and other such places with the problem of bird menace, effectively keeps them away by employing the mechanism of tactile repellence.

The ready-to-use sprays can be sprayed on any type of surface and in the gaps between ceilings and headboards. The aerosol spray is also compatible with steel and metallic surfaces.

We comply with international standards of regulations. All our products are EU BPR, RoHS, RoHS2, RoHS3, NEA, APVMA and REACH compliant. We are also US FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com to keep the pests away.

Also, visit our websites:

1] http://www.ctechcorporation.com/

2] http://www.rodrepel.com/

3] http://www.termirepel.com/

4] http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel

2] https://twitter.com/termirepel

3] https://twitter.com/combirepel

Aerial Roosters behind Power Outages!

We humans don’t like a disruption in our daily routines. When the power goes out, we look for candles and flashlights worry about the milk spoiling in the fridge but nowadays due to pandemic we most importantly wonder how we’ll access the internet?

But it’s not hackers and terrorists that are the biggest threat to power and telecommunication sectors rather it is feathered creatures, squirrels, rats and other rodents!

Despite remarkable development and technical innovation, one very basic yet problematic issue of power outage persists because of these critters.

But what attracts birds to human-strung wires, even when there are plenty of tree branches to perch on?

The utility lines provide a bird’s eye view of prey. Also, wires give a staging area when birds are ready to migrate.  Insectivorous birds capture their food while flying, so they always hang out on power lines to spot tasty meals as they pass by. Since there is no vegetation to cover the view or hide prey, those wires may be more attractive perches than trees.

Birds are responsible for nearly a quarter of outages in the U.S.

– December 2015 report by T&D World

Birds cause various disruptions and damages. They collide with overhead structures and conductors, contaminate insulators and machinery, and cause significant damage to facilities which leads to service interruptions to consumers.  Sometimes the outage can happen when birds fly into equipment like Swans, Pelicans, Cranes, they have large wings and heavy bodies. Also, ducks fly at low altitudes but their high-speed flight may cause a power outage.  

Not the only outage is caused when birds are flying but their feces, nesting, and attracting predators can also result in a threat to these utility lines.

Their feces can cause buildup on power lines or insulators which may cause power disruption. Birds prefer utility poles to mate and raise their young’s which attracts the predators to climb over the top of the utility pole.

Let’s have a look at incidents where a power outage is occurred by these pesky creatures.

Droppings from thousands of roosting ravens cause power outages near Roundup

United States | February 08, 2021

During the winter of 2016/2017, Northwestern Energy began experiencing frequent and perplexing simultaneous power outages along its largest capacity transmission lines, running from Colstrip, Montana to Washington State.

After each outage, crews patrolled the lines but could not find a root cause. Large transmission lines can periodically fault through flashovers precipitated by lightning, fire, ice, and line galloping during high wind events, but none of these common causes of power outages could be linked to the Montana transmission line failures.

Ravens are a challenge for energy companies because their numbers. Flocks can number in the thousands. They roost on power lines and leave droppings on insulators. When the dried droppings combine with fog or light rain, the mixture conducts electricity and creates a bridge along the insulator “skirts,” which causes a fault on the line. It creates the perfect opportunity for outages.

Thousands of ‘dancing’ starlings are causing power outages

Scotland | December 18, 2020

Masses of starlings have been jangling power lines in Airth, causing brief blackouts around sundown. An engineer with Scottish Power witnessed a colossal flock in a midair ‘dance’ before landing on the cables en masse. The tiny birds’ collective weight causes the cables to touch, short-circuiting the power for a few seconds at a time.

Starlings typically form murmurations in the early evening in fall and winter as they ready to roost for the night. Their large numbers provide warmth and ward off falcons and other predators.

Airth, a town of about 1,700 in the central Lowlands of Scotland near Falkirk, has been plagued with numerous outages. 

The flock was causing the cables to sway up and down every time they landed and took off; leading to brief service interruptions to about 50 homes in the area, almost always around sunset.

The outages typically only last a few minutes but have been frequent, and some caused greater damage that led to longer periods without power.

Along with this, a bird was blamed for a widespread power outage in Watertown, South Dakota. Businesses, including one healthcare provider; government offices, including the Watertown Police Department; schools; traffic signals; and people in the area were all affected by a bird in a transformer.

The above incidents proved that little feathered creatures can cause big headaches for utility companies and consumers. They are responsible for thousands of outages and millions of dollars in outage-related damage each year.

It’s a fact of life that Mother Nature is unpredictable but you can have your plan before accidents happen!

Anti-perching wires, spikes, and trapping have all been used to keep birds away but none of them are effective. To prevent the huge financial loss spent on the maintenance of these facilities, a reliable solution is needed.

There is a solution with C Tech Corporation to keep the birds away from perching and roosting.

Combirepel Bird repellent gel lacquer is specially designed to prevent birds perching and roosting.

It is available in the form of concentrate gel lacquer. The product causes the bird’s pain receptors associated with taste. Some birds use their sense of smell through which they recognize that the product is a threat. This repellent evokes a physiological effect that the birds associated with a sensory cue and then learn to avoid it.

The product is anti-corrosive and water-resistant and has no effect of UV light on it. The product is transparent and is compatible with most of the surfaces which are easy to apply.

Our Bye-Bye Birdie spray is a ready-to-use spray and can be sprayed directly on wires and cables or transformer boxes where birds roost to prevent a power outage.

Thus, using the bird’s sensory mechanism, we can get rid of them without causing them any physical harm.

Also, Rodrepel can be used to combat rodent nuisance in power sectors. It is a rodent and animal repellent that works on the principle of aversion. Its mechanism is tried-and-tested and is proven to be effective against rodents.

The product is compliant with RoHS, RoHS2, RoHS3, REACH, APVMA, NEA, EU-BPR, and FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com to keep the pests away.

Also, visit our websites:
1] http://www.ctechcorporation.com/
2] http://www.rodrepel.com/
3] http://www.termirepel.com/
4] http://www.combirepel.com/
Follow our Facebook pages at:
1] https://www.facebook.com/Combirepel-411710912249274/
2] https://www.facebook.com/Termirepel-104225413091251/
3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:
1] https://twitter.com/rodrepel
2] https://twitter.com/termirepel
3] https://twitter.com/combirepel

UNCO-OPERATIVE CO-PASSENGERS

Journeys, whether long or short, are usually tiresome for most people. Uncomfortable sleeping positions and disrupted routines go hand-in-hand with travelling. But imagine having to put up with unprecedented troubles during the journey. It is sure to irk the passengers.

Presence of pests on flights are a very common situation. Bedbugs, cockroaches, rats and even birds find ways to get inside airplanes. Along with being extremely disgusting to the eye, they also pose significant health crises. Cockroaches and rats are proven carriers of a plethora of germs and pathogens. Bedbug infestations are known to cause trauma to the victims.

Apart from this, they also cause great damage to the property itself. Rats are attracted to the wires and cables that are present in abundance inside aircrafts. They chew and gnaw on these wires causing extreme damage to them and creating a dangerous situation. “Rats on board an aircraft can lead to a catastrophe if they start chewing up electric wires of a fly by wire plane. If that happens, pilots will have no control on any system on board leading to a disaster,” a senior commander of the British Airways was reported saying. Once even a single rat is observed on an aircraft, the plane has to be fumigated.

With thousands of people boarding and travelling the planes from different parts of the world to various other parts of the world, it really becomes easy for these pests to enter the aircrafts. Along with luggage and other goods, via foodstock, etc. rodents and other pests can easily reach inside. Once inside, the pests find a lot of nooks and crannies in the plane where they can very comfortably live and thrive. Not only roaches, rodents and bugs, even birds find airports and aeroplanes very attractive for roosting and gathering in flocks. They build nests and habitats in the areas under planes’ wings and the landing tyres. Such a situation can range from being mildly disturbing to the plane to extremely dangerous depending upon the position of the nests. Apart from this, their droppings contain urea which corrodes aluminum and other such metals that are widely used in the different parts of aircraft, damaging the integrity of the plane.

Some evidence of pest nuisance reports in airplanes are mentioned beow:

“Travel stress in Bali: rodents paralyze Olaf Scholz government plane

Olaf Scholz actually wanted to return home quickly from the IMF meeting in Bali – just in time for the Bavarian election. But the Vice Chancellor’s jet was not ready to go. The reason: damage caused by hungry rodents.

The Airbus “Konrad Adenauer” was damaged in Indonesia by rodents, which apparently have bitten through electrical cables. This was announced on Saturday on the sidelines of the annual meeting of the International Monetary Fund (IMF) from delegation circles. Vice Chancellor Scholz was rebooked on a scheduled flight to Germany.

Since he had to go to the airport immediately to be back in Germany because of the eagerly awaited state election in Bavaria, Scholz could not also deny the traditional final press conference with Bundesbank President Jens Weidmann.”

“Bed Bugs On A Plane: British Airways Apologizes To Bitten Passengers

As the BBC News reported, on an overnight British Airways flight from Vancouver to London, Heather Szilagyi saw some bed bugs, complained to a flight attendant, but then wasn’t allowed to change seats with the flight being full. Thus, for the rest of the nine hour flight, she and her eight-year daughter had to share seats with bed bugs. And since bed bugs don’t have little tiny seat belts, during the night they were free to roam around biting Szilagi and her daughter. Thus next morning, the result was not only red eyes but also multiple red bites.”

The traditional pest control methods used prove to be ineffective in the longer run. Mechanical traps and glue boards does not guarantee absence of pests in the future. Fumigation in such tight spaces are very harmful for the people who work there. Repeated use of strong rodenticides and pesticides lead to the pest developing resistance to the formula overtime, thus making it ineffective and extremely dangerous. Apart from the above mentioned issues, these methods kill off the organisms harming various non-target species as well the environment as a whole.

C Tech Corporation has the best solution to offer for this menace. Our product Combirepel™, developed using smart technology and green chemistry, is 100% eco-friendly, safe for everyone and the environment. It is based on the unique combination of Rodrepel™, our anti-rodent aversive, and Termirepel™, our anti-termite and anti-insect aversive. It is extremely low in toxicity, non-hazardous, non-mutagenic, non-carcinogenic and works on the principle of repellence. It is effective against rodents, all types of insects and birds. The product is developed for a range of polymeric and coating applications including films, wires, and cables, etc.

Combirepel™ is available in the form of solid masterbatch, liquid concentrate, lacquer, wood-polish additive, bird repellent gel lacquer and easy-to-use aerosol sprays.

The masterbatch can be incorporated into polymeric applications like wires and cables, pipes, etc., thereby making the end application pest resistant.

The product available in the form of liquid concentrate can be diluted in paints and can be applied over the interior and exterior of the plane, garages, warehouses, etc. It can also be used for painting the kitchen and pantry areas. The liquid concentrate is compatible with all kinds of paints and solvents. It can also be diluted with water and sprayed around the seating areas and bedding materials to prevent any kind of bedbug or similar infestation.

The already installed cables, pipes, and other applications can be coated with our lacquer to protect them from pests and thus preventing damage. The lacquer is a transparent product and it does not wear off easily. It also does not affect the final look of the product.

The wood polish additive can be blended with wood polish and applied on the wooden articles and furniture like cabinets, tables and storage racks.

Our newly developed spray product can be sprayed on the infested area to repel the pests. It can be used on food carts, trolley cars, etc. because of its completely safe formulation, it can be used around food. It can be sprayed around the common pest entry points and prevent them from entering the premises. The product when applied properly repels the pests and protects the components from damage.

Combirepel™ is compliant with RoHS, RoHS2, RoHS3, REACH, APVMA, NEA and is FIFRA exempted. C Tech Corporation is the first company in the world to get EU BPR approval on our product range, thus proving our commitment towards sustainability and the environment.

Contact us at technical.marketing@ctechcorporation.com if you’re facing problems with pests and get the best remedies to combat the menace.

Also, visit our websites:

1] http://www.ctechcorporation.com/

2] http://www.rodrepel.com/

3] http://www.termirepel.com/

4] http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/ 

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel 

2] https://twitter.com/termirepel

3] https://twitter.com/combirepel

Hospitals aren’t immune to Creepy Crawlies!

Imagine you’re visiting the hospital for treatment and you suddenly find a rat crawling through the reception area. Sounds creepy, right? Well, apart from patients they are the unwelcomed visitors in healthcare centers. They don’t need any large entrance to enter they can get into infrastructure by any small crack or opening.

Healthcare facilities face many challenges every day including patient care and convenience. They try to fulfill each criterion to meet the top level of sanitation. But still, pest infestation can be seen commonly in those infrastructures because even a slight carelessness while sanitization gives an invitation to those creepy creatures!

Pest activity may be encouraged by frequently opened doors, people going in and out, cartons of supplies being shipped, and food storage and preparation.

The common culprits in healthcare facilities are rats, bedbugs, cockroaches, and Birds! They can make you sick, kill you, and bring down buildings in a single shot.

Rats gnaw anything which comes in their way. They will gnaw through wood, wires, drainpipes, and plaster on walls which may weaken the building structure. Apart from this, they are well-known for contaminating the food.

It is a fact that ‘Rats and mice are known for spreading more than 35 diseases to humans.’ 

Bedbug’s infestation can be easily done by bags and clothes of regular visitors. We all know that they feed on blood so bedbug biting can cause a serious allergy or inflammation.

Did you know?

‘Cockroaches can contaminate food with their waste and saliva which contains bacteria that can cause food poisoning, diarrhea, and Staphylococcus infections.’

Cockroach infestation in hospitals can indicate that the hospital hygiene is not up to the mark as they breed or live in drains and trashes.

Now you may wonder how birds can cause a threat to hospitals.

But hospitals are the perfect nesting place for them. Precisely it’s their droppings and feathers which cause a serious threat. Birds are carriers of almost 60 diseases and also they can affect the quality of air.

Let’s have a look at some shreds of evidence!

Big negligence in Indore hospital, rats nibble away dead body

Indore(IN) | September 21, 2021

In the Corona period, where people are treating the hospital as the temple and the doctors as God, some hospitals are witnessing embarrassing incidents of humanity. One such case has come from Indore, the economic capital of Madhya Pradesh, where the negligence of a large hospital has been exposed.  The case is of the unique hospital in Indore.

A few days ago, an elderly man from Vinay Nagar, Jain Colony, was admitted to the city’s Unique hospital after his health deteriorated, but he died during treatment. When it came to handing over the body of the elderly to the family in front of the hospital management, they handed the body to the family which was nibbled by the rats. The agitated family says that there is no place to keep the dead bodies in such a big hospital.

Panchkula center serves cockroaches with lunch
Chandigarh (IN) | August 31, 2020

Despite nodal officers and members appointed for maintaining cleanliness and ensuring better facilities to patients at Covid care centers and hospitals, inmates of the Covid care facility in Sector 14 on Sunday shared shocking pictures of cockroaches in the packed lunch, the bad shape of toilets, and poor cleanliness at the center, prompting the chief medical officer to mark an inquiry.

The pictures showed five cockroaches in rice and white chana served to patients in a disposable plate. All patients in general ward refused to eat their food. There is no fixed timing for serving food; patients alleged the patients said the toilets were in a bad shape.

These incidents proved even hospitals aren’t immune from creepy pests!

Believe it or not, pest infestation in healthcare centers is a serious problem and with the COVID outbreak, hospitals and healthcare facilities would be overburdened. They are least bothered about a pest infestation.

Hospital is a place where patients visit to get cured of unwanted diseases but what if they come in contact with these pesky critters which carry innumerable bacteria and pathogens?

Many ineffective pest control methods have been used previously in hospitals such as traps, glue boards, baits, fumigation, etc. but we all know the fact that these critters find a way to come back.

Many patients are already compromised from underlying health conditions, and any sighting of pests can lead to the closure of the center.

So what else can be done?

Well, we have the solution for you!

We at C Tech Corporation provide low-toxic, and low hazard pest aversive.

Combirepel™ works on the mechanism of repellence. It is a perfect blend of green chemistry and smart technology which repels the pests rather than killing them and at the same time ensuring protection to our beloved ecosystem. The blend makes the product non-toxic which is most important factor in health sectors.

Combirepel™ is available in the form of masterbatch, liquid concentrate, lacquer, spray, wood polish additive, and bird repellent gel lacquer.

Masterbatch can be incorporated with a polymer to manufacture cable sheathing, pipes, trolleys, or other polymeric equipments.

The liquid concentrate can be mixed with paints in a predetermined ratio and can be applied on walls of patient rooms, pharmacy, operation theatres, laundry rooms, kitchen area, pantry, and mechanical equipments.

The lacquer can be applied to the already installed wires, flooring, trolleys, equipments, food storage area, etc.

The wood polish additive can be added with wood polish and applied to the storage units and furniture.

Our ready to use Combirepel spray can be sprayed directly on the infected area to repel the pests.

Bird repellent gel lacquer can be applied on window ledges, AC units, roofing, etc. to prevent birds perching.

Contact us at technical.marketing@ctechcorporation.com if you’re facing problems with pests and get the best remedies for pest menace.

Also, visit our websites:

1] http://www.ctechcorporation.com/

2] http://www.rodrepel.com/

3] http://www.termirepel.com/

4] http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel

2] https://twitter.com/termirepel

3] https://twitter.com/combirepel

Dirty Dining and its Consequences

When one plans to go to a fine dining restaurant, one expects delicious food, impeccable service and a calming ambiance. What one does not expect or wish for is the presence of unwanted creepy crawlies in their food or anywhere near them. In spite of this, the presence of pests in restaurants is a very common occurrence.

Restaurant kitchens prove to be perfect hideout spots for these pests. Lots of readily available food and warm, tight, dingy places are perfect for them to live and thrive. These pests carry with them a plethora of pathogens. Direct or indirect exposure to food contaminated with them is sure to lead to a multitude of diseases including vomiting, diarrhoea and trauma.

Even a slight carelessness from the caretaker’s/cleaner’s end can result in an infection that can be disastrous for the hygiene of the kitchen and eventually to the customer’s health.

Finding rodent droppings and bugs in the food can be very off-putting for the customer and will definitely taint the name of the restaurant. There are multiple incidences of such happenings. Few evidences are given below:

“S’pore man finds cockroach in noodles from Yishun store & hid in room for the rest of the day”

While enjoying a bowl of noodles for lunch, a man in Singapore found something that would cause him to lose his appetite for the rest of the day.

According to Stomp, the man, known only as Tan, was about five to seven mouthfuls into his meal on Dec. 5 when he found a cockroach nestled among the noodles and soup.

“My mind turned blank. I screamed and rushed to the toilet to vomit out my food,” he told the online portal.

Tan had ordered three bowls of noodles from Taste Beyond Taste Ban Mian & Fish Soup — located in Yishun — for two friends and himself.

The order was placed through Foodpanda, who subsequently gave Tan a full refund.

He told Stomp that he felt “extremely uncomfortable afterwards.”

“(I) hid in my room the whole day without lunch and dinner. I also felt unwell and traumatised.”

“UK Woman Finds Sink Plug In Her Onion Bhaji, Restaurant Owner Offers A Mere Refund For The Mistake”

“According to a Daily Star report, the 65-year-old woman had ordered some food with her family from two restaurants in Bristol, one Indian and one Mediterranean, after being split on what they wanted to eat.

While eating the Indian food from the restaurant named Garam Masala, her grandson made the discovery of the batter-covered sink plug. 

Speaking to the Bristol Post, the woman, who didn’t want to be named, said: “We’ve used Garam Masala many times before and never had any reason to be unhappy. We’ve never had any bad food from there.”

The family promptly complained to the restaurant, Garam Masala, and the culprit responsible for the mishap has since been fired, reports Bristol Post.”

Cockroaches and rats in the food have been reported to be the most common reason for the shutting down of many a restaurants world-wide. Such eateries prove to be health hazards to everyone who work there as well as the customers who eat from there. Evidence of this is given below:

“Rats and roaches: Brisbane’s worst suburbs for food safety”

The discovery of crawling cockroaches and dead rats were some of the reasons at least half a dozen food safety fines were dished out last year following hundreds of complaints lodged against Brisbane restaurants and eateries.

Brisbane City Council received 771 complaints relating to food safety in 2020 – 437 about food premises and 334 about unsafe food and infection.

Topping the list of worst-offending suburbs was Brisbane’s CBD, where 72 complaints were lodged, followed by Sunnybank with 26 and West End with 25.

Councillor Kim Marx, who chairs the Community Health and Safety Committee, said council insisted businesses met strict food-safety standards.

“But every complaint made to council about food safety is followed up with an on-site inspection, and food businesses are not allowed to continue operating if they present a health risk to the public.

“Unfortunately, there has been a small number of Brisbane food businesses that have not upheld council’s high standard, and many of those businesses have been charged in court.”

At least half a dozen Brisbane food outlets were fined last year after council inspectors found dead rats and cockroaches on the premises.

“Anyone with concerns about the standard of food handling or storage at a Brisbane restaurant, cafe or food truck is encouraged to report this to council so it can be investigated,” Cr Marx said.”

The use of toxic pesticides or rat-kills are discouraged at places like kitchens because of its close-proximity to edible stuff. Intake of pesticides via can be equally harmful if not more. This has led to a prevalent question about what exactly can be used to combat this menace.

C-Tech Corporation has the perfect solution to keep the pests away and forever! We manufacture a range of extremely low toxicity, low hazard, and environment-friendly pest repellent products. Our product, Combirepel™, is a blend of green chemistry and smart technology and is the unique combination of our globally patented Rodrepel™, rodent aversive and Termirepel™, insects and termites aversive. It acts through a series of highly developed intricate mechanisms ensuring that rodents and other insect pests are kept away from the target application by the mechanism of repellence. Our eco-friendly and sustainable product does not kill the target species but only repels them.

Rodrepel™ triggers a fear response in rodents thus protecting the application. It causes severe temporary distress to the mucous membrane of the rodents due to which the pest stays away from the application. The product triggers an unpleasant reaction in case if the pest tries to gnaw away the application. After encountering the above-mentioned emotions, the animal instinctively perceives it with something it should stay away from and stores this information for future reference. The fact that certain rodents are repelled is mimicked by other rodents as well. Thus, the other rodents too stay away from the applications. The unpleasant experience is imprinted within the animal’s memory and passed on to its progeny.

Termirepel™ temporarily inhibits the mating cycle of the insects. The product impairs the ability of the insects to reproduce, that is the insects will not lay eggs or the laid eggs will be infertile. The product causes feeding disruption in an insect by triggering an unpleasant reaction within the insect which might try to feed on the application. The product temporarily blocks the reproduction system of the insects by hindering the release of vital hormones for growth.

Combirepel™ is available in the form of a solid masterbatch, liquid concentrate, lacquer, spray and wood polish additive.

The liquid concentrate can be mixed with paints and applied all over the restaurant, especially inside the kitchens. It can also be applied to already installed cables and wires and other entry points. The liquid concentrate is compatible with all kinds of paints and solvents. This will keep the rodents away.

The lacquer can be applied to the flooring, kitchen trolleys, cabinets, even the kitchen platforms.

The wood polish additive can be blended with wood polish and applied on the storage units and furniture.

Our product in the form of a spray is very easy to use. It can be sprayed on the infested area to repel the pests and prevent them from entering.

The LD50 value of Combirepel™ is 50,000 mg/kg making it non-poisonous, which is an important parameter to be considered in the food industry. By using our products, you can get an effective and long-lasting solution against rodent nuisance.

The product is compliant with RoHS, RoHS2, RoHS3, REACH, APVMA, NEA, EU-BPR, and FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com if you’re facing problems with rodents and get best remedies to combat the pest menace.

Also, visit our websites:

1] http://www.ctechcorporation.com/

2] http://www.rodrepel.com/

3] http://www.termirepel.com/

4] http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel

2] https://twitter.com/termirepel

3] https://twitter.com/combirepel

Bee Kind to Pollinators!

Did you know? 

Three-fourth of the world’s flowering plants depend on pollinators!

Bees provide a vital ecological service i.e. pollination. Pollinators help in the reproduction of plants which provide food and shelter to diverse wildlife. Even if one local pollinator is removed it may affect us directly and indirectly!

The decline in numbers of European honeybees, bumblebees, and other native pollinators has been well known for over a decade. Studies addressing pollinator decline kicked into high gear in 2006 when Bee Colony Collapse Disorder first appeared. The highest loss from April 2018 to April 2019 is reached up to 40%. The use of agricultural pesticides is a damaging piece of this puzzle.

Neonicotinoids are popular amongst the news in recent months. They are now widely known as a nicotine-derived category of pesticides and captures 1/4th of pesticide use. These pesticides are absorbed directly into the plant’s tissue by drenching the soil, directly injecting into the plant’s steam, or applied as a seed coating. If these pesticides are absorbed by plant tissue, pollen, and nectar they become toxic, and pollinators who visit the flowering plants are exposed to those harmful pesticides.

The environmental impacts of Neonicotinoids go well beyond honey bees, including mortality in birds, mammals, and a variety of non-target insects. 

 Many scientists have linked the mass bee die-offs to an increase in the use of pesticides.

Let’s have a look at some shreds of evidence!

Legal threat over bee-harming pesticide use

BBC News | January 27, 2021

In 2018, the EU banned the outdoor use of neonicotinoid pesticides, which harm pollinating insects such as bees. But following Brexit, the government approved the emergency use of one neonicotinoid to combat a crop disease.

Multiple studies, including large-scale field trials, have found that neonicotinoids harm pollinators and aquatic life. Research has also shown that they can be linked to the wider collapse in biodiversity.

The government says it allowed the use of the neonicotinoid thiamethoxam because of the “potential danger” to the sugar beet crop from beet yellows virus, which is spread by aphids.

It stressed that the use of the chemical would be strictly limited, and the risk to bees was “acceptable” because sugar beet doesn’t flower. Alternative chemicals should be used to kill any wild flowering plants in and around the crops, the government said.

Neonicotinoids are the most widely-used class of insecticides in the world and they work by disrupting the insect central nervous system.

Using neonicotinoids not only threatens bees but is also extremely harmful to aquatic wildlife because the majority of the pesticide leaches into the soil and then into waterways. Worse still, farmers are being recommended to use weedkillers to kill wildflowers in and around sugar beet crops in a misguided attempt to prevent harm to bees in the surrounding area. This is a double blow for nature.

The pesticide that caused bee colonies to collapse is killing birds now

Salon | August 18, 2020

Neonicotinoids thought to be responsible for colony collapse disorder, have detrimental effects on birds, too. Environmentalists and farmers were relieved to discover that the mysterious and sudden drop in bee populations in the past decade turned out to be linked to neonicotinoids, a class of insecticides that are chemically akin to nicotine. Solving that mystery was not merely important to ecologists, but also crucial to human survival: if major bee communities become extinct or near-extinct, it could devastate human food sources. 

Yet as history shows, pesticides applied to kill one type of pest don’t generally stay confined to those animals. (See also: DDT.) Horrifyingly but perhaps unsurprisingly, scientists now believe that bees aren’t the only animals that are adversely affected by neonicotinoids. Many bird species, too, appear to be in decline as a result of neonicotinoids trickling up through the food chain. 

According to a new research paper published in Nature Sustainability, the rising use of neonicotinoids led to a drop in bird biodiversity in the United States between 2008 and 2014, scientists say. While bird populations have been steadily dropping anyway the authors note that the bird population in the United States has dropped by an estimated 29 percent since 1970. The researchers were able to separate the general drop in bird biodiversity from the specific drop that appeared to be due to neonicotinoid spraying. 

Till now, we all know that pollinators are facing several harms, from habitat extinction and increased chemical use to parasites and climate change. Many study experiments have been performed to find the root of population declining and consequences of pollinator’s extinction, only one conclusion being repeatedly drawn i.e. to ban those pesticides! 

But we did not even take a step ahead to stop this nuisance. Many countries have banned such harmful pesticides to be distributed within their country. A ban on manufacturing and exporting them was not restricted. This allowed industries to make huge profits by selling them in other countries.

Even we humans face the consequences of these pesticides. The physical effects which are visible after immediate exposure include burning of eyes and fingers, rashes and allergies are very common. Oral ingestion leads to nausea, vomiting, and other carcinogenic diseases.

It is more important now to stop the already gruesome situation from becoming worse and we know enough to act now! 

We at C Tech Corporation provide a range of bio-safe, non-toxic and non-hazardous pest aversive products which can be used as an alternative against those toxic pesticides.

Our products offer the perfect solution for pest nuisance, which may lead to reduce the use of harmful pesticides and protecting our mother nature from its adverse effects.

CombirepelTM is an insect, animal, and bird aversive repellent which does not kills but repels the pest. The product works on a repellency mechanism which indirectly helps to maintain the balance in the ecosystem.

CombirepelTM is available in various forms such as masterbatch, liquid concentrate, lacquer, wood polish additive, and spray.

Masterbatch can be combined with polymeric applications such as pipes, greenhouse films and floating covers, etc. The liquid concentrate can be mixed with paints in a specific ratio and can be applied to fences in farms or gardens to keep pests away. The lacquer is a topical application that is compatible with most surfaces like concrete, metal, polymer, wood, ceramic, etc. Lacquer can be applied on already installed drip irrigation lines, walls of a warehouse where harvested crops are stored, thus protecting them from pest damage. Wood polish additive can be applied on wooden fences to increase their durability. The spray can be used directly anywhere to repel the desired pest.

CombirepelTM spray is safe for use in farms and warehouses.

CombirepelTM is cost-effective, inert, and thermally stable and does not degrade on exposure to heat and sunlight. It is RoHS, RoHS2, RoHS3, REACH, NEA, EU BPR, APVMA compliant and FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com to know more about the use of our repellent products against pest menace and let’s contribute towards a sustainable environment!

Bird menace in residential areas

Birds find residential areas to be very attractive because of the presence of easy food source and plenty of shelter opportunities. Apartment balconies and building structures provide them the perfect place for living and thriving. High-rise buildings’ ledges mean that they are safe from the city-traffic and their eggs from other predators.

However, this leads to a lot of problems for the residents in the nearby area. Birds are very infamous for spreading filth with their droppings everywhere. They have been declared as a pest in a lot of areas because of the nuisance they create. Their feathers and droppings contain germs, bacteria and other parasites that spread diseases like food poisoning, diarrhoea, fever and even asthma and lung infections in extreme cases.

Birds like pigeons find the window ledges, rooftops, bridges, and warehouses to be perfect places for their roosting, nesting and sheltering. Also dangerous is the fact that pigeon poop-ridden places are very prone to fungus growth, leading to many health hazards. Birds construct their nests in tight spaces and in the nooks and crannies of air conditioners, box-window sills, etc. These birds also carry pests such as ticks, mites, fleas and lice that can make people and their pets sick.

The damage they cause to buildings and structures with their roosting and droppings are many. Besides ruining the aesthetics, pigeon droppings, due to their acidic nature and fungi growth enabling, also have a corrosive effect on buildings, monuments and other structures. These acidic droppings have degrading effects on most surfaces like wood, stone, painted walls as well as copper and steel.

Once they find a convenient spot which fulfils their food and water need, they settle there. Bird nests at the wrong place can clog gutters, chimneys and pipes, cause electricity hazards leading to fire and also block adequate air supply. Gardens and lawns are also destroyed by birds. They peck at fresh fruits and can contaminate plants with their droppings.

When birds like pigeons find a suitable spot, they start multiplying aggressively leading to their dominance in an area. This causes other smaller birds like mynahs and sparrows to flee from the area causing a disturbance in the natural biodiversity there.

Some incidences of bird menace are quoted below:


Pigeon hell

 “Mumbai runs for cover as an exploding population of pigeons, fed and fattened by easy availability of food, lays siege to the city

Mulund homemaker Preeti Wadhwa, 27, recently spent Rs 15,000 to cover her apartment windows with specialised netting to block pigeons that had become a nuisance and a health hazard, dropping huge quantity of “infectionspreading” excrement on window sills.


“But the problem has not been solved. They now sit on the ledges above the windows”, she said. The Wadhwa family presents a side of a growing debate in Mumbai over the impact of pigeons, whose numbers have multiplied exponentially in the past two decades.”

Coast hotels forced to hire bird chasers in fight against house crows

“The workers chase the black and grey necked birds that hover around the hotel lawn looking for food. “They are a real nuisance. They grab food from plates. They excrete all over as they fly from one spot to another,” he said.

In the 2018/19 financial year, Mombasa County government allocated Sh30 million to eradicate the birds. Yesterday, senior county officials declined to comment on the matter despite concerns by players in the hospitality industry and scientists who have described the birds as invasive pests.

Mohamed Hersi, the Kenya Tourism Federation chair described the Indian house crows as a huge messy affair. “We can no longer ignore this sad state of affairs. They eat all the nice small indigenous birds and they equally soil every surface they perch on,” he said. Hersi said the county’s Environment department should come up with a plan to address the menace once and for all.

Fires caused by bird nests common in eastern Iowa

A bird’s nest that was sitting on top of an outdoor lighting fixture caused an early morning house fire Thursday in Cedar Rapids.

The fire broke out around 2:00 a.m. at a home in the 700 block of Bever Ridge Court southeast.

Marion’s Fire Marshal Wade Markley says bird nest fires are more common than most may realize.

“We find bird nests and lint build up on properties all the time,” said Markley.

Markey says he sees bird’s nests causing fires a few times every year.”

Killing however, isn’t the solution to this problem. Killing is not only extremely cruel, it does not solve the root cause of the problem, leading to an endless cycle of killing the birds. Some other methods that have been tried to solve this bird menace include the use of ultrasonic devices to shoo away the birds and installing trapping devices on windows and ledges. However, these methods are not very efficient as it has been proved that birds’ reaing range is around the same as us humans’, making sonic devices useless and trapping is more of a short-term solution and requires constant manual monitoring.

This makes it a pressing problem to find solutions to this menace. A solution that is sustainable and also does not require tremendous efforts from our end.

CombirepelTM is a product manufactured by C Tech Corporation which is anti-rodent, anti-insect, and anti-bird polymer additives specially designed for a range of polymeric applications.

CombirepelTM Bird repellent gel lacquer is the product produced by C Tech Corporation to prevent the menace caused by birds. This product is specially designed to prevent bird perching and roosting.

It is available in the form of concentrate lacquer. The lacquer works on the principle of tactile repellence. The product causes the bird’s pain receptors associated with taste. Some birds use their sense of smell through which they recognize that the product is a threat. The product is specially designed to prevent perching and roosting of birds. Repellent evokes a physiological effect which the birds associated with sensory cue and then learn to avoid it. This prevents their infestation thereby avoiding damages.

Our new CombirepelTM Bird repellent spray has all the above-mentioned properties and is very user friendly making it easy to use and convenient for application.

The gel lacquer is transparent and is compatible with most of the surfaces which makes it easy to apply. It can be directly applied to areas prone to bird roosting.  

Thus using the bird’s sensory mechanism we can get rid of them without causing them any physical harm. It does not kill or harm the insect but repels them.

It is RoHS, RoHS2, EU – BPR, ISO, REACH, APVMA, NEA compliant and FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com to keep the pests away.

Also, visit our websites:

1] http://www.ctechcorporation.com/

2] http://www.rodrepel.com/

3] http://www.termirepel.com/

4] http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/

2] https://www.facebook.com/Termirepel-104225413091251/

3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel

2] https://twitter.com/termirepel 

3] https://twitter.com/combirepel

THE BEE APOCALYPSE

The role these little 1-2 centimetre long bees play in the nature and our ecosystem is so important that a decline in their numbers has been cited as a biodiversity crisis by scientists around the globe. So what is it that makes bees so essential to the ecosystem and are they really worth saving?

While it is true that the honey they make are relished by everyone, not many people know that bees are the most important food crop pollinators among all other agents. Three quarters of our food crops including items like fruits, vegetables and even everyone’s favourite coffee are pollinated by bees. The alfalfa crop used to feed cattle are also a result of the bees’ work. Even crops like cotton and flax seeds are pollinated by bees.

These are only the direct advantages that bees offer. Apart from this, secondary items from bees like beeswax are also used extensively in the cosmetic and cleaning industries. Bees have a positive impact on the overall biodiversity of a place where they work actively. Bees’ pollinating activities also have complex benefits such as better quality of yield, better produce and enhanced resistance to pests in plants. Their contribution towards maintaining ecological diversity is unparalleled. They protect multiple plant and animal species by protecting their genetic diversity.  

However, the number of bees have been constantly declining since the past decade. This is an alarming issue, as a few years down the line it will simply come down to the fact that no bees would mean no food. The main reasons of their decline have been cited as parasites, habitat destruction, global warming, pesticides and poor nutrition. And when we look at the reasons closely, it is not difficult to notice that humans are largely responsible for the dwindling population of bees. Global warming, habitat destruction and overuse of pesticides are the direct action of us humans. Due to lack of suitable habitats, bees are not able to properly nourish themselves.  

It is known that bees are considered as an indication of a healthy ecosystem. The fact that our bees are unhealthy and rapidly dying, is a very scary situation to be in. Because of their pollination activities, they keep the cycle of life turning. What now looks like a bee apocalypse will not take much time to become the apocalypse of humankind if we do not pay attention to the situation at hand.

Public and political concerns are being raised nowadays to check the harm we are doing to our best pollinators. Multiple accounts of harmful pesticides killing bees have been noted. Pesticides in small quantities might benefit the plant, but is extremely harmful for the environment in the longer run. It adversely affects multiple non-target species. It harms the soil as well as the bees that pollinate the plants.

Some evidences are mentioned below:

PESTICIDES HARM BABY BUMBLEBEES AS WELL AS ADULTS, RESEARCH SUGGESTS By Mike Pomranz Updated March 09, 2020

Micro-CT scans reveal the damage pesticide exposure can have on developing bee brains.

Not that adults don’t deserve our empathy, but when something affects babies, our heartstrings are especially tugged. So while you are probably aware that our bee populations are struggling, and pesticides are a cause, but maybe this will get you to reevaluate just how dire the situation is: A new study suggests that pesticides are harming baby bees, too.

The study, conducted by researchers at Imperial College London and published in the journal Proceedings of the Royal Society B, explains that most studies have looked at the effect of pesticides on adult bees, but this kind of research can overlook the larger picture. “Bee colonies act as superorganisms, so when any toxins enter the colony, these have the potential to cause problems with the development of the baby bees within it,” Richard Gill, the lead researcher from the Department of Life Sciences, explained in announcing the findings.

“Worryingly in this case, when young bees are fed on pesticide-contaminated food, this caused parts of the brain to grow less, leading to older adult bees possessing smaller and functionally impaired brains; an effect that appeared to be permanent and irreversible,” Gill continued. “These findings reveal how colonies can be impacted by pesticides weeks after exposure, as their young grow into adults that may not be able to forage for food properly. Our work highlights the need for guidelines on pesticide usage to consider this route of exposure.”

So how do you study tiny bumblebee brains? With micro-CT scanning technology, obviously. For this research, a bee colony was given “a nectar substitute spiked with a class of pesticides called neonicotinoids, some of which are restricted within the EU but used widely across the globe,” according to the Imperial College London news site. Through this method, the larvae were exposed to the pesticide, and then, after emerging from their pupa stage, these adults had their learning ability tested—by seeing if they could associate a smell with the reward of food—after three days and 12 days. (Yes, a 3-day-old bee is an “adult;” this species tends to have its lifespan measured in weeks.)

These results were then compared to both bees that were not exposed to pesticides at all and ones only exposed to pesticides as adults. Nearly 100 bees from all three groups also received micro-CT scans—which probably aren’t as cute as they sound. The result: Not only did the bees which were exposed to pesticides as babies perform worse on the tests, they also had less volume in an important section of their bee brains.

“There has been growing evidence that pesticides can build up inside bee colonies. Our study reveals the risks to individuals being reared in such an environment, and that a colony’s future workforce can be affected weeks after they are first exposed,” Dylan Smith, the lead author and part of the Science and Solutions for a Changing Planet Doctoral Training Partnership, added. “Bees’ direct exposure to pesticides through residues on flowers should not be the only consideration when determining potential harm to the colony. The amount of pesticide residue present inside colonies following exposure appears to be an important measure for assessing the impact on a colony’s health in the future.”

NEW PESTICIDE MAY HARM BEES AS MUCH AS THOSE TO BE REPLACED       by Marlowe Hood

A new class of pesticides positioned to replace neonicotinoids may be just as harmful to crop-pollinating bees, researchers cautioned Wednesday.

In experiments, the ability of bumblebees to reproduce, and the rate at which their colonies grow, were both compromised by the new sulfoximine-based insecticides, they reported in the journal Nature. Colonies exposed to low doses of the pesticide in the lab yielded significantly less workers and half as many reproductive males after the bees were transferred to a field setting.

“Our results show that sulfoxaflor”—one of the new class of insecticide—”can have a negative impact on the reproductive output of bumblebee colonies,” said lead author Harry Siviter, a researcher at Royal Holloway University of London.

As with neonicotinoids, sulfoxaflor does not directly kill bees, but appears to affect the immune system or the ability to reproduce.

Foraging behaviour, and the amount of pollen collected by individual bees remained unchanged in the experiment. The study has been published amid legal challenges and shifting national policies on neonicotinoids, among the most commonly used insecticides in the world.

In April, European Union countries voted to ban three neonicotinoid-based products in open fields, restricting use to covered greenhouses. Earlier this month Canada followed suit, announcing the phase-out of two of the pesticides widely applied to canola, corn and soybean crops.

Neonicotinoids are based on the chemical structure of nicotine and attack insect nervous systems. Sulfoximine insecticides, while in a different class, act in a similar way.

Unlike contact pesticides—which remain on the surface of foliage—neonicotinoids are absorbed by the plant from the seed phase and transported to leaves, flowers, roots and stems. They have been widely used over the last 20 years, and were designed to control sap-feeding insects such as aphids and root-feeding grubs.

Past studies have found neonicotinoids can cause bees to become disorientated such that they cannot find their way back to the hive, and lower their resistance to disease.

Colony collapse:

Other research has shown that crop pests have also built up resistance. “Sulfoximine-based insecticides are a likely successor and are being registered for use globally,” Siviter noted.

In 2013, the US Environmental Protection Agency (EPA) approved two sulfoxaflor-based pesticides for sale under the brand names Transform and Closer. Sulfoxaflor is also registered in Argentina, Australia, Canada, China, India, Mexico and a couple of dozen other countries.

Experts not involved in the research praised its methodology and said the findings should sound an alarm.

“This study shows an unacceptable scale of impact on bumblebee reproductive success, after realistic levels of exposure to sulfoxaflor,” commented Lynn Dicks, an Natural Environmental Research Council Fellow at the University of East Anglia.

Conducting such research should be a “mandatory requirement” before pesticide companies bring such products to market, he said.

For Nigel Raine, a professor at the University of Guelph in Canada who holds a chair in pollinator conservation, “the findings suggest that concerns over the risks of exposing bees to insecticides should not be limited to neonicotinoids.” Fears have been growing globally in recent years over the health of bees.

Pesticides have been blamed as a cause of colony collapse disorder along with mites, pesticides, virus and fungus, or some combination of these factors.

The United Nations warned last year that 40 percent of invertebrate pollinators—particularly bees and butterflies—risk global extinction.

It is now more important than ever that we act as responsible humans and take the necessary decision to stop the already gruesome situation from becoming worse. And the first step should be to stop the use of these pesticides that cause more harm than good.

We, at C – Tech Corporation have the perfect eco-friendly, non-toxic, non-hazardous, non-carcinogenic and non-mutagenic pest aversives, which can be used as alternatives for these toxic pesticides and insecticides.

Our products Rodrepel™, Termirepel™ and Combirepel™ provide the perfect sustainable solution for pest problems in the fields, thereby reducing the use of pesticides and protecting our environment and different species from its ill effects.

The unique product Combirepel™ manufactured by C-Tech Corporation is an insect, animal, and bird aversive repellent which repels the pests. Combirepel™ works on the mechanism of repellency. It is an extremely low concern, low toxic, low hazard, non-carcinogenic and non-mutagenic pest aversive. It does not kill or cause harm to the pests as well as to the environment which indirectly helps to maintain the ecological balance.

Combirepel™ is available in the form of the masterbatch, which can be incorporated into the polymeric applications like pipes, agriculture mulch films, floating row covers, greenhouse films, etc. used for crop cultivation purpose, etc. The product available in the form of liquid concentrate can be mixed in paints in a predetermined ratio and be applied to the fences in the garden and farms to keep the pests away from these places.

Our product in the lacquer form can be applied topically on the applications. The lacquer is compatible with most of the surfaces like wood, concrete, metal, polymer, ceramic, etc. The lacquer can be applied on the already installed pipes in the fields or garden, fences around farms and garden, walls of the warehouses where the agricultural produce are stored, thus protecting it from damage.

Our newly developed product in the form of a spray which can be sprayed anywhere to repel the pests. The product is compatible with all types of surfaces and can be used by anyone. The Combirepel™ pest repellent spray is safe for use in farms and warehouses.

Combirepel™ is thermally stable and does not degrade on exposure to heat and sunlight. It does not kill or harm the pest but repels them. It does not volatilize and does not degrade the soil.

Contact us at technical.marketing@ctechcorporation.com if you’re facing problems with pests and get the best remedies to combat the pest menace.

Also, visit our websites:

http://www.ctechcorporation.com/

http://www.rodrepel.com/

http://www.termirepel.com/

http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/
2] https://www.facebook.com/Termirepel-104225413091251/
3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel
2] https://twitter.com/termirepel
3] https://twitter.com/combirepel

Obnoxious Marmots!!!

Marmots are large rodents that often become a nuisance to gardeners, farmers, and homeowners due to their appetites and burrowing habits. The yellow-bellied marmot is the most common species in the United States and a close relative of the woodchuck. Also known as rockchucks or whistle pigs, yellow-bellied marmots are social creatures that live in communities of 10 to 20 individuals. During the spring and summer, the animals undergo a period of hyperphagia, a feeding frenzy designed to fatten the marmots so they can survive the coming winter. By huddling together in underground burrows lined with hay or grass, marmots hibernate for up to 200 days at a time, easily spending half of their 13 to 15 years of life asleep.

Yellow-bellied marmots grow about 2 feet long and weigh up to 12 pounds. They have coarse brown or tan fur with light yellow coloring on their bellies and large claws on their front feet used for digging extensive burrows underground. Their stout bodies are designed to hold thick layers of fat and their prominent front teeth allow them to chew the stalks, leaves, blossoms, and fruits of their favorite plants.

High elevations and rocky outcroppings used as lookout posts are favored habitats for marmots. They can also be found among pastures, meadows, and rocky steppes. The animals have been known to live among the foothills of mountainous regions, burrowing beneath slopes of tumbled-down rocks and boulders, as well. In urban areas, marmots can be seen sunning themselves or gnawing on the grass at the side of the road.

Marmots prefer food sources, such as clover, herbaceous greens, or garden vegetables. Farmers encounter problems when marmots enter fields where cereal grains, root vegetables, or herbs grow. Marmots are naturally shy of humans and will not enter homes. They prefer to scavenge where they have a clear view of danger.

Marmots can cause major damage to gardens and crops. When feeding, marmots tend to chew the entire plant down to the ground, leaving nothing. Ripe vegetables, herbs, and cereal grains are the most enticing temptations to hungry marmots, who will dig beneath most fences to get at desired plants.

Additionally, unchecked burrows may undermine the structural integrity of manmade dams, levees, or embankments.

Aside from the fact that they may be eating your plants, marmots are not all that dangerous, preferring to lounge around all day instead of chasing you. As long as you leave them alone, they’ll leave you alone. This means, however, that they may bite you if you try to feed them or you accidentally disturb them.

The most dangerous thing about marmots is that they can carry a bunch of nasty things like ticks that cause Lyme disease, or Rocky Mountain Spotted Fever. It is also possible for them to transmit hantavirus or rabies. These diseases can cause serious medical problems that cause anything from minor aches and pains to severe damage to the nervous and respiratory systems.

Let us look at some shreds of evidence

Marmots invade Matterhorn area

September 14, 2017

“So sweet!”, coo the tourists. “Shoot them,” say the authorities in Zermatt, where marmots have become a plague. The furry rodents are causing damage to meadows and houses. “If someone leaves a balcony door open, marmots sneak into the house. They also dig beneath retaining walls,” Romy Biner-Hauser, Zermatt’s mayor, told Swiss Public Radio, SRF. “

Farmers in Zermatt are particularly hard hit by the influx of marmots. Shepherd and organic farmer Paul Julen can no longer use one of his fields because of all the marmot holes.

“The risk of accidents is very high when there are so many marmot holes in a meadow,” he said, remarking that he almost lost two newborn lambs that had fallen into a marmot burrow.

Marmots plague Eastern Washington neighborhoods

June 24, 2009, │The Oregonian

The large rodents have become pests in the Eastern Washington town of Prosser. Diners at a restaurant in Prosser were startled Monday when a furry marmot wandered through the front door and settled into a corner.

That was no surprise to city Administrator Charlie Bush, who says the big rodents have long been a problem in the central Washington wine town.

In 2006 and 2007, the city paid $5,700 over two years to hire trappers to thin the population. But last year, the City Council ran short of money and decided to get out of the marmot-control business.

Three years ago, residents complained that the rodents were swarming a 75-unit development of manufactured homes near the Prosser airport, burrowing under homes and fouling front porches with their droppings. There were even unconfirmed accounts of marmots attacking people.

The current rodenticides and traps are being used to control this menace. Repeated exposure to rodenticides builds up resistance in rodents. The pesticides also contribute to air, water, and soil pollution. Farmers, pesticide applicators, and horticultural workers may contact with pesticides in their professional environment. Several millions of cases of pesticide poisoning are registered every year. Frequent rodenticide applications make the problem worse.

We have a solution for you!!

C Tech Corporation can offer a solution to this problem. Our product Combirepel™ is extremely low toxicity and extremely low hazard and eco-friendly rodent aversive. This product acts through a series of highly developed intricate mechanisms ensuring that rodents are kept away from the target application. This innovative product is in masterbatch form, can be incorporated with the drip tapes, tubes, pipes, agricultural films, mulches. The product does not leach out, thus preventing soil pollution. Groundwater reserves are also not polluted. Also, the non-target beneficial species like earthworms, bees, etc are not affected.

Our product in lacquer form can be coated over polymeric tree guards, fences, various PVC surfaces, etc. which would ensure complete protection against these creatures. Our products provide a safe and environmentally friendly solution to avoid rodent infestation.

The product is compliant with RoHS, RoHS2, RoHS3, REACH, APVMA, NEA, EU-BPR, and FIFRA exempted.

Contact us at technical.marketing@ctechcorporation.com if you’re facing problems with pests and get the best remedies to combat the pest menace.

Also, visit our websites:

http://www.ctechcorporation.com/
http://www.rodrepel.com/
http://www.termirepel.com/
http://www.combirepel.com/

Follow our Facebook pages at:

1] https://www.facebook.com/Combirepel-411710912249274/
2] https://www.facebook.com/Termirepel-104225413091251/
3] https://www.facebook.com/Rodrepel-120734974768048/

Follow us on our Twitter pages at:

1] https://twitter.com/rodrepel
2] https://twitter.com/termirepel
3] https://twitter.com/combirepel