Kerone Research
Ecosystem

Thermal stress cracking in calcined materials is usually blamed on fast cooling, but the damage often starts much earlier, inside the kiln. How full the kiln is and how deep the bed of solids sits both decide how evenly each particle gets heated. When heating is uneven, particles leave the hot zone with temperature and […]

The coating and impregnation process decision sets the type of machine the size of the dryer the chemistry you can run and ultimately the cost per meter. The two terms coating and impregnation often appear together in brochures. Coating and impregnation do different jobs. Coating puts a layer on top of a material. Impregnation pushes […]

Rubber and plastic processing are the work of turning raw polymers into materials and parts that hold up in real use. A tyre tread, a PVC pipe, a silicone gasket and a polycarbonate lens all start as rubber bales, resin powder or pellets. What makes each one useful is how it is mixed, shaped and […]

Microstructural changes during drying decide most of what we see and feel in a dried product. A dried mango slice that is leathery, a vegetable piece that will not soften in hot water, or a wood chip that cracks and turns dusty all come from what happened inside the material while water was leaving it. […]

Feed material shape heat transfer behaviour is one of the least studied variables in plants that heat, dry, roast, calcine or cool solids. Engineers usually fix the temperature, the air flow, the residence time and the moisture target, then assume the material will follow. In practice, two batches of the same chemical, one as round […]

Harvest day feels like the finish line. The crop is out of the field, the truck is loaded, and everyone breathes a little easier. But for grains, spices, fruits, and vegetables, harvest is really just the halfway point. What happens in the days right after harvest decides whether that crop turns into a good, sellable […]

Biomass is turning into one of the more practical answers to two problems industries have wrestled with for years, what to do with organic waste, and how to produce fuel and energy without relying entirely on fossil sources. Agricultural residues, wood waste, and municipal organic streams pile up every year in enormous volumes, and much […]

Nearly every raw material employed in the manufacturing of industrial products is loaded with water within it. Moisture exists in various forms in grains, biomass, minerals, chemicals, powders and even in the finished polymer component. That moisture typically needs to be removed before this material can be processed, packed, stored, or shipped. The issue is […]

Every industrial drying process depends on one underlying phenomenon: the movement of moisture from inside a product to its surface, where it can evaporate. Understanding moisture migration in industrial drying ovens is essential for engineers and production teams who need consistent product quality, predictable batch cycles, and controlled energy use. When moisture migration is poorly […]

One of the most challenging areas of continuous manufacturing is moisture consistency. Continuous drying systems are subject to much greater moisture control requirements than batch processing, since an operator cannot monitor and adjust moisture content prior to the system processing the next batch of material, which may be repeated for hours and days without interruption. […]

We are proud to announce that Kerone Engineering Solutions Limited has been recognized with the Business Maestro Award at the prestigious Tally MSME Honours 2026 (6th Edition). This recognition is a testament to our journey of over 50 years of engineering excellence, driven by innovation, research, and an unwavering commitment to delivering complete industrial process […]

Every industrial biomass drying project begins with the same assumption: control the moisture content, and the dryer will perform as designed. In practice, two feedstocks with identical moisture levels can behave very differently inside the same rotary or belt dryer; one dries evenly within hours, while the other channels air, clumps together, or overheats at […]

Every industrial material behaves differently once it enters a dryer. Two feedstocks can arrive at the same moisture content on paper and still demand completely different residence times, air temperatures, and airflow patterns to reach the same result. Seaweed shrinks and toughens quickly if the heat is too aggressive. Herbs lose the volatile oils that […]

Colour is one of the first things a buyer notices. A bright orange carrot chip, a deep red chilli powder, or a fresh green mint leaf all tell the same story before anyone tastes them: this product is fresh and good quality. But there is a hidden problem that most people never hear about. Ordinary […]

Water availability is one of the defining challenges facing modern agriculture. Growing competition for freshwater, irregular rainfall, prolonged dry periods, and rising crop water demand are placing increasing pressure on agricultural systems. Yet the challenge is not always simply a lack of water. In many fields, a significant part of the problem lies beneath the […]

Calcination is one of the oldest thermal processes used in manufacturing, and it is still one of the most important. Plant engineers and procurement managers rely on it to turn raw ores, minerals, and chemical compounds into usable industrial materials by driving off moisture, carbon dioxide, or other volatile components through controlled heating. Industrial calcination […]

Every hospital bed makes a lot of waste that cannot just be thrown into a bag and sent to a landfill. This waste includes bandages, used needles, tissue from operations and leftover medicine. All of these things can have germs that can hurt patients, staff and people who live nearby if we do not get […]

Every year, approximately one-third of all food produced globally is lost or wasted, and a significant share of that loss happens during manufacturing, processing, and storage. For food producers, processors, and manufacturers, understanding the causes of food spoilage in the food industry is not just an academic exercise; it directly impacts product quality, profitability, compliance, […]

Industrial decarbonization is no longer a future concept; it is a practical engineering strategy for reducing emissions while maintaining output, efficiency, and product consistency. In drying, dehydration, sludge treatment, biomass handling, and thermal processing, the real challenge is not just cutting carbon. It is doing so without damaging throughput, moisture targets, texture, colour, hygiene, or […]

The global seaweed and microalgae processing industry is growing rapidly driven by demand from food manufacturers, nutraceutical companies, biofuel producers, and cosmetic brands. At the heart of every seaweed processing line with drying equipment lies a critical question: which drying technology is right for your product? Choose the wrong dryer and you risk degraded nutrients, […]

Thermal stress cracking in calcined materials is usually blamed on fast cooling, but the damage often starts much earlier, inside the kiln. How full the kiln is and how deep the bed of solids sits both decide how evenly each particle gets heated. When heating is uneven, particles leave the hot zone with temperature and […]

The coating and impregnation process decision sets the type of machine the size of the dryer the chemistry you can run and ultimately the cost per meter. The two terms coating and impregnation often appear together in brochures. Coating and impregnation do different jobs. Coating puts a layer on top of a material. Impregnation pushes […]

Rubber and plastic processing are the work of turning raw polymers into materials and parts that hold up in real use. A tyre tread, a PVC pipe, a silicone gasket and a polycarbonate lens all start as rubber bales, resin powder or pellets. What makes each one useful is how it is mixed, shaped and […]

Microstructural changes during drying decide most of what we see and feel in a dried product. A dried mango slice that is leathery, a vegetable piece that will not soften in hot water, or a wood chip that cracks and turns dusty all come from what happened inside the material while water was leaving it. […]

Feed material shape heat transfer behaviour is one of the least studied variables in plants that heat, dry, roast, calcine or cool solids. Engineers usually fix the temperature, the air flow, the residence time and the moisture target, then assume the material will follow. In practice, two batches of the same chemical, one as round […]

Harvest day feels like the finish line. The crop is out of the field, the truck is loaded, and everyone breathes a little easier. But for grains, spices, fruits, and vegetables, harvest is really just the halfway point. What happens in the days right after harvest decides whether that crop turns into a good, sellable […]

Biomass is turning into one of the more practical answers to two problems industries have wrestled with for years, what to do with organic waste, and how to produce fuel and energy without relying entirely on fossil sources. Agricultural residues, wood waste, and municipal organic streams pile up every year in enormous volumes, and much […]

Nearly every raw material employed in the manufacturing of industrial products is loaded with water within it. Moisture exists in various forms in grains, biomass, minerals, chemicals, powders and even in the finished polymer component. That moisture typically needs to be removed before this material can be processed, packed, stored, or shipped. The issue is […]

Every industrial drying process depends on one underlying phenomenon: the movement of moisture from inside a product to its surface, where it can evaporate. Understanding moisture migration in industrial drying ovens is essential for engineers and production teams who need consistent product quality, predictable batch cycles, and controlled energy use. When moisture migration is poorly […]

One of the most challenging areas of continuous manufacturing is moisture consistency. Continuous drying systems are subject to much greater moisture control requirements than batch processing, since an operator cannot monitor and adjust moisture content prior to the system processing the next batch of material, which may be repeated for hours and days without interruption. […]

We are proud to announce that Kerone Engineering Solutions Limited has been recognized with the Business Maestro Award at the prestigious Tally MSME Honours 2026 (6th Edition). This recognition is a testament to our journey of over 50 years of engineering excellence, driven by innovation, research, and an unwavering commitment to delivering complete industrial process […]

Every industrial biomass drying project begins with the same assumption: control the moisture content, and the dryer will perform as designed. In practice, two feedstocks with identical moisture levels can behave very differently inside the same rotary or belt dryer; one dries evenly within hours, while the other channels air, clumps together, or overheats at […]

Every industrial material behaves differently once it enters a dryer. Two feedstocks can arrive at the same moisture content on paper and still demand completely different residence times, air temperatures, and airflow patterns to reach the same result. Seaweed shrinks and toughens quickly if the heat is too aggressive. Herbs lose the volatile oils that […]

Colour is one of the first things a buyer notices. A bright orange carrot chip, a deep red chilli powder, or a fresh green mint leaf all tell the same story before anyone tastes them: this product is fresh and good quality. But there is a hidden problem that most people never hear about. Ordinary […]

Water availability is one of the defining challenges facing modern agriculture. Growing competition for freshwater, irregular rainfall, prolonged dry periods, and rising crop water demand are placing increasing pressure on agricultural systems. Yet the challenge is not always simply a lack of water. In many fields, a significant part of the problem lies beneath the […]

Calcination is one of the oldest thermal processes used in manufacturing, and it is still one of the most important. Plant engineers and procurement managers rely on it to turn raw ores, minerals, and chemical compounds into usable industrial materials by driving off moisture, carbon dioxide, or other volatile components through controlled heating. Industrial calcination […]

Every hospital bed makes a lot of waste that cannot just be thrown into a bag and sent to a landfill. This waste includes bandages, used needles, tissue from operations and leftover medicine. All of these things can have germs that can hurt patients, staff and people who live nearby if we do not get […]

Every year, approximately one-third of all food produced globally is lost or wasted, and a significant share of that loss happens during manufacturing, processing, and storage. For food producers, processors, and manufacturers, understanding the causes of food spoilage in the food industry is not just an academic exercise; it directly impacts product quality, profitability, compliance, […]

Industrial decarbonization is no longer a future concept; it is a practical engineering strategy for reducing emissions while maintaining output, efficiency, and product consistency. In drying, dehydration, sludge treatment, biomass handling, and thermal processing, the real challenge is not just cutting carbon. It is doing so without damaging throughput, moisture targets, texture, colour, hygiene, or […]

The global seaweed and microalgae processing industry is growing rapidly driven by demand from food manufacturers, nutraceutical companies, biofuel producers, and cosmetic brands. At the heart of every seaweed processing line with drying equipment lies a critical question: which drying technology is right for your product? Choose the wrong dryer and you risk degraded nutrients, […]

Thermal stress cracking in calcined materials is usually blamed on fast cooling, but the damage often starts much earlier, inside the kiln. How full the kiln is and how deep the bed of solids sits both decide how evenly each particle gets heated. When heating is uneven, particles leave the hot zone with temperature and […]

The coating and impregnation process decision sets the type of machine the size of the dryer the chemistry you can run and ultimately the cost per meter. The two terms coating and impregnation often appear together in brochures. Coating and impregnation do different jobs. Coating puts a layer on top of a material. Impregnation pushes […]

Rubber and plastic processing are the work of turning raw polymers into materials and parts that hold up in real use. A tyre tread, a PVC pipe, a silicone gasket and a polycarbonate lens all start as rubber bales, resin powder or pellets. What makes each one useful is how it is mixed, shaped and […]

Microstructural changes during drying decide most of what we see and feel in a dried product. A dried mango slice that is leathery, a vegetable piece that will not soften in hot water, or a wood chip that cracks and turns dusty all come from what happened inside the material while water was leaving it. […]

Feed material shape heat transfer behaviour is one of the least studied variables in plants that heat, dry, roast, calcine or cool solids. Engineers usually fix the temperature, the air flow, the residence time and the moisture target, then assume the material will follow. In practice, two batches of the same chemical, one as round […]

Harvest day feels like the finish line. The crop is out of the field, the truck is loaded, and everyone breathes a little easier. But for grains, spices, fruits, and vegetables, harvest is really just the halfway point. What happens in the days right after harvest decides whether that crop turns into a good, sellable […]

Biomass is turning into one of the more practical answers to two problems industries have wrestled with for years, what to do with organic waste, and how to produce fuel and energy without relying entirely on fossil sources. Agricultural residues, wood waste, and municipal organic streams pile up every year in enormous volumes, and much […]

Nearly every raw material employed in the manufacturing of industrial products is loaded with water within it. Moisture exists in various forms in grains, biomass, minerals, chemicals, powders and even in the finished polymer component. That moisture typically needs to be removed before this material can be processed, packed, stored, or shipped. The issue is […]

Every industrial drying process depends on one underlying phenomenon: the movement of moisture from inside a product to its surface, where it can evaporate. Understanding moisture migration in industrial drying ovens is essential for engineers and production teams who need consistent product quality, predictable batch cycles, and controlled energy use. When moisture migration is poorly […]

One of the most challenging areas of continuous manufacturing is moisture consistency. Continuous drying systems are subject to much greater moisture control requirements than batch processing, since an operator cannot monitor and adjust moisture content prior to the system processing the next batch of material, which may be repeated for hours and days without interruption. […]

We are proud to announce that Kerone Engineering Solutions Limited has been recognized with the Business Maestro Award at the prestigious Tally MSME Honours 2026 (6th Edition). This recognition is a testament to our journey of over 50 years of engineering excellence, driven by innovation, research, and an unwavering commitment to delivering complete industrial process […]

Every industrial biomass drying project begins with the same assumption: control the moisture content, and the dryer will perform as designed. In practice, two feedstocks with identical moisture levels can behave very differently inside the same rotary or belt dryer; one dries evenly within hours, while the other channels air, clumps together, or overheats at […]

Every industrial material behaves differently once it enters a dryer. Two feedstocks can arrive at the same moisture content on paper and still demand completely different residence times, air temperatures, and airflow patterns to reach the same result. Seaweed shrinks and toughens quickly if the heat is too aggressive. Herbs lose the volatile oils that […]

Colour is one of the first things a buyer notices. A bright orange carrot chip, a deep red chilli powder, or a fresh green mint leaf all tell the same story before anyone tastes them: this product is fresh and good quality. But there is a hidden problem that most people never hear about. Ordinary […]

Water availability is one of the defining challenges facing modern agriculture. Growing competition for freshwater, irregular rainfall, prolonged dry periods, and rising crop water demand are placing increasing pressure on agricultural systems. Yet the challenge is not always simply a lack of water. In many fields, a significant part of the problem lies beneath the […]

Calcination is one of the oldest thermal processes used in manufacturing, and it is still one of the most important. Plant engineers and procurement managers rely on it to turn raw ores, minerals, and chemical compounds into usable industrial materials by driving off moisture, carbon dioxide, or other volatile components through controlled heating. Industrial calcination […]

Every hospital bed makes a lot of waste that cannot just be thrown into a bag and sent to a landfill. This waste includes bandages, used needles, tissue from operations and leftover medicine. All of these things can have germs that can hurt patients, staff and people who live nearby if we do not get […]

Every year, approximately one-third of all food produced globally is lost or wasted, and a significant share of that loss happens during manufacturing, processing, and storage. For food producers, processors, and manufacturers, understanding the causes of food spoilage in the food industry is not just an academic exercise; it directly impacts product quality, profitability, compliance, […]

Industrial decarbonization is no longer a future concept; it is a practical engineering strategy for reducing emissions while maintaining output, efficiency, and product consistency. In drying, dehydration, sludge treatment, biomass handling, and thermal processing, the real challenge is not just cutting carbon. It is doing so without damaging throughput, moisture targets, texture, colour, hygiene, or […]

The global seaweed and microalgae processing industry is growing rapidly driven by demand from food manufacturers, nutraceutical companies, biofuel producers, and cosmetic brands. At the heart of every seaweed processing line with drying equipment lies a critical question: which drying technology is right for your product? Choose the wrong dryer and you risk degraded nutrients, […]