Industrial Research World

  The construction industry is on the verge of a digital revolution with the adoption and instigation of automated systems such as AI and machine learning. This new business model is going to disrupt the traditional work processes and bring numerous opportunities for the industry. Artificial Intelligence is going to increase the work efficiency like never before. It is going to impact the entire value chain of the construction industry from planning, researching, designing, to cost-reduction. Thus, giving a new edge to the smart construction processes. Applications of AI in Smart Construction Automated Planning Process Traditionally, the builders used to spend weeks to design the perfect manual models. For proper planning couldn’t be compromised, the process took a whole lot of time which resulted in loss of customers. Artificial Intelligence is capable of faster and accurate planning for any kind of projects. These smart machines can help in creating similar projects in a shorter time

  As per the study conducted by Research Dive, the global  market for personal protective equipment   is set to register a revenue of $93.5 billion by 2026, at a healthy CAGR of 10.0% during the analysis period. The segmentation of the market has been done based on product and application. This report provides key insights on opportunities, drivers, restraints, vital segments, and industry leaders of the market.  COVID-19 Analysis:  The outbreak of the COVID-19 pandemic has made a considerable impact on the growth of the personal protective equipment market, during the period of forecast. The sustainability of the global personal protective equipment market is mainly attributed to the growing adoption of stringent regulatory policies regarding safe working environment of employees. Though the markets across the economies have implemented lockdown in order to curb the hazardous impact of the pandemic, the personal protective equipment market has shown growth in the global market. This i

  As per a new report published by Research Dive, the  global bitumen emulsifier market  is set to generate a revenue of $154.3 million by 2026, at a CAGR of 3.9% during the forecast period from 2019 to 2026. The segmentation of the market has been done on the basis of type, type of setting, application, end use, and region. The report provides in-depth insights on drivers, vital segments, opportunities, restraints, and key players of the market.  COVID-19 Analysis: Bitumen emulsifier has a declining growth due to the pandemic. The market is predicted to have a negative impact in the forecast period. The primary factor for the growth of bitumen emulsifier market before COVID-19 was due to the increasing road construction activities across the globe. At present, the world is under a complete shut down and the major construction activities have been stopped, which have created a negative impact on the global bitumen emulsifier market. Access to FREE Sample Here! @  https://www.researchdi

  Aerospace 3D Printing Market Analysis 2026: According to a study of the Research Dive,  aerospace 3D printing market  forecast shall cross  $5,933.4 million by 2026 , growing at a  CAGR of 26.8%  during forecast period. Aerospace 3D printing is primarily used to increase the efficiency of A&D supply chain, reduction of storage costs of inventory and waste production materials. Furthermore, the Aerospace 3D printing industry is focusing more on creating parts of aircraft that are lighter and stronger than parts made by using traditional manufacturing. Astonishing advantages of 3D printings in the supply chain of the aerospace and defense industry are projected to surge in the global market. In addition, the financial support provided by the government and non-government organizations across the globe is also driving the 3D printing in aerospace industry. For instance,   National Aerospace Technology Exploitation Programme grants £140,000 funds for UK based company Sigma Components

  Since the very beginning man has undergone a series of changes in his lifestyle. Today, man's shelter has changed from caves or “under the trees” to multistory building, sub-terrain bunkers and multiplexes—all thanks to the invention of advanced construction chemicals. The construction sector has been working on the challenges faced in the past to make the constructions sleeker, stronger as well as several sizes & shapes and at sites that confront imaginations.  Concrete and other supplies including sand, blocks, bricks, wood, stones, etc. are being used widely right from the foundation below the ground till the rooftop. However, when man came to know about modern chemistry, he came up with a variety of chemicals called construction chemicals, which are currently the base of the current construction industry. These chemicals are essential elements for building complex constructions and have truly altered the paradigm of construction industry. These chemicals have found applic

The growing industrial revolution and rural development all over the world are giving rise to several serious environmental problems such as rise in CO2 emissions, generation of fine dust, and increased use of cooling energy. To solve these issues, various researches have been conducted in order to develop ecofriendly construction materials. However, most of researches were based on carbon abatement type, waste resource utilization, and environment friendly concrete technology. These technologies were able to solve the problem of CO2 reduction, but it was difficult to take alternative methods to heat island phenomenon. Also, these methods consisted of increased use of cooling energy due to the growing atmospheric temperature. Magnesium phosphate cement One of the types of magnesium-based cement that is being broadly used nowadays are Magnesium Phosphate cements. Magnesium phosphate cement (MPC) is a water-hardening inorganic cementitious material. The phosphates that are used along wit