The global bio decontamination market size was estimated to be US$ 136 million in 2021 and is expected grow at a CAGR of 6.3% between 2023 to 2032.
Cleanrooms, research and diagnostic labs, pharmaceutical isolators, and biosafety chambers all require a high level of cleanliness and hygiene for microbial control to meet the projected use of such places. The goal of such cleaning is to lower microbial levels as suggested by the guidelines or to kill specific microorganisms in an entire region. Traditional sterilization treatments, such as showering and scrubbing the surface with a proper sanitizer, can be used. The manual decontamination process has limitations such as the requirement to remove residuals and the difficulty in ensuring inclusion over a zone. Bio decontamination methods of the modern era have been devised, with specialist companies providing such services.
Bio decontamination is gradually replacing other methods since it is less expensive and works for viral disinfection, as well as the harmful by-products of these microorganisms from the surfaces. The expanding biopharma industry along with increased operation will indeed widen the global bio decontamination market in near future.
Factors for increased growth:
The increase in the frequency of surgical procedures in the international market is expected to boost bio decontamination market expansion over the forecast period. Road traffic accidents, as well as the increasing prevalence of chronic conditions that necessitate surgical interventions, are important drivers in the increase of surgical procedures.
Decontamination of surgical instruments is required since the instruments must be safe to reuse after such operations. A lack of decontamination safety procedures can result in life-threatening diseases which are caused by infections acquired in the hospitals. As a result, there is a strong need for bio decontamination services and products, and this need is expected to expand as surgical operations increase.
Market dynamics also suggest that certain decontamination services should be outsourced. Because many hospitals and businesses lack the necessary resources to undertake bio decontamination operations, they seek the assistance of other professional businesses while focusing on their core objectives. Furthermore, because such companies are properly equipped in bio decontamination, they provide efficient and fast services. Such factors are projected to propel the global bio decontamination market to unprecedented heights during the forecast period. However, certain limitations, such as clients' lack of financial resources, may have a detrimental impact on the market's prospective growth.
The advent of technologically sophisticated bio decontamination systems that require minimal manual intervention and are more efficient will boost acceptance in biopharma firms and healthcare organizations. Furthermore, leading industrial players in the bio decontamination sector are taking steps to improve and manufacture superior equipment to meet the needs of their clients. Additionally, user-friendly and energy-efficient technologies for decontamination are being developed. Thus, an expanded array of bio decontamination goods and improved procedures established by service providers would aid in the adoption of bio decontamination methods by new clients, resulting in additional market expansion.
Major users of bio decontamination products and services:
The market is segmented into numerous groups based on the end user, which includes life science research organizations, medical device manufacturers, pharmaceutical firms, healthcare service providers, and hospitals. The medical device manufacturers and pharmaceutical industry are positioned to dominate the bio decontamination industry. This substantial share can be attributed to the growing acceptance of bio decontamination services as well as the requirement to adhere to stringent rules governing the operations of such organizations. The availability of numerous decontamination tools that meet specific pharmaceutical company standards is also expected to boost the bio decontamination market growth.
Hinderances in the growth:
Spraying, manual washing with alcohol or formaldehyde, and scrubbing with an appropriate agent are all examples of manual bio decontamination procedures. Although these procedures have drawbacks, such as challenges in residual removal and ensuring penetration over the full area, they are still utilized in a variety of underdeveloped nations due to their cost benefits and budgetary restrictions. Furthermore, hospitals and healthcare institutions in several undeveloped and underdeveloped nations continue to place a low priority on bio decontamination. As healthcare infrastructure growth in many nations focuses on financial expenditures in medical devices and facility expansion rather than strict hygiene upkeep. This is one of the primary reasons impeding the expansion of the bio decontamination market in these nations.
Regional segmentation:
Because of strict medical safety rules, North America leads the bio decontamination market. Moreover, increasing education and awareness about the benefits and necessity of bio decontamination will propel the expansion of the bio decontamination market in the area during the forecast period. Because of increased government support for healthcare facilities, Asia-Pacific is expected to see considerable growth in the bio decontamination market. Furthermore, the increased growth of clinics and hospitals is expected to boost the region's bio decontamination market in the future years.
Developed countries view emerging markets like India and China as cost-cutting centers. In the past decade, corporations in developed countries such as the United States and Europe have shifted manufacturing and packaging activities to China, South Korea, Taiwan, and India to take advantage of reduced labor costs and a less stringent regulatory environment. As these countries grow into important manufacturing centers, there is a growing emphasis on quality characteristics and the use of technically sophisticated products to meet client demands. As a result, the use of bio decontamination products and services is spreading across various industries in these countries which will also enable faster growth.
Prominent companies:
Bioquell, ClorDiSys Solutions, Inc., Cherwell Laboratories, Fedegari Autoclavi S.p.A., Inc., JCE Biotechnology, Howorth Air Technology Limited, Noxilizer, STERIS PLC, TOMI Environmental Solutions, and Solidfog Technologies SPRL are among the major companies in the bio decontamination market. To succeed in the bio decontamination market, key players use tactics such as mergers, acquisitions, and the development of new products.
Market Segmentation:
By Product & Service
By Agent Type
By Type
By End Use
By Geography
Increase in the frequency of surgical procedures, availability of technologically sophisticated bio decontamination systems, cheaper outsourcing services will be major drivers for the growth of Global Bio Decontamination Market.
Budgetary restrictions for the institutions and healthcare facilities in the under developed economies as well as low priority on bio decontamination in such places are expected to be major hinderances to the growth of the Global Bio Decontamination Market.
Because of strict medical safety rules, North America leads the bio decontamination market. Moreover, increasing education and awareness about the benefits and necessity of bio decontamination will propel the expansion of the bio decontamination market in the area during the forecast period.
The increase in the frequency of surgical procedures in the international market is expected to boost bio decontamination market expansion over the forecast period.
Bioquell, ClorDiSys Solutions, Inc., Cherwell Laboratories, Fedegari Autoclavi S.p.A., Inc., JCE Biotechnology, Howorth Air Technology Limited, Noxilizer, STERIS PLC, TOMI Environmental Solutions, and Solidfog Technologies SPRL are among the major companies in the bio decontamination market.
Based on agent type, the bio decontamination market is segmented into Hydrogen Peroxide, Chlorine Dioxide, Nitrogen Dioxide and Peracetic Acid.
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