Safety Compliance Research Articles

Assessing the On-Board Storage and Use of Ammonia as a Fuel Applying the House of Quality

Ammonia as a fuel has been known for several years, but only relatively recently has it attracted interest for study and use as a marine fuel. A forthcoming generation of sustainable, economically viable, and safe technologies for the large-scale onboard storage of ammonia as a marine fuel is being developed. This article presents a structured approach to carrying out Quality Function Deployment (QFD) for evaluating a project solution at the strategic level. The “House of Quality” (HoQ) method is utilised since it provides the means for inter-functional planning and communications among people with different problems and responsibilities. The project requirements are defined and lead to functional technical characteristics to satisfy these needs. The approach allows for the application of a weighting scheme to rank the perceived relative importance of the requirements, the difficulty involved in implementing the technologies, and the relationship between requirements and functional technical characteristics. QFD analysis prioritises safety compliance, technical specifications, emission control, and operational efficiency. The added value of this work is beyond the life of a project since it may provide assistance to the stakeholders in assessing the applicability of ammonia fuel solutions given the resources available to them. This feature will enable the justification of further investment into specific technologies based on their potential impact.

DIRECTING FUNCTION OF NURSE MANAGER AND ASSOCIATE NURSE'SCOMPLIANCE IN PRACTICING HAND HYGIENE

Hand hygiene is a general term that applies to wash hands with antiseptic and handrub antiseptic. The implementation of operationalstandards of handwashing compliance procedures requires directing function from the Nurse Manager. The purpose of this studywas to determine the relationship between directing function of Nurse manager and associate nurse compliance in performing ha ndhygiene. The method used in this study was descriptive correlation with cross sectional approach. The population was allimplementing nurses at Inpatient Room of Ungaran General Hospital as many as 82 nurses. All samples were taken by totalsampling. The collecting data tool used a questionnaire of nurse’s perception on directing function of nurse manager and observationsheet on hand hygiene. The research results showed that most of nurse manager performed good directing function as many as 76people (92.7%), most of the nurses were compliance in practicing patient safety: five moment hand hygiene as many as 78 people(95,1%). The result of statistical test using Fisher's Exact Test obtained p value of 0,001 (α = 0,05). There is a correlatio n betweennurse’s perception on directing function of nurse manager with associate nurse compliance in practicing hand hygiene in inpatientroom of Ungaran General Hospital. Nurses need to increase patient safety awareness and compliance hand hygiene to minimize th eincidence of nosocomial infections.

Optimization of Traffic Safety for Motorists with Raised Intersection Design at Intersection in DKI Jakarta

Urbanization trends, coupled with the proliferation of motor vehicles, have led to escalating environmental challenges like congestion and pollution. Sustainable transportation systems are increasingly imperative to address these issues, necessitating pedestrian-friendly urban environments to promote sustainable mobility. However, escalating traffic density poses serious safety concerns for pedestrians, exacerbated by improper use of pedestrian facilities. Statistical data underscores the vulnerability of pedestrians, with a notable percentage of traffic fatalities attributed to pedestrian accidents. To mitigate these risks, enhancing pedestrian safety through various measures, including raised crosswalks, has garnered attention. Raised crosswalks offer promising potential to improve pedestrian safety by influencing driver behavior and enhancing pedestrian visibility. This research aims to explore the impact of raised crosswalks on traffic safety in Indonesian urban environments. Through quantitative analysis and video observation, the study evaluates the effectiveness of raised crosswalks in enhancing safety and traffic compliance at intersections. The findings reveal varying severity levels of near-miss accidents, suggesting targeted risk mitigation strategies. Regression analysis indicates a substantial reduction in vehicle speed post-implementation, although other influencing factors persist. Moreover, Cost-Benefit Analysis underscores the financial viability of pedestrian crossing enhancements, emphasizing the potential for significant gains. Ultimately, this research contributes empirical insights to inform policy formulation and infrastructure design, facilitating safer and more sustainable pedestrian environments in Indonesian urban areas.

Practices and challenges of safety management in outsourced facilities management

Introduction: Outsourcing is a commonly occurring organizational activity, but one associated with negative occupational safety outcomes. Improving the management of safety in workplaces where contractors are employed is vital, but under-researched in the service sectors. The aims of this paper were to investigate both the practices and challenges of safety management in outsourced facility management (FM), an important global service sector. Method: Twenty-three semi-structured interviews were conducted with clients and contractors in three different FM outsourcing arrangements between large corporations in the UK. Data were thematically coded against frameworks derived from existing literature to identify deployed safety management practices and reveal challenges associated with safety management in these outsourced relationships. Results: Safety management practices in outsourced FM conformed to known practices clustering into four previously identified categories (planning, selecting, on-site working, and checking). A fifth category (reviewing) was not observed. Operating across national boundaries, applying national contracts locally, working with mandated KPIs, and contract specifications all created new challenges for safety management not previously reported. Other known challenges associated with economic pressure and disorganization were observed. Conclusion: Safety management practices observed in safety critical industries also apply in FM. However, the challenges of safety management in these three cases included regulatory failures that have not been routinely identified in other empirical studies of safety in outsourcing arrangements. Practical application: Adopting widely accepted safety management practices support safer working in outsourced FM and encourage cross-sector learning. New challenges for safety management noted here encourage consideration of unintended consequences of contract terms and conditions, require corporate agreement on how to ensure safety compliance when working transnationally, and a review of decision-making and processes and procedures to enable effective and safe working locally.

Ghanaian Construction Workers’ Health and Safety Knowledge and Compliance

Purpose: This study seeks to assess the knowledge level of local construction workers regarding health and safety measures on construction sites. Design/Methodology/Approach: A quantitative research approach was employed, using interval Likert-type scales to measure data. A purposive sampling technique was employed for the study. One hundred and fifty questionnaires were distributed, with 122 returned and deemed valid for analysis. Descriptive statistics, relative importance index, Pearson Correlation, and structural equation modelling were utilised for the study. Data analysis was conducted using Amos 28 through structural equation modelling. Findings: The results indicate that the level of knowledge in construction health and safety practices directly and indirectly affects project performance and productivity. Higher levels of knowledge were associated with higher compliance with construction health and safety practices, leading to increased project performance and productivity. Compliance with health and safety measures directly influenced project performance and productivity. Additionally, the level of knowledge had a positive indirect effect on project performance and productivity. Research Limitations: Primarily, the sample was confined to construction workers within specific regions of Ghana, which may limit the applicability of the results to other geographic areas or contexts. Additionally, using self-reported data through questionnaires could introduce bias, as participants may respond in ways they perceive as socially desirable rather than reflecting true behaviours and knowledge levels. Practical Implication: Construction firms and authorities should prioritise safety training and tight safety regulations. Knowledge and compliance boost project performance and efficiency, making them a compelling financial case for investment. Companies could integrate advanced training modules and ongoing learning opportunities to maintain safety knowledge and compliance leading to more efficient and safer construction methods. Social Implications: The study shows substantial social consequences for construction worker health and safety. It emphasises the need for improved education, regulation, and compliance to reduce workplace injuries and fatalities. Originality/value: It contributes to understanding the relationship between project performance and productivity in a complex construction environment.

Novel thiolated pluronic anchored gastro-retentive SEDDS of azithromycin against peptic ulcer

Peptic ulcer disease is a substantial health issue worldwide, owing to excessive use of non-steroidal anti-inflammatory drugs (NSAIDs) and poor hygienic conditions. Numerous therapeutic approaches including antibiotics and PPIs are commonly used, but these therapies are rendered with multi-drug resistance, increased frequency of dosing, less retention time, deceased safety, efficacy, and non-patient compliance. Herein, azithromycin (AZM), an expansive-spectrum antibiotic with notable anti-ulcer efficiency was integrated into a thiolated pluronic self- emulsifying drug delivery system (SEDDS) to enhance its solubility, mucoadhesion, stability, gastro-retention, and targeted drug delivery. Pluronics are triblock copolymers with excellent biocompatibility and amphiphilic properties, widely used in drug delivery, disease diagnosis, and treatment, among other applications. In vitro and in vivo tests were performed to assess the drug-release kinetics, H-pylori clearance, and efficacy. The optimized formulation possessed a size of 357 nm, PDI ≤ 0.5 and a zeta potential of 30 mV. Drug release was 85 % in 72 h, following Korsmeyer-Peppas model. Thiolated SEDDS proved to be extremely potent in eradicating bacterial load (40-load) when compared to alternative formulations. Furthermore, the retention duration, biofilm elimination and nanoparticle uptake were maximized. This novel thiolated SEDDS composition is highly recommended as it holds promising potential to markedly enhance the therapeutic outcomes of AZM in peptic ulcer treatment and overcomes the restrictions of current methodologies. The study not only boosts scientific comprehension of more effective drug-delivery techniques but also recommends significant implications for the broader disciplines of gastroenterology and personalized medicine.

An Empirical Study on Project Managers’ Leadership Behavioral Practices Impacting Project Success – The Australian Construction Sector

ABSTRACT The study aims to bridge the gap for an in-depth empirical analysis by investigating the project managers’ leadership behavioral practices, helping practitioners tackle unique challenges in the Australian construction sector. A quantitative approach was employed using a survey questionnaire to collect responses from (66) project managers/leaders. Exploratory factors/multivariate regression has identified four key success factors: (1) Relationship Management, (2) Leading by Example, (3) Self-Management, and (4) Interpersonal Sensitivity and thirteen contributing leadership practices, emphasizing inclusiveness, relationship-building, self-feedback objectivity, sharing information, and controlling emotions that significantly impact project success. Synthesizing information indicated transformational, transactional, and authentic styles of leadership practices and an inclination to adopt innovative behaviors promoting positive change for achieving project success. Besides, the study found remarkable differences in the project leadership practices from those extracted from global research studies, suggesting future investigation. The study’s results addressed the challenges experienced in the construction industry: delays and inefficiencies, supply chain management, communication barriers with a multicultural workforce, stringent government regulatory and safety compliance, infrastructure demands, skills shortages, sustainability, organization culture, and new technology adoption. It will significantly contribute to the body of knowledge by generating valuable insights and perspectives for a deeper understanding of construction-related practices for the practitioners.

Analysis of Treatment Discontinuation in Orthokeratology: Studying Efficacy, Safety, and Patient Adherence Over Six Months.

This study aimed to evaluate the efficacy, safety, and participant compliance of orthokeratology treatment for the correction of myopic refractive errors over a six-month prospective study and to define the potential reasons for early treatment discontinuation. A total of 32 participants with low-to-moderate myopia were fitted with the spherical model of corneal refractive therapy (CRT) orthokeratology lenses (Paragon Vision Sciences) and followed over six months, with specific attention to alterations in refractive error, corneal topography, and epithelial thickness. Concurrently, participant feedback and reasons for any treatment discontinuation were documented. Significant changes in refractive error and in corneal topography were observed, with approximately 50% of the refractive error being corrected on the first night of use and 100% by the first two weeks ( P <0.001). Central epithelial thickness experienced substantial thinning, reducing to 15.65±4.49 μm (67.38%) ( P <0.001) after 6 months of lens use. Six participants withdrew from this study for varied reasons, including unmet visual expectations and difficulty adhering to the lens-wearing regimen. Notably, the dropout group exhibited higher baseline low-order aberrations and less prolate corneas than those who persisted with the treatment ( P <0.05). Orthokeratology with CRT is efficacious and safe for the correction of low-to-moderate myopia in adults, but a portion of patients discontinue the treatment in the first 6 months of contact lens wear. Special care should be taken when recommending orthokeratology in patients with higher levels of myopia and corneas with less prolate shape, providing more realistic expectations and even changing to dual axis or more sophisticated designs.

Advancements in oral insulin: A century of research and the emergence of targeted nanoparticle strategies

AbstractWith the growing prevalence of diabetes, there is an urgent demand for a user‐friendly treatment option that minimizes side effects related to the use of subcutaneous injections. Scientists have dedicated over a century to developing an oral dosage form of insulin that can be administrated orally. The oral route of administration is the most desirable route for regularly dosed drugs in terms of safety and patient compliance. However, oral delivery of insulin remains a formidable challenge due to its intrinsically limited ability to cross the intestinal epithelium membrane and susceptibility to enzymatic degradation. This article reviews oral insulin research over the past decade, with a particular focus on surface modifications of nanoparticles (NPs). Various strategies involving controlling surface charges, utilizing protective proteins, and targeting specific receptors with ligands have been explored. Notably, surface modifications of the NPs for targeting specific intestinal receptors have shown promise in enhancing insulin oral absorption and bioavailability. Advanced technologies such as oral microneedles and gene therapy have also been developed, but their safety requires further assessment. Despite encouraging preclinical results across numerous strategies, the current clinical evidence is less optimistic. In summary, the present findings highlight the substantial journey that still lies ahead before achieving successful oral delivery of insulin.Practical Applications: This review provides a summary of recent progress in oral insulin delivery, particularly highlighting surface‐modified functional nanoparticles serving as an effective drug delivery system, which offers valuable information to the researchers. Due to the limited effectiveness of oral protein drugs caused by biological barriers, innovative technologies and drug delivery systems have been developed to overcome these obstacles and achieve therapeutic goals. This review concluded that surface modifications to nanoparticles can improve insulin stability and permeability, thereby enhancing oral bioavailability. It could assist researchers in developing more effective and patient‐friendly oral drug delivery systems.

A Brief Review on the Current Trends in Microencapsulation

Microencapsulation has emerged as a pivotal technology in the field of novel drug delivery systems (NDDS), offering significant advantages in enhancing the efficacy, safety, and patient compliance of therapeutic agents. This cutting-edge technique involves encapsulating active pharmaceutical ingredients (APIs) within microscopic protective coatings, enabling controlled release, targeted delivery, and improved bioavailability. Microencapsulation has proven to be a versatile tool in addressing various pharmaceutical challenges, such as masking unpleasant tastes, protecting sensitive drugs from degradation, and modifying the absorption site of drugs. This comprehensive review aims to provide an in-depth understanding of microencapsulation, its principles, techniques, and diverse applications in the pharmaceutical industry. The article delves into the reasons for employing microencapsulation, including extended or sustained drug release, taste and odor masking, conversion of liquids into free-flowing powders, and stabilization of light, moisture, or oxygen-sensitive drugs. Additionally, the classification of microparticles based on their core and shell materials is discussed. Furthermore, the review explores the advantages and disadvantages of microencapsulation, highlighting its ability to protect encapsulated active agents, transform gases and liquids into solid particles, modify surface and colloidal properties, and alter the release profiles of drugs. Various microencapsulation techniques are extensively covered, including air suspension, coacervation phase separation, pan coating, spray drying and spray congealing, and solvent evaporation. The applications of microencapsulation span across diverse industries, such as pharmaceuticals, cosmetics, agrochemicals, and food. This review provides insights into the utilization of microencapsulated products in these sectors, emphasizing their role in enhancing product functionality, stability, and controlled release

Safety climate and seat belt use in the fire service

Objective Motor vehicle incidents or apparatus crashes are a leading cause of firefighter fatalities in the United States. Nonuse of seat belts has been linked to some of these fatalities. This research seeks to understand the relationship between safety climate and seat belt use among firefighters, as findings will provide insights into factors that may bolster seat belt use and protect firefighters. Methods Data were collected from 208 career firefighters working for a city fire department in the southeastern United States. Structural equation modeling was used to test a hypothesized model and to assess the relationships between organizational safety climate, work group safety climate and seat belt use. Results It was determined that positive perceptions of workgroup safety climate, as a higher order factor, comprised of supervisor support, horizontal cohesion, and vertical cohesion, was positively associated with seat belt use within a sample of firefighters. Organizational level safety climate did not have a significant relationship with seat belt use but did positively influence workgroup safety climate perceptions. Conclusions Safety climate has been associated with safety compliance and participation behaviors, but more research was needed to specifically examine the impact of safety climate on seat belt use in firefighters. The findings point to the importance of safety climate as a leading indicator and predictor of seat belt use. Bolstering safety climate through safety programs, commitment to safety, effective communication, supportive supervisors and cohesion should ultimately aid in bolstering seat belt use among firefighters, which is important to curtailing firefighter injuries and fatalities.

How safety value is exchanged in Chinese modern megaprojects: A stakeholder value network perspective

To visualize and quantify these exchanges among primary stakeholders in megaprojects, this study introduces network stakeholder value network as the core methodology. Starting with a qualitative organizational safety behavior model encompassing 8 stakeholders and 61 value flows, it's built based on 3 organizational safety behavior categories. Moreover, questionnaire data from 356 experts quantifies the model, and the design structure matrix identifies 13845 safety value paths, including 4827 cycles. Analysis delves into critical cycles, stakeholders, flows, and organizational safety behavior types to refine safety strategies. The findings, based on Chinese megaprojects, suggest that contractors and governments must lead safety awareness efforts, with safety compliance paramount for all parties. The study's contributions are threefold: firstly, it broadens the scope to encompass organizational safety behavior; secondly, it introduces a novel approach to visualize and quantify safety value flows; and thirdly, it considers multiple types of value exchanges, underscores their significance in promoting safety value, and offers practical recommendations to strengthen construction safety performance.

Translation from Preclinical Research to Clinical Trials: Transdermal Drug Delivery for Neurodegenerative and Mental Disorders.

Neurodegenerative diseases (NDs), particularly dementia, provide significant problems to worldwide healthcare systems. The development of therapeutic materials for various diseases has a severe challenge in the form of the blood-brain barrier (BBB). Transdermal treatment has recently garnered widespread favor as an alternative method of delivering active chemicals to the brain. This approach has several advantages, including low invasiveness, self-administration, avoidance of first-pass metabolism, preservation of steady plasma concentrations, regulated release, safety, efficacy, and better patient compliance. Topics include the transdermal method for therapeutic NDs, their classification, and the mechanisms that allow the medicine to enter the bloodstream through the skin. The paper also discusses the obstacles and potential outcomes of transdermal therapy, emphasizing the benefits and drawbacks of different approaches.

The awareness-to-agreement-to-adherence model of the food safety compliance: the case of street food consumers in Manila City, Philippines

The awareness-to-agreement-to-adherence model of the food safety compliance: the case of street food consumers in Manila City, Philippines

Perceived implementation of patient safety compliance among nursing supervisors in military hospitals: a descriptive qualitative study

Introduction: Patient safety incidents remain high in Indonesia and are a significant responsibility of nursing supervisors working in military hospitals. The purpose of this study was to explore the understanding and perception of nursing supervisors in implementing patient safety compliance in military hospitals. Methods: A descriptive qualitative approach was conducted with nursing supervisors at a military hospital through in-depth interviews. A total of 25 nursing supervisors from military hospitals participated in the interviews. The content analysis was employed to analyze the interview data. Results: Five themes were identified in this study: patient safety as our responsibility, implementation in practice, support in safety initiatives, barriers to safety goals, and tech-driven safety efficiency. Conclusions: The findings underscore that an in-depth understanding by nursing supervisors is critical to fostering appropriate behavior, particularly in achieving patient safety goals. Nursing supervisors articulated expectations for improvements in healthcare quality. As healthcare professionals, nursing supervisors must grasp the significance of a patient safety approach and be adept at executing it to enhance the quality of care, which will, in turn, lead to better healthcare outcomes.

AFFIRMING THE LINK BETWEEN WORKERS’ SAFETY BEHAVIOR AND ORGANISATIONAL SAFETY PERFORMANCE OF SME MANUFACTURING

In the Malaysian context, small and medium enterprises (SMEs) encountered workplace accidents. Scholarly consensus attributes a substantial portion of these accidents and injuries to the human factor, specifically unsafe behaviours. This study, conducted in Malaysia’s northern region, focused on Safety and Health/Human Resource professionals within the manufacturing sector of SMEs. We compiled a robust dataset comprising 107 responses garnered through a meticulously designed self-administered questionnaire. To scrutinise the intricate relationship between safety behaviour and safety performance, we subjected the data to rigorous analysis using SmartPLS 3.2.9, employing advanced partial least square–structural equation modelling (PLS-SEM) techniques. The research outcomes unequivocally underscore the palpable and consequential impact of safety behaviour variables, namely safety compliance and safety participation, on improving safety performance, gauged through parameters such as accidents, injuries, and property damages. These results resoundingly validate the research hypotheses. Consequently, this study accentuates the importance of cultivating employee safety behaviour, particularly in resource-constrained SME settings, as an imperative step toward enhancing workplace safety.

FORMULATION OF SAFETY PREDICTORS IN CONSTRUCTION SITES THROUGH THE LENS OF THEORY OF PLANNED BEHAVIOUR: A DEMATEL BASED MODEL

The construction sector drives our country’s economic growth and fosters the development of human resources. Yet, the industry faces a significant challenge with a heightened rate of workplace fatalities, making safety a pressing concern. Unsafe working environments and employee conduct contribute to the escalation of construction accidents. Addressing safety compliance and safety participation is critical for improving safety performance. Past studies have concentrated around technological approaches, leaving a notable gap in exploring behavioural interventions within the workplace. The critical factors that influence safety compliance intention and safety participation would be best explained by using Theory of Planned Behaviour (TPB). TPB posits that actual behaviour can be predicted by intention, while the formation of intention is mainly determined by attitude, subjective norms and perceived behavioural control. Although the TPB framework is considered, there remains a lack of evidence substantiating the correlation between the safety predictors, safety compliance intention, and safety participation. This study investigates the impact of safety predictors on both safety compliance intention and safety participation through the application of the Decision-Making Trial and Evaluation Laboratory (DEMATEL) technique. Through DEMATEL technique, 25 experts were enlisted to offer pairwise rankings regarding the predictors influencing both safety compliance intention and safety participation. The predictors examined in the study include Attitude, Subjective Norm and Perceived Behavioural Control. The research findings highlighted substantial interconnections among all safety predictors, with “Attitude” identified as the most influential predictor among them. Organizations should prioritize this to enhance safety performance. Enhancing safety performance in construction projects becomes feasible through comprehensive understanding and intervention in the interconnections among safety predictors, safety compliance intention, and safety participation.

Transmission line earthing system; Advanced design diagram for safety compliance

An electrical high-voltage power system is essential to support everyday electrical demands. Due to the increase in electrical loads, a more rigid design is required to ensure system compliance with standards and policies. High-voltage safety is the number one priority when it comes to the design, installation, commissioning, and operation of the electrical power system network. Safety compliance is getting more complex due to the joining infrastructure between residential and high-voltage projects. Nowadays, high-voltage infrastructure, including substations and transmission lines, is constructed near residential properties. This neighboring setup increased the safety concerns of high voltage systems, especially under fault or system malfunction situations. Safety concerns are addressed during the design stage and verified during the commissioning stages.The paper discusses the minimum transmission line earthing system requirements. This document provides a clear and consistent approach to assess transmission line earthing system design. The work contents comply with current IEEE standards including rigid author research outcomes. The works reduce the complexity of the assessment and explain the critical role of different sectors within the transmission line network. The work introduces the boundaries when the fault current analysis should include the earth grid resistance. A case study is also included.

Effect of a Safety Leadership Training Including Coaching on Safety Performance and Climate in Wood-processing Companies

BackgroundThe wood-processing industry has historically exhibited high rates of occupational hazards resulting in illness and injury. One of the major causes of high injury rates is small firm size, as resource constraints generally preclude hiring safety officers. This study examined the effect of a safety leadership training program that included coaching for managers on workers' safety behaviors and safety climate in three wood-processing companies. MethodsOne or two managers at each site participated in this study. The manager training consisted of safety leadership education, safety observation, positive or corrective feedback on workers' behaviors, goal setting, and low-cost rewards for meeting goals. The dependent variable was the percentage of safe employee behaviors recorded on a critical behavior checklist developed for this study. Safety climate was measured before and after the intervention. An AB multiple baseline design across settings was adopted. After the baseline (A), the training program (B) was introduced to each site at different points in time. ResultsAfter the introduction of safety leadership training, the mean rate of safety compliance increased by 15.3%, from 80.38% to 95.68%, and safety climate scores increased significantly from an average of 3.2 to 3.47. ConclusionThese results suggest that safety leadership coaching can be effective in improving safety management in small sawmilling sites. Implications, limitations, and possible future research directions are discussed.

Analysis of The Effect of The Implementation of The Behavior Based Safety (BBS) Program By Company Management on Labor Behavior At PT. HYZ

HYZ Company is a goods shipping and logistics company in the maritime sector with a significant risk of work accidents, especially in the Occupational Health and Safety aspect. The company has implemented a Behavior Based Safety (BBS) program since 2011 to reduce the risk of accidents. This program is designed to increase safe behavior in the workplace and reduce accident incidents. Although BBS is known to reduce work accidents by up to 40-75%, HYZ Company has not conducted an in-depth analysis to determine the extent to which the implementation of this program affects the level of compliance with Occupational Health and Safety principles, including the use of personal protective equipment (PPE), safe work procedures and other safety practices. This study aims to evaluate the effectiveness of BBS at HYZ Company in the context of Occupational Health and Safety, focusing on changing workers' behavior and levels of compliance with safety standards. The results of this research can help companies strengthen their Occupational Health and Safety systems and reduce the risk of accidents while promoting a sustainable safety culture. With a better understanding of the impact of BBS on Occupational Health and Safety compliance, HYZ Company can take more effective measures to ensure worker safety and a safe working environment