Client: Kenya Pipeline Project: Generator canopy and exhaust piping Rehabilitation Project Duration Jan 2018 to march 2018 Project Value Ksh 1,500,000 Scope of Work SHEP Engineering successfully completed the design, fabrication, and installation of a custom generator canopy alongside the rehabilitation of an industrial exhaust system. The project aimed to improve equipment performance, reduce noise emissions, and extend the operational lifespan of the generator setup. Our team delivered a precision-engineered steel canopy designed to protect the generator from harsh environmental conditions while maintaining optimal ventilation and accessibility for maintenance. The existing exhaust system was upgraded and realigned to ensure efficient gas flow and compliance with mechanical engineering standards. Scope of Work Custom canopy design and fabrication using durable structural steel and soundproofing materials. Installation of generator canopy with proper ventilation and noise-reduction components. Exhaust system rehabilitation — included pipe replacement, realignment, and anti-corrosion coating. Onsite assembly and welding performed by certified mechanical fabricators in accordance with ISO and AWS standards. Technical Details The project utilized high-quality carbon steel and specialized soundproofing foam materials to fabricate a durable, weather-resistant generator canopy and to rehabilitate the industrial exhaust system. Fabrication and Materials Material Used: Premium carbon steel sheets and profiles for canopy structure and frame reinforcement. Soundproofing: High-density acoustic foam insulation to minimize generator noise and vibration. Protective Coating: Anti-corrosion primer and polyurethane finish for long-term durability and rust protection. Welding Process: MIG and arc welding performed by certified mechanical fabricators to ensure precision and structural integrity. Exhaust System Rehabilitation Removal of worn exhaust components and realignment of piping for optimal gas flow. Replacement with carbon steel exhaust piping designed for high-temperature resistance. Installation of vibration isolators and heat-resistant seals to enhance system efficiency. Application of heatproof coating to reduce corrosion and extend component life. All fabrication and installation processes complied with ISO 9001 quality standards and AWS D1.1 welding codes, ensuring reliability, performance, and safety. Project Keywords: carbon steel fabrication Kenya, soundproof generator canopy, exhaust system rehabilitation, industrial fabrication services, mechanical welding Kenya, generator enclosure design, SHEP Engineering fabrication projects. Project Impact The installation of the soundproof generator canopy and the rehabilitation of the exhaust system significantly improved acoustic and operational performance at the client’s facility. As a result, noise levels at the main office buildings were drastically reduced, creating a quieter and safer working environment. Key Outcomes Achieved substantial noise reduction through high-density soundproofing foam insulation. Improved generator efficiency and reduced vibration levels. Enhanced air quality and safety with the upgraded carbon steel exhaust system. Extended the service life of both canopy and exhaust components through professional mechanical fabrication and coating application. Showcased SHEP Engineering’s expertise in generator canopy design, fabrication, and installation in Kenya. This project demonstrates SHEP Engineering’s ability to deliver custom engineering solutions that combine durability, efficiency, and acoustic performance — reinforcing the company’s position as a leader in fabrication and mechanical engineering services in Kenya. Project Keywords: soundproof generator canopy Kenya, exhaust system rehabilitation, carbon steel fabrication, noise reduction engineering, mechanical fabrication services, industrial generator enclosure, SHEP Engineering projects. Project Details
Client: Norbrook limited Project: Belt conveyor fabrication and assembly
Client: Wadi Degla Project: Cpvc piping for hot water system
Client: BCS Kenya Project: Repair and maintenance of compressors
Client: RA international Project: Design Fabrication and installation of aircraft hangars
Customer: TRUHAM limited Project: Fabrication and installation of metallic display structure Project Duration September 2024 to May 2025 Project Value Ksh 5,600,000.00 Scope of Work Detailed design review and structural analysis Cutting, welding, and assembly of steel components Surface preparation and anti-corrosion treatment Onsite installation and alignment Load testing and final inspection Technical Details This project involved the fabrication of a custom steel structure using advanced MIG welding techniques to ensure precision, strength, and long-term durability. All work was executed in line with engineering design specifications and international structural steel fabrication standards. Fabrication and Welding Process Used Metal Inert Gas (MIG) welding for superior joint quality and minimal distortion. Complied with AWS D1.1 and BS EN 1090 standards for structural steel fabrication. Applied precision cutting, alignment, and inspection techniques to ensure dimensional accuracy. Conducted quality control tests including visual inspection and weld penetration assessments. Materials Used Square Hollow Sections (SHS): for frame and column reinforcement. Universal Beams (UB): for main load-bearing and support elements. Angle Irons and Flat Bars: for bracing, joint connections, and cross-member stability. High-Tensile Bolts and Plates: for structural assembly and ease of maintenance. All materials were locally sourced and certified to international engineering standards, ensuring both sustainability and reliability. Finishing and Protection Surface Preparation: grit blasting to remove rust and surface impurities. Protective Coating: epoxy primer and polyurethane paint for enhanced corrosion resistance. Final Inspection: verification of dimensional accuracy, weld quality, and coating integrity. This steel structure fabrication project in Kenya demonstrates SHEP Engineering’s commitment to high-quality workmanship, precision engineering, and adherence to industry best practices. Project Keywords: steel structure fabrication Kenya, MIG welding services, structural steelworks, custom steel fabrication, universal beams, square hollow sections, welding and fabrication company in Kenya. Project Impact The completion of this steel pedestrian footbridge fabrication project across River Nzoia in Nandi County, Kenya has greatly improved accessibility and safety for local residents in Ngenyilel and surrounding areas. By providing a durable and well-engineered pedestrian bridge structure, SHEP Engineering successfully enhanced mobility across the river, connecting schools, markets, and residential communities that were previously divided by the waterway. Key Project Benefits Created safe pedestrian access across River Nzoia through a structurally sound and weather-resistant steel footbridge. Improved connectivity between rural and urban areas within Nandi County. Supported local economic growth by easing transportation of goods and services. Reduced safety risks associated with crossing the river during rainy seasons. Showcased SHEP Engineering’s capability in bridge fabrication and installation in Kenya. This project demonstrates the value of structural engineering expertise and quality steel fabrication in Kenya, helping to strengthen local infrastructure while promoting sustainable development and community empowerment. Project Keywords: pedestrian footbridge fabrication Kenya, steel bridge construction Nandi County, River Nzoia bridge project, structural engineering Kenya, bridge fabrication and installation, infrastructure development Kenya, SHEP Engineering projects. Project Details
Customer: Frizel investment (KPA) Project: Canopy shade (verification shade)
Customer: Richotec kenya Project: Gate structure fabrication and installation
Customer: BCS kenya Project: Ammonium refrigeration plant equipment installation
Customer: Ultravetis limited Project: Belt conveyor fabrication Project Duration October 2022 to Jan 2023 Project Value Ksh 650,000 Scope of Work SHEP Engineering designed and fabricated a fully customized conveyor belt system featuring a durable stainless steel frame and a high-performance PVC conveyor belt. The project was developed to improve material handling efficiency, reliability, and hygiene for industrial operations in Kenya. The system was engineered to ensure smooth and consistent product transfer while minimizing wear and maintenance requirements. Using precision mechanical fabrication methods, the team delivered a modular and easy-to-maintain structure suitable for continuous industrial use. Scope of Work Design and fabrication of a stainless steel conveyor frame for strength and corrosion resistance. Installation of a PVC conveyor belt optimized for smooth material flow and durability. Integration of mechanical drive components and roller assemblies. Onsite alignment, testing, and performance calibration. Quality inspection conducted under ISO 9001 fabrication standards. Project Impact Improved production flow and reduced manual handling in the client’s facility. Enhanced equipment lifespan through the use of stainless steel fabrication. Delivered a low-maintenance, high-efficiency industrial conveyor system. Demonstrated SHEP Engineering’s expertise in mechanical design and fabrication in Kenya. This project reflects SHEP Engineering’s dedication to precision, quality, and innovation in industrial fabrication and automation systems, offering sustainable solutions for manufacturing and processing industries across Kenya. Project Keywords: conveyor belt fabrication Kenya, stainless steel conveyor system, PVC belt conveyor design, industrial fabrication services, mechanical engineering Kenya, material handling systems, SHEP Engineering projects. Technical Details The conveyor belt system was designed and built using precision stainless steel fabrication and welding processes to guarantee durability, hygiene, and strength. The project combined modern mechanical engineering techniques and high-quality materials to ensure long-term reliability under continuous industrial operation. Fabrication and Materials Material Used: Food-grade stainless steel for frame construction, providing corrosion resistance and easy maintenance. Conveyor Belt: High-strength PVC belt designed for smooth product movement and minimal friction. Assembly: Precision belt conveyor assembly with adjustable rollers, stainless brackets, and alignment guides. Welding Process: TIG and MIG welding applied by certified fabricators to ensure clean joints and high structural integrity. Finish: Polished stainless steel surfaces for hygiene and professional appearance. Performance and Testing Load and speed tests conducted to ensure continuous and stable operation. Alignment and belt tension verified for maximum efficiency and low maintenance. Inspection and quality control in accordance with ISO 9001 fabrication standards. The use of stainless steel fabrication and expert conveyor belt assembly techniques resulted in a system that delivers dependable performance for industrial, agricultural, and manufacturing applications across Kenya. Project Keywords: stainless steel fabrication Kenya, conveyor belt assembly, industrial conveyor system, PVC belt fabrication, TIG welding Kenya, mechanical fabrication services, SHEP Engineering projects. Project Impact The installation of the stainless steel conveyor belt system greatly improved the client’s production workflow. The new setup enabled easy handling of products from the packaging area to the palletizing section, streamlining operations and reducing manual labor. Key Outcomes Enhanced material handling efficiency through automated product transfer between packaging and palletizing zones. Reduced downtime and improved safety by minimizing manual lifting and transport. Achieved smooth and consistent product movement using a high-quality PVC belt conveyor. Delivered a clean, durable, and low-maintenance stainless steel fabrication system suitable for industrial environments. Demonstrated SHEP Engineering’s expertise in custom conveyor design, fabrication, and installation in Kenya. This project showcases SHEP Engineering’s capability to deliver innovative material handling solutions that increase productivity and safety for manufacturing and processing industries across Kenya. Project Keywords: conveyor belt fabrication Kenya, stainless steel conveyor system, material handling automation, PVC belt conveyor, packaging line conveyors, industrial fabrication Kenya, SHEP Engineering projects. Project Details
