Solar Tenders

Details: Description Invitation To Bid December 26, 2024 1. The Dpwh–biliran District Engineering Office, Through Gaa Fy-2025, Intends To Apply The Sum Of The Approved Budget For The Contract (abc) Stated Below Being The Abc To Payments Under The Contracts Below. Bids Received In Excess Of The Abc Shall Be Automatically Rejected At The Bid Opening And Declared Non-complying/failed. 2. The Dpwh–biliran District Engineering Office, Through Its Bids And Awards Committee (bac) Now Invites Bids For The Hereunder Works Of The Following Contract/s: 1. Procurement Id/contract Id : 25ia0117 Contract Name : Network Development - Road Widening - Secondary Roads - Biliran Circumferential Rd- K1084+018 -k1084+914, K1086+112 – K1086+940 Contract Location : Caibiran, Biliran (11.563842°, 124.570051° - 11.56508°, 124.575899°; 11.563979°, 124.586687° - 11.55929°, 124.592931°) Project Description/scope Of Work : Road Concreting Of 3.448 Lane Kilometer, Shouldering, Drainage, Slope Protection And Solar Lightings. Approved Budget For The Contract : P 77,198,022.59 Contract Duration : 290.00 C.d. Cost Of Bidding Documents : P 50,000.00 2. Procurement Id/contract Id : 25ia0118 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+660 - K1039+710 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.504446°, 11.586165° To 124.504884°, 11.586058°) Project Description/scope Of Work : Construction Of 2073.61 Sq.m / 50 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,997,784.96 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 3. Procurement Id/contract Id : 25ia0119 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+710 - K1039+750 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran District (124.50488°, 11.586064° To 124.505242°, 11.586159°) Project Description/scope Of Work : Construction Of 2083.95 Sq.m / 40 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,000.00 Contract Duration : 222.00 Cd Cost Of Bidding Documents : P 25,000.00 Page 2 Of 4 4. Procurement Id/contract Id : 25ia0120 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+750 - K1039+780 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.505235°, 11.586134 To 124.50549°, 11.586166°) Project Description/scope Of Work : Construction Of 2094.3 Sq.m / 30 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,521.14 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 5. Procurement Id/contract Id : 25ia0121 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+910 - K1039+945 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.506375°, 11.58622° To 124.507009°, 11.586235°) Project Description/scope Of Work : Construction Of 2057.63 Sq.m / 35 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,530.99 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 6. Procurement Id/contract Id : 25ia0122 Contract Name : Construction Of Multi-purpose Building, Barangay Bacolod, Culaba, Biliran Contract Location : Brgy. Bacolod, Culaba, Biliran (11.667799⁰, 124.518964⁰) Project Description/scope Of Work : Construction Of 1-storey Building Approved Budget For The Contract : P 4,948,478.42 Contract Duration : 110.00 C.d. Cost Of Bidding Documents : P 5,000.00 7. Procurement Id/contract Id : 25ia0123 Contract Name : Construction (completion) Of Multi-purpose Building, Barangay San Pablo, Naval, Biliran Contract Location : Barangay San Pablo, Naval, Biliran 11.541517, 124.422666 Project Description/scope Of Work : Completion Of 1 Unit 1-storey Multi-purpose Building (covered Court) Approved Budget For The Contract : P 2,968,130.81 Contract Duration : 85.00 C.d. Cost Of Bidding Documents : P 5,000.00 8. Procurement Id/contract Id : 25ia0124 Contract Name : Construction (completion) Of Multi-purpose Building, Barangay Tabunan, Almeria, Biliran Contract Location : Barangay Tabunan, Almeria, Biliran (11.65315, 124.361759) Project Description/scope Of Work : Construction Of 2-storey Building Approved Budget For The Contract : P 1,978,237.98 Contract Duration : 90.00 C.d. Cost Of Bidding Documents : P 5,000.00 Page 3 Of 4 Prospective Bidders Should Be (1) Registered With And Classified By The Philippine Contractors Accreditation Board (pcab) With Pcab License Category Of Small B & Medium A As Per Pcab Resolution No. 201, Series Of 2017, (b) Completion Of A Single Largest Completed Contract (slcc) Similar To The Contract To Be Bid Costing At Least 50% Of The Abc, And (c) Net Financial Contracting Capacity (nfcc) At Least Equal To The Abc. Contractors/applicants Who Wish To Participate In The Biding Are Encouraged To Enroll With The Dpwh Civil Works Application (cwa) At The Dpwh Procurement Service (prs), 5th Floor, Dpwh Building, Bonifacio Drive, Port Area Manila, While Those Already Enrolled Shall Keep Their Records Current And Updated. The Contractor’s Eligibility To Bid On The Project Will Be Determined Using The Dpwh Contractor Profile Eligibility Process (cpep) And Subject To Further Post-qualification. Information On Registration Can Be Obtained From The Prs During Working Weekdays From 7:00 Am To 4:00 Pm Or At The Dpwh Website Www.dpwh.gov.ph 4. Bidding Will Be Conducted Through Open Competitive Bidding Procedures Using Non-discretionary “pass/fail” Criterion As Specified In The 2016 Revised Implementing Rules And Regulations (irr) Of Republic Act 9184 (ra 9184), Otherwise Known As The “government Procurement Reform Act”. The Contract Shall Be Awarded To The Lowest Calculated Responsive Bidder (lcrb) Who Was Determined As Such During Post-qualification. 5. Interested Bidders May Obtain Further Information From Dpwh, Biliran District Engineering Office, Naval, Biliran And Inspect The Bidding Documents At The Address Given Below From 8:00a.m. To 5:00 P.m. 6. A Complete Set Of Bidding Documents May Be Acquired By Interested Bidders From The Address Below And Upon Payment Of An Applicable Fee For The Bidding Documents In The Amount Stated Above. Bidding Documents Fee May Be Refunded In Accordance With The Aforementioned Guidelines Based On The Grounds Provided For Under Section 41 Of The R.a. 9184 And Its Irr. Bidders Can Make Payments For The Purchase Of Bidding Documents At Any Dpwh Field Offices. The Schedule Of Key Procurement Activities For This Contract Is Shown Below: Activity Time Place Date Of Posting December 27, 2024 – January 15, 2025 Dpwh Web / Philgeps / Bulletin Board Issuance Of Bidding Documents December 27, 2024 – January 15, 2025 Bac Office, Biliran-deo, Naval, Biliran Pre-bid Conference January 3, 2025; 10:00 A.m. Bac Conference Room, Biliran-deo, Naval, Biliran Receipt By The Bac Of Bids January 15, 2025, 1:00 P.m. Bac Office, Biliran-deo, Naval, Biliran Opening Of Bids January 15, 2025; 1:00 P.m. Conference Room, Biliran-deo, Naval, Biliran 7. It May Also Be Downloaded Free Of Charge From The Website Of The Philippine Government Electronic Procurement System (philgeps) And The Website Of The Procuring Entity, Provided That The Bidders Shall Pay The Applicable Fee For The Bidding Documents Not Later Than The Submission Of Their Bids. 8. Pre-bid Conference And Opening Of Bids Will Be Held At The Bac Office, Dpwh-biliran District Engineering Office, Naval, Biliran Which Shall Be Open To All Interested Parties. Bidding For The Above Contract Shall Be Conducted “short Of Award” Pending Availability/ Receipt Of Fy-2025 Funds/saa. 9. Bid Submission Maybe Done Manually Or Electronically/online. However, Bidders Should Only Select One Mode Of Submission, Either Manual Or Electronic. Similar To Manual Submission, The Guidelines For The Preparation And Submission Of An Electronic Bid Are Contained In The Bds. 10. Bids Must Be Duly Received By The Bac Secretariat At The Address Below For Manual Submission Or At Electronicbids_biliran For Electronic Submission On Or Before January 15, 2025 At 1:00 P.m. All Bids Must Be Accompanied By A Bid Security In Any Of The Acceptable Forms And In The Amount Stated In Itb Clause 18. Page 4 Of 4 11. Bid Opening Shall Be On January 15, 2025 At 1:00 P.m. Immediately After The Deadline Of The Dropping Of Bids At Bac Conference Room, Biliran-deo, Naval, Biliran. Bids Will Be Opened In The Presence Of The Bidders’ Representatives Who Choose To Attend At The Address Below. Late Bids Shall Not Be Accepted. 12. The Dpwh-biliran District Engineering Office, Naval, Biliran Reserves The Right To Reject Any And All Bids, Declare A Failure Of Bidding, Or Not Award The Contract At Any Time Prior To Contract Award In Accordance With Section 41 Of R.a. 9184 And Its Irr, Without Thereby Incurring Any Liability To The Affected Bidder Or Bidders. 13. For Further Information, Please Refer To: Head, Bac Secretariat Bac Office, Dpwh Biliran District Engineering Office Brgy. Calumpang, Naval, Biliran Province Telefax No.: (053) 500-9097 Email Add: Dpwh.bdeo@gmail.com Approved: Rosario B. Rosete Assistant District Engineer Bac Chairperson Noted: Irwin L. Antonio, Asean Eng. Oic-district Engineer encoded/printedbyrcpancito December 26, 2024

Details: Description Invitation To Bid December 26, 2024 1. The Dpwh–biliran District Engineering Office, Through Gaa Fy-2025, Intends To Apply The Sum Of The Approved Budget For The Contract (abc) Stated Below Being The Abc To Payments Under The Contracts Below. Bids Received In Excess Of The Abc Shall Be Automatically Rejected At The Bid Opening And Declared Non-complying/failed. 2. The Dpwh–biliran District Engineering Office, Through Its Bids And Awards Committee (bac) Now Invites Bids For The Hereunder Works Of The Following Contract/s: 1. Procurement Id/contract Id : 25ia0117 Contract Name : Network Development - Road Widening - Secondary Roads - Biliran Circumferential Rd- K1084+018 -k1084+914, K1086+112 – K1086+940 Contract Location : Caibiran, Biliran (11.563842°, 124.570051° - 11.56508°, 124.575899°; 11.563979°, 124.586687° - 11.55929°, 124.592931°) Project Description/scope Of Work : Road Concreting Of 3.448 Lane Kilometer, Shouldering, Drainage, Slope Protection And Solar Lightings. Approved Budget For The Contract : P 77,198,022.59 Contract Duration : 290.00 C.d. Cost Of Bidding Documents : P 50,000.00 2. Procurement Id/contract Id : 25ia0118 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+660 - K1039+710 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.504446°, 11.586165° To 124.504884°, 11.586058°) Project Description/scope Of Work : Construction Of 2073.61 Sq.m / 50 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,997,784.96 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 3. Procurement Id/contract Id : 25ia0119 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+710 - K1039+750 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran District (124.50488°, 11.586064° To 124.505242°, 11.586159°) Project Description/scope Of Work : Construction Of 2083.95 Sq.m / 40 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,000.00 Contract Duration : 222.00 Cd Cost Of Bidding Documents : P 25,000.00 Page 2 Of 4 4. Procurement Id/contract Id : 25ia0120 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+750 - K1039+780 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.505235°, 11.586134 To 124.50549°, 11.586166°) Project Description/scope Of Work : Construction Of 2094.3 Sq.m / 30 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,521.14 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 5. Procurement Id/contract Id : 25ia0121 Contract Name : Rehabilitation/ Reconstruction Of Roads With Slips, Slope Collapse, And Landslide - Secondary Roads - Naval-caibiran Cross Country Rd., K1039+910 - K1039+945 Contract Location : Sitio Canceso, Brgy. Cabibihan, Caibiran, Biliran (124.506375°, 11.58622° To 124.507009°, 11.586235°) Project Description/scope Of Work : Construction Of 2057.63 Sq.m / 35 Ln.m Road Slope Protection Structure Approved Budget For The Contract : P 48,998,530.99 Contract Duration : 222.00 C.d. Cost Of Bidding Documents : P 25,000.00 6. Procurement Id/contract Id : 25ia0122 Contract Name : Construction Of Multi-purpose Building, Barangay Bacolod, Culaba, Biliran Contract Location : Brgy. Bacolod, Culaba, Biliran (11.667799⁰, 124.518964⁰) Project Description/scope Of Work : Construction Of 1-storey Building Approved Budget For The Contract : P 4,948,478.42 Contract Duration : 110.00 C.d. Cost Of Bidding Documents : P 5,000.00 7. Procurement Id/contract Id : 25ia0123 Contract Name : Construction (completion) Of Multi-purpose Building, Barangay San Pablo, Naval, Biliran Contract Location : Barangay San Pablo, Naval, Biliran 11.541517, 124.422666 Project Description/scope Of Work : Completion Of 1 Unit 1-storey Multi-purpose Building (covered Court) Approved Budget For The Contract : P 2,968,130.81 Contract Duration : 85.00 C.d. Cost Of Bidding Documents : P 5,000.00 8. Procurement Id/contract Id : 25ia0124 Contract Name : Construction (completion) Of Multi-purpose Building, Barangay Tabunan, Almeria, Biliran Contract Location : Barangay Tabunan, Almeria, Biliran (11.65315, 124.361759) Project Description/scope Of Work : Construction Of 2-storey Building Approved Budget For The Contract : P 1,978,237.98 Contract Duration : 90.00 C.d. Cost Of Bidding Documents : P 5,000.00 Page 3 Of 4 Prospective Bidders Should Be (1) Registered With And Classified By The Philippine Contractors Accreditation Board (pcab) With Pcab License Category Of Small B & Medium A As Per Pcab Resolution No. 201, Series Of 2017, (b) Completion Of A Single Largest Completed Contract (slcc) Similar To The Contract To Be Bid Costing At Least 50% Of The Abc, And (c) Net Financial Contracting Capacity (nfcc) At Least Equal To The Abc. Contractors/applicants Who Wish To Participate In The Biding Are Encouraged To Enroll With The Dpwh Civil Works Application (cwa) At The Dpwh Procurement Service (prs), 5th Floor, Dpwh Building, Bonifacio Drive, Port Area Manila, While Those Already Enrolled Shall Keep Their Records Current And Updated. The Contractor’s Eligibility To Bid On The Project Will Be Determined Using The Dpwh Contractor Profile Eligibility Process (cpep) And Subject To Further Post-qualification. Information On Registration Can Be Obtained From The Prs During Working Weekdays From 7:00 Am To 4:00 Pm Or At The Dpwh Website Www.dpwh.gov.ph 4. Bidding Will Be Conducted Through Open Competitive Bidding Procedures Using Non-discretionary “pass/fail” Criterion As Specified In The 2016 Revised Implementing Rules And Regulations (irr) Of Republic Act 9184 (ra 9184), Otherwise Known As The “government Procurement Reform Act”. The Contract Shall Be Awarded To The Lowest Calculated Responsive Bidder (lcrb) Who Was Determined As Such During Post-qualification. 5. Interested Bidders May Obtain Further Information From Dpwh, Biliran District Engineering Office, Naval, Biliran And Inspect The Bidding Documents At The Address Given Below From 8:00a.m. To 5:00 P.m. 6. A Complete Set Of Bidding Documents May Be Acquired By Interested Bidders From The Address Below And Upon Payment Of An Applicable Fee For The Bidding Documents In The Amount Stated Above. Bidding Documents Fee May Be Refunded In Accordance With The Aforementioned Guidelines Based On The Grounds Provided For Under Section 41 Of The R.a. 9184 And Its Irr. Bidders Can Make Payments For The Purchase Of Bidding Documents At Any Dpwh Field Offices. The Schedule Of Key Procurement Activities For This Contract Is Shown Below: Activity Time Place Date Of Posting December 27, 2024 – January 15, 2025 Dpwh Web / Philgeps / Bulletin Board Issuance Of Bidding Documents December 27, 2024 – January 15, 2025 Bac Office, Biliran-deo, Naval, Biliran Pre-bid Conference January 3, 2025; 10:00 A.m. Bac Conference Room, Biliran-deo, Naval, Biliran Receipt By The Bac Of Bids January 15, 2025, 1:00 P.m. Bac Office, Biliran-deo, Naval, Biliran Opening Of Bids January 15, 2025; 1:00 P.m. Conference Room, Biliran-deo, Naval, Biliran 7. It May Also Be Downloaded Free Of Charge From The Website Of The Philippine Government Electronic Procurement System (philgeps) And The Website Of The Procuring Entity, Provided That The Bidders Shall Pay The Applicable Fee For The Bidding Documents Not Later Than The Submission Of Their Bids. 8. Pre-bid Conference And Opening Of Bids Will Be Held At The Bac Office, Dpwh-biliran District Engineering Office, Naval, Biliran Which Shall Be Open To All Interested Parties. Bidding For The Above Contract Shall Be Conducted “short Of Award” Pending Availability/ Receipt Of Fy-2025 Funds/saa. 9. Bid Submission Maybe Done Manually Or Electronically/online. However, Bidders Should Only Select One Mode Of Submission, Either Manual Or Electronic. Similar To Manual Submission, The Guidelines For The Preparation And Submission Of An Electronic Bid Are Contained In The Bds. 10. Bids Must Be Duly Received By The Bac Secretariat At The Address Below For Manual Submission Or At Electronicbids_biliran For Electronic Submission On Or Before January 15, 2025 At 1:00 P.m. All Bids Must Be Accompanied By A Bid Security In Any Of The Acceptable Forms And In The Amount Stated In Itb Clause 18. Page 4 Of 4 11. Bid Opening Shall Be On January 15, 2025 At 1:00 P.m. Immediately After The Deadline Of The Dropping Of Bids At Bac Conference Room, Biliran-deo, Naval, Biliran. Bids Will Be Opened In The Presence Of The Bidders’ Representatives Who Choose To Attend At The Address Below. Late Bids Shall Not Be Accepted. 12. The Dpwh-biliran District Engineering Office, Naval, Biliran Reserves The Right To Reject Any And All Bids, Declare A Failure Of Bidding, Or Not Award The Contract At Any Time Prior To Contract Award In Accordance With Section 41 Of R.a. 9184 And Its Irr, Without Thereby Incurring Any Liability To The Affected Bidder Or Bidders. 13. For Further Information, Please Refer To: Head, Bac Secretariat Bac Office, Dpwh Biliran District Engineering Office Brgy. Calumpang, Naval, Biliran Province Telefax No.: (053) 500-9097 Email Add: Dpwh.bdeo@gmail.com Approved: Rosario B. Rosete Assistant District Engineer Bac Chairperson Noted: Irwin L. Antonio, Asean Eng. Oic-district Engineer encoded/printedbyrcpancito December 26, 2024

Details: Description Property/ Stock No. Unit Description Quantity Unit Cost Amount Price Offered Statement Of Compliance (state "comply" Or "not Comply") 1 Gallon Alcohol - 1 Gallon 20 300.00 6,000.00 2 Piece All Purpose Cream 25 90.00 2,250.00 3 Piece Aluminum Pie Plate 6 Inches 5 70.00 350.00 4 Piece Angle Grinder (100 Mm) 2 2,500.00 5,000.00 5 Piece Angle Grinder (180-230 Mm) 1 3,000.00 3,000.00 6 Piece Baking Pan 6/3 Inches 5 50.00 250.00 7 Piece Baking Powder 10 50.00 500.00 8 Piece Baking Soda 1 50.00 50.00 9 Piece Ballpen Black 50 10.00 500.00 10 Piece Ballpen, Blue 50 10.00 500.00 11 Piece Bench Grinder 3/4 Hd 1 2,400.00 2,400.00 12 Piece Bleach Colorsafe, 3600 Ml 30 300.00 9,000.00 13 Piece Bleach, 3785 Ml 30 200.00 6,000.00 14 Piece Butter 20 100.00 2,000.00 15 Piece Desktop Calculator - 12 Digits, 2-way Powered (solar + Battery) Calculator 10 1,600.00 16,000.00 16 Piece Chipping Hammer 10 350.00 3,500.00 17 Piece Circuit Breaker 20 Amps 5 240.00 1,200.00 18 Piece Claw Hammer 5 250.00 1,250.00 19 Piece Computer Keyboard 5 1,000.00 5,000.00 20 Piece Computer Mouse 5 500.00 2,500.00 21 Piece Conference Notebook 50 190.00 9,500.00 22 Piece Corn Oil 2 250.00 500.00 23 Piece Correction Tape 50 30.00 1,500.00 24 Piece Cross Cut Saw 5 250.00 1,250.00 25 Piece Customized Received Stamp For The Principal's Office 2 500.00 1,000.00 26 Piece Cutting Disc 4 Inches 100 85.00 8,500.00 27 Kg Cw Nails # 1 20 75.00 1,500.00 28 Kg Cw Nails # 1 1/2 20 75.00 1,500.00 29 Kg Cw Nails # 2 20 75.00 1,500.00 30 Kg Cw Nails # 2 1/2 20 75.00 1,500.00 31 Kg Cw Nails # 3 20 75.00 1,500.00 32 Kg Cw Nails # 4 20 75.00 1,500.00 33 Piece Dater Stamp 10 1,800.00 18,000.00 34 Piece Diploma 580 25.00 14,500.00 35 Piece Diploma Jacket 580 40.00 23,200.00 36 Piece Dishwashing Liquid 20 200.00 4,000.00 37 Piece Disinfectant Spray, 510 G 50 650.00 32,500.00 38 Piece Double Sided Tape 5 50.00 250.00 39 Piece Dry Seal Of The School 2 2,500.00 5,000.00 40 Tray Egg 20 300.00 6,000.00 41 Kg Electrode Welding Holder 300-500 Amps 5 300.00 1,500.00 42 Piece Multi-purpose Glue, 130g 50 40.00 2,000.00 43 Can Evaporated Milk 20 70.00 1,400.00 44 Piece Expanded Plastic Envelope, Long 50 95.00 4,750.00 45 Piece Floor Wax - 90 Grams 70 40.00 2,800.00 46 Kg Flour 20 75.00 1,500.00 47 Piece Foot Rug 30 30.00 900.00 48 Piece Frame, A4 50 100.00 5,000.00 49 Meter Fringes, Green 150 30.00 4,500.00 50 Meter Fringes, Yellow 150 30.00 4,500.00 51 Piece Glue Stick 50 5.00 250.00 52 Piece Glue Stick, Small 100 5.00 500.00 53 Piece Grinding Disc 4 Inches 50 30.00 1,500.00 54 Piece Grinding Disc 7 Inches 20 50.00 1,000.00 55 Piece Ground Clamp For Welding 5 300.00 1,500.00 56 Piece Hand Soap 50 50.00 2,500.00 57 Piece Hand Towel 10 40.00 400.00 58 Piece Hdmi Cable - 5 Meter 50 350.00 17,500.00 59 Piece L Square 2 300.00 600.00 60 Piece Led Buld 100 Watts 80 150.00 12,000.00 61 Tank Lpg Refill 10 1,300.00 13,000.00 62 Piece Masking Tape, 2" 50 120.00 6,000.00 63 Piece Medal Bronze 500 40.00 20,000.00 64 Piece Medal, Gold 200 40.00 8,000.00 65 Piece Medal, Silver 200 40.00 8,000.00 66 Meter Organsa Cloth 10 60.00 600.00 67 Can Paint, Tinting 1/4l, Black 3 160.00 480.00 68 Can Paint, Tinting 1/4l, Blue 3 160.00 480.00 69 Can Paint, Tinting 1/4l, Green 3 160.00 480.00 70 Can Paint, Tinting 1/4l, Red 3 160.00 480.00 71 Can Paint, Tinting 1/4l, Yellow 3 160.00 480.00 72 Can Paint, White , Gallon 4 800.00 3,200.00 73 Piece Paper Cutter 20 50.00 1,000.00 74 Piece Pencil 50 15.00 750.00 75 Roll Plastic Cover, Regular, Roll 10 950.00 9,500.00 76 Piece Plier / Tong 10 350.00 3,500.00 77 Sheet Plywood 1/4x4x8 10 240.00 2,400.00 78 Piece Pull-push-roll 3 150.00 450.00 79 Spool Ribbon, Green 1", Spools 50 190.00 9,500.00 80 Spool Ribbon, Yellow 1", Spools 50 190.00 9,500.00 81 Pack Rubber Band 15 30.00 450.00 82 Piece Scissors 50 100.00 5,000.00 83 Piece Scotch Tape, 2" 50 70.00 3,500.00 84 Meter Silk Satin Green 30 50.00 1,500.00 85 Meter Silk Satin Yellow 30 50.00 1,500.00 86 Set Soft Broom With Dust Pan 70 150.00 10,500.00 87 Set Sponge Mop With Squeezer 30 500.00 15,000.00 88 Piece Staple Gun Tacker (heavy Duty) 5 160.00 800.00 89 Box Stranded Wire # 12 1 2,500.00 2,500.00 90 Sheet Sytrofoam Board, 75cmx35cmx2cm 50 200.00 10,000.00 91 Box Thumbtacks 50 10.00 500.00 92 Pack Tissue Paper, 12's 50 160.00 8,000.00 93 Piece Token For Guest Speakers 3 500.00 1,500.00 94 Piece Usb Flash Drive 1tb 20 500.00 10,000.00 95 Pack Vellum, A4 150 50.00 7,500.00 96 Piece Vise Grip 25 250.00 6,250.00 97 Piece Weighing Scale (25 Kg Capacity) 3 2,000.00 6,000.00 98 Piece Welding Aprons 20 400.00 8,000.00 99 Meter Welding Cable 2/0 50mm 20 Meters 1 2,000.00 2,000.00 100 Kg Welding Electrode # 6011 10 140.00 1,400.00 101 Kg Welding Electrode # 6013 10 140.00 1,400.00 102 Kg Welding Electrode # 7018 10 140.00 1,400.00 103 Piece Welding Gloves 20 250.00 5,000.00 104 Piece Welding Machine 300 Amp, Ac Welder Single Phase, Fan Cooled, Good Arc Starting And Arc Force, Stable Arc High Quality Welding, Deep Melting Pool Stepless Current Adjustment Stable Performance, Can Work Continuously Rated Output Current : 300a Power Voltage : 220v Current Range : 90 To 300a Coil Winding: Copper Usable Electrode : 2.5mm To 6mm 25kva / 13kw 1 15,000.00 15,000.00 105 Piece Welding Mask 20 400.00 8,000.00 106 Kg White Sugar 10 120.00 1,200.00 Total 285,850.00 Amount In Words: Two Hundred Eighty Five Thousand Eight Hundred Fifty Pesos Only

Details: Navy Reentry Systems Technical Engineering Services (non-da/pa) synopsis this Is A Sources Sought Notice (ssn) Announcement. Ssns Are Issued To Assist The Agency In Performing Market Research To Determine Industry Interest And Capability. No Proposals Are Being Requested Or Accepted With This Synopsis. This Is Not A Solicitation For Proposals And No Contract Shall Be Awarded From This Synopsis. Therefore, No Proposals Are Being Requested Or Accepted In Response To This Ssn. 5.0 Purpose in Accordance With (iaw) Federal Acquisition Regulation (far) Part 10, Ssp Is Conducting Market Research To Determine If Sources Are Capable Of Successfully Performing The Requirements Identified In This Ssn. Specifically, Ssp Is Seeking Capable Firms For Engineering And Technical Services With An Emphasis On Navy Reentry Bodies (rb) Vulnerability And Performance, Systems Analysis And Effectiveness, Nuclear Weapons Surety And System Safety, Radiological Health And Radiation Control, And Future Navy Program Development As Cited In Paragraph 8.0 Below. the Contract Type Will Include Cost Plus Fixed Fee, Level Of Effort, Term Contract Line Item Numbers (clins). The Period Of Performance (pop) Will Include A Fy26 Effort From 1 October 2025 – 30 September 2026. note: Given The Highly Technical Nature Of Ssp’s Mission Set As A Major Weapons Systems Command And Corresponding Technical Requirements, Respondents Must Provide Recent And Relevant Past Performance Data (as Detailed Below) To Demonstrate And Substantiate The Respondents Ability To Successfully Execute Requirements Detailed In This Ssn. 6.0 White Paper Capability Statement Credentials a. Ssp Is Seeking Detailed, Complete, And Thorough White Paper Capability Statements From Interested Firms Who Can Demonstrate And Document, With Evidentiary Support, That They 1) Possess The Minimum Qualifications And Experience Identified In Paragraph 7.0 Which Are Critical To The Successful Execution Of The Requirements, And 2) Demonstrate Recent And Relevant Experience, As The Prime Contractor (or Subcontractor) Performing The Same/similar Efforts Of The Same/similar Scope, Size, And Complexity To The Requirements Identified In Paragraph 8.0. Interested Firms Must Demonstrate Their Existing Capability, Or Potential To Acquire The Capability, To Meet The Requirements Identified In Paragraph 8.0 Requirements By The Time Of Contract Award, Estimated To Be 1 October 2025. 6.1 Small Business Concerns iaw Far Subpart 19.2 Polices, Ssp Seeks To Provide Maximum Practicable Opportunities In Its Acquisitions To Small Business, Veteran-owned Small Business, Service-disabled Veteran-owned Small Business, Hubzone Small Business, Small Disadvantaged Business, And Women-owned Small Business Concerns. Small Business Concerns Who Possess The Minimum Qualifications And Experience Identified In Paragraph 7.0 And Who Can Demonstrate Its Concerns’ Capability (or Ability To Obtain The Capability By The Contract Award Date) To Execute The Complete Requirements Identified In The Requirements Identified In Paragraph 8.0, As Well Provide The Requisite Past Performance Experience Detailed In Section 9.0, Are Encouraged To Respond To This Ssn. if A Small Business Concern Intends To Partner With Another Entity, The Small Business Concern Must Identify Which Specific Requirements Identified In Paragraph 8.0 Efforts/tasks It Intends To Perform, As Well As The Specific Efforts/tasks The Partner Will Perform, With The Substantiating Data Required In This Ssn Supporting The Identified Partnering Roles And Responsibilities. Note: 100% Of The Requirements Identified In Paragraph 8.0 Structure And Ssn Requirements Must Be Addressed In Any Submitted Partnering Submittal, If Obtainable. note: In The Event This Contract Is Set Aside For Small Business Concerns, The Small Business Concern Agrees That It Will Be In Strict Compliance And Conformance With The Percentage Payment Limitations For Services, Supplies, Or Construction (as Applicable) To Subcontractors That Are Not Similarly Situated Entities In Accordance With Far 52.219-14 Limitations On Subcontracting And State Such In Their Response. 7.0 Minimum Qualifications / Experience Requirements interested Firms Shall Document And Submit Specific And Evidenced / Demonstrated Possession Of The Minimum Qualifications And Experience Requirements In The Technical Areas Identified In Bullets A Through Z Below Which Are Critical To The Successful Execution Of The Requirements In Paragraph 8.0. This Experience Shall Be Documented As Specified In Paragraph 9.0. Potential Sources Must Have The Ability To, Or Have A Thorough Understanding Of The Following: hostile Environments, Natural Space Environments, Fratricide Environments, And Intrinsic Radiation Environments Relevant To Navy Rbs And Their Applicability To Vulnerability And Performance. Hostile Environments Include, But Are Not Limited To: Nuclear Weapons, Electromagnetic Radiation, Kinetic Energy Weapons, And Directed Energy Weapons. Natural Space Environments Include, But Are Not Limited To: Cosmic Radiation, Trapped Protons And Electrons, Solar Flares, And Coronal Mass Ejections. navy Rb’s Vulnerability And Performance Concerns Including Accuracy Perturbations Resulting From Exposure To Hostile Environments, Natural Space Environments, And/or Fratricide Environments. vulnerability And Effectiveness Of Navy Rbs And Rb Components In The Following Environments: Mechanical, Electrical, And/or Electromagnetic Effects. conduct Hostile And Fratricide Radiation Transport Calculations For Navy Reentry Systems. calculate Personnel Dose Rate In Both The Existing Ohio Class Submarine And The Planned Columbia Class Submarine. conduct Performance And Vulnerability Assessments For Normal, Abnormal And Hostile Environments In Support Of A New Thermal Protection Systems (tps) Development Program For Navy Rbs calculate Electromagnetic Attenuation, Signal Degradation, Or Radio Frequency Signal Blackout Brought On By Reentry Plasma Sheathing. conduct Independent Assessments Of Hypersonic Reentry Plasma Sheathing And Subsequent Effects On Electromagnetic Signal Transmission. conduct Ground Based Hostile Blast Analysis Using Computational Fluid Dynamics (cfd) Models. assist Ssp With Intrinsic Radiation (inrad) Studies At Both Ssp Facilities And On Board Ssbn’s, And Radioactive Waste Characterization, Storage And Disposal. analyze Biological Effects Of Radiation From Plutonium, Tritium And Uranium Including Emitter Effects. Analyze The Effects Of Postulated Radiological Events. analyze Results Of Site Contamination Surveys To Ensure A Safe Working Environment To Include Gamma And Neutron Test/surveys. evaluate, Monitor, Review, And Update All Navy Related Documentation Such As Special Weapons Ordnance Publications (swops), Directives, Instructions, Ordnance Documents (ods), Etc. conduct Independent Assessments Of The Transporting, Processing, Handling And Maintenance Procedures And The Monitoring Techniques (air And Surface) That Apply To Hazardous Materials (radioactive And Mixed Waste) And Gamma And Neutron Personnel Exposure. produce And/or Coordinate Requirements Documents Including Military Characteristics (mcs), Stockpile-to-target Sequences (stss), And Technical Objectives And Guidelines (togs). Provide Input Regarding The Dod Nuclear Weapon System Surety Program Key Elements As Detailed In Dodm 3150.02: Dod Nuclear Weapon System Surety Standards, Dod Nuclear Weapon System Surety Policy, Dod Nuclear Weapon Safety Design Criteria, Positive Measures, Safety Rules And Technical Procedures. conduct Evaluations Of Deployed And Advanced/future System Options Including Ballistic And Non-ballistic, Strategic And Tactical, Nuclear And Conventional Reentry Systems. These Evaluations Shall Include But Not Be Limited To Assessments Of The Survivability, Military Utility And Effectiveness, And Dynamics Of These Systems And Concepts In Normal, Abnormal And Hostile Environments Against The Full Spectrum Of Targets. evaluate And Support All Facets Of Nuclear Weapons Surety. Nuclear Weapons Surety Is Defined As Policies, Procedures, Controls And Actions That Encompass Safety, Security And Control Measures, Which Ensure There Will Be No Nuclear Weapons Accidents, Incidents, Unauthorized Detonation, Or Degradation Of Weapons Effectiveness During Its Stockpile-to-target Sequence. advise Ssp On The Impact Of Dod, Nnsa, Nrc, Code Of Federal Regulations, Don, State, And Local Radiological Regulations Affecting Navy’s Nuclear Weapons. conduct Independent Reviews/assessments And Evaluate Both Conventional And Nuclear Weapon System Safety Policies, Directives, Standards And Proposed Changes Pertinent To Conventional/nuclear Weapon System Surety/safety For Ssp Hq Staff, Field Activities (e.g. Notu, Swflant, Swfpac, Sws Ashore, Spf), Ssbns (including Us Columbia Class Ssbn And Uk Dreadnaught Ssbn), And Ssgns, Including, As Directed, Activities Associated With The United Kingdom Trident Program. conduct Independent Reviews Of Ssp Alterations (spalts), Change Requests Or Other Modifications, New Developments, Lightning Protection And Grounding Systems, Electrostatic Discharge (esd), Ssp Occupational Safety And Health (osh) Efforts, Operational Safety Reviews (osr), Special Safety Study (sss), And Independent Assessments Of System Safety Policies And Practices Iaw Dodi And Dodm 3150.02, Ssp 5100.6, Sspinst 5100.2 (series) And Other Sspinst, Ordnance Document (od), Secnav/opnav Directives Or Other Uk Trident Guidance. provide Expert Advice Regarding The Analysis And Interpretation Of Overarching Statutes, Policy, Directives, Regulations, Instructions, Etc. As They Specifically Apply To Ssp’s Classification & Declassification Management Efforts Based On Knowledge Of Organizational Stakeholders And Past, Current, & Planned Future States Of The Programs. provide Expert Classification Determination Support Based On Knowledge Of Security Classification Guides That Relate To All Aspects Of The Submarine Launched Ballistic Missile (slbm) Weapon System. calculate The Responses Of Us Components In The Uk Trident Reentry Body To Stockpile- To-target-sequence (sts) Level Hostile Environments, Consider Both Single And Multiple Exposures In Their Calculations. perform Fratricide Evaluations For The Uk Trident Reentry Body That Will Identify Potential Differences In The Stay-out Regions Caused By Uk Unique Constraints, And Assist The Uk In Understanding And/or Adopting The Current Us Common Fratricide Methodology. conduct Evaluations Of The Aerodynamic Performance Of The Uk Trident Reentry Body Using Data From U.s. Demonstration And Shakedown Operation (daso) Flight Test, Follow-on Commander Evaluation Test (fcet) Flights, And Other Experimental Flight Test For These Evaluations Conduct Evaluations Of The Effectiveness Of The Uk Trident Reentry Body Provide Electronic File Transmission Support Between The Uk, The Us Navy And Doe/nnsa Information System Repositories And Databases. advise Ssp On The Proficiency Of The Operations At Uk Trident Facilities. This Activity Will Include Participation In Inspections And Evaluations, Preparation Of Associated Supporting Reference Materials, Evaluation Of Uk Proposals, And Participation In Compatibility Assessments Or Slow Run-through Activities. 8.0 Description Of Requirements requirement: Ssp Is Seeking Responsible Sources For Engineering And Technical Services With An Emphasis On Navy Reentry Bodies (rb) Vulnerability And Performance, Systems Analysis And Effectiveness, Nuclear Weapons Surety And System Safety, Radiological Health And Radiation Control, Future Navy Program Development, And Be Familiar With Article Vi Of The Polaris Sales Agreement (psa) . Potential Sources Must Have The Ability To, Or Have A Thorough Understanding Of The Following: hostile Environments, Natural Space Environments, Fratricide Environments, And Intrinsic Radiation Environments Relevant To Navy Rbs And Their Applicability To Vulnerability And Performance. Hostile Environments Include, But Are Not Limited To: Nuclear Weapons, Electromagnetic Radiation, Kinetic Energy Weapons, And Directed Energy Weapons. Natural Space Environments Include, But Are Not Limited To: Cosmic Radiation, Trapped Protons And Electrons, Solar Flares, And Coronal Mass Ejections. navy Rb’s Vulnerability And Performance Concerns Including Accuracy Perturbations Resulting From Exposure To Hostile Environments, Natural Space Environments, And/or Fratricide Environments. vulnerability And Effectiveness Of Navy Rbs And Rb Components In The Following Environments: Mechanical, Electrical, And/or Electromagnetic Effects. conduct Hostile And Fratricide Radiation Transport Calculations For Navy Reentry Systems. calculate Personnel Dose Rate In Both The Existing Ohio Class Submarine And The Planned Columbia Class Submarine. conduct Performance And Vulnerability Assessments For Normal, Abnormal And Hostile Environments In Support Of A New Thermal Protection Systems (tps) Development Program For Navy Rbs. calculate Electromagnetic Attenuation, Signal Degradation, Or Radio Frequency Signal Blackout Brought On By Reentry Plasma Sheathing. conduct Independent Assessments Of Hypersonic Reentry Plasma Sheathing And Subsequent Effects On Electromagnetic Signal Transmission. conduct Ground Based Hostile Blast Analysis Using Computational Fluid Dynamics (cfd) Models. assist Ssp With Intrinsic Radiation (inrad) Studies At Both Ssp Facilities And On Board Ssbn’s, And Radioactive Waste Characterization, Storage And Disposal. analyze Biological Effects Of Radiation From Plutonium, Tritium And Uranium Including Emitter Effects. analyze The Effects Of Postulated Radiological Events. analyze Results Of Site Contamination Surveys To Ensure A Safe Working Environment To Include Gamma And Neutron Test/surveys. write, Evaluate, Monitor, Review, And Update All Navy Related Documentation Such As Special Weapons Ordnance Publications (swops), Directives, Instructions, Ordnance Documents (ods), Etc. conduct Independent Assessments Of The Transporting, Processing, Handling And Maintenance Procedures And The Monitoring Techniques (air And Surface) That Apply To Hazardous Materials (radioactive And Mixed Waste) And Gamma And Neutron Personnel Exposure. produce And/or Coordinate Requirements Documents Including Military Characteristics (mcs), Stockpile-to-target Sequences (stss), And Technical Objectives And Guidelines (togs). Provide Input Regarding The Dod Nuclear Weapon System Surety Program Key Elements As Detailed In Dodm 3150.02: Dod Nuclear Weapon System Surety Standards, Dod Nuclear Weapon System Surety Policy, Dod Nuclear Weapon Safety Design Criteria, Positive Measures, Safety Rules And Technical Procedures. conduct Evaluations Of Deployed And Advanced/future System Options Including Ballistic And Non-ballistic, Strategic And Tactical, Nuclear And Conventional Reentry Systems. These Evaluations Shall Include But Not Be Limited To Assessments Of The Survivability, Military Utility And.effectiveness, And Dynamics Of These Systems And Concepts In Normal, Abnormal And Hostile Environments Against The Full Spectrum Of Targets. evaluate And Support All Facets Of Nuclear Weapons Surety. Nuclear Weapons Surety Is Defined As Policies, Procedures, Controls And Actions That Encompass Safety, Security And Control Measures, Which Ensure There Will Be No Nuclear Weapons Accidents, Incidents, Unauthorized Detonation, Or Degradation Of Weapons Effectiveness During Its Stockpile-to-target Sequence. advise Ssp On The Impact Of Dod, Nnsa, Nrc, Code Of Federal Regulations, Don, State, And Local Radiological Regulations Affecting Navy’s Nuclear Weapons. conduct Independent Reviews/assessments And Evaluate Both Conventional And Nuclear Weapon System Safety Policies, Directives, Standards And Proposed Changes Pertinent To Conventional/nuclear Weapon System Surety/safety For Ssp Hq Staff, Field Activities (e.g. Notu, Swflant, Swfpac, Sws Ashore, Spf), Ssbns (including Us Columbia Class Ssbn And Uk Dreadnaught Ssbn), And Ssgns, Including, As Directed, Activities Associated With The United Kingdom Trident Program. conduct Independent Reviews Of Ssp Alterations (spalts), Change Requests Or Other Modifications, New Developments, Lightning Protection And Grounding Systems, Electrostatic Discharge (esd), Ssp Occupational Safety And Health (osh) Efforts, Operational Safety Reviews (osr), Special Safety Study (sss), And Independent Assessments Of System Safety Policies And Practices Iaw Dodi And Dodm 3150.02, Ssp 5100.6, Sspinst 5100.2 (series) And Other Sspinst, Ordnance Document (od), Secnav/opnav Directives Or Other Uk Trident Guidance. provide Expert Advice Regarding The Analysis And Interpretation Of Overarching Statutes, Policy, Directives, Regulations, Instructions, Etc. As They Specifically Apply To Ssp’s Classification & Declassification Management Efforts Based On Knowledge Of Organizational Stakeholders And Past, Current, & Planned Future States Of The Programs. provide Expert Classification Determination Support Based On Knowledge Of Security Classification Guides That Relate To All Aspects Of The Submarine Launched Ballistic Missile (slbm) Weapon System. calculate The Responses Of Us Components In The Uk Trident Reentry Body To Stockpile- To-target-sequence (sts) Level Hostile Environments, Consider Both Single And Multiple Exposures In Their Calculations. perform Fratricide Evaluations For The Uk Trident Reentry Body That Will Identify Potential Differences In The Stay-out Regions Caused By Uk Unique Constraints, And Assist The Uk In Understanding And/or Adopting The Current Us Common Fratricide Methodology. conduct Evaluations Of The Aerodynamic Performance Of The Uk Trident Reentry Body Using Data From U.s. Demonstration And Shakedown Operation (daso) Flight Test, Follow-on Commander Evaluation Test (fcet) Flights, And Other Experimental Flight Test For These Evaluations. conduct Evaluations Of The Effectiveness Of The Uk Trident Reentry Body. provide Electronic File Transmission Support Between The Uk, The Us Navy And Doe/nnsa Information System Repositories And Databases. advise Ssp On The Proficiency Of The Operations At Uk Trident Facilities. This Activity Will Include Participation In Inspections And Evaluations, Preparation Of Associated Supporting Reference Materials, Evaluation Of Uk Proposals, And Participation In Compatibility Assessments Or Slow Run-through Activities. 8.1 Place Of Performance within Walking Distance (less Than ½ Mile) Of The Washington Navy Yard Dc, United States: Host An Esn Terminal And Esn Vtc Capability. Esn Is The Only Classified Conduit To Discuss Secret Rd/frd Or Cnwdi Data With Nnsa As Well As Secret Atomic And Secret Atomic Principle Data With The United Kingdom. Ssp Does Not House This Capability. classified Conference Rooms For Meetings Between Department Of Navy And Department Of Energy. within Driving Distance (less Than 10 Miles) Of Sandia National Laboratories In Albuquerque, Nm, United States: esn Terminal And Esn Vtc Capability. classified Conference Rooms For Meetings Between Department Of Navy And Department Of Energy. within Driving Distance (less Than 10 Miles) Of Colorado Springs, Co maintain Hostile And Vulnerability Test Capabilities. 9.0 Evidentiary Qualifications/experience Documentation Requirements interested Firms Must Possess The Requisite Minimum Qualifications And Experience Identified In Paragraph 7.0 And Demonstrated Relevant And Recent Experience As It Relates To The Requirements In Paragraph 8.0. White Paper Capability Statements Must Include All Of The Content And Details Identified Below: 9.1 Minimum Qualifications / Experience Requirements Validation white Paper Capability Statement Submissions Shall Include A Discrete Section With The Heading “minimum Qualifications / Experience Requirements” And Document, With Specific Information, Each Of The Minimum Qualifications Identified In Paragraph 7.0. This Section May Cite Contract Reference Efforts Detailed In Table A Of Paragraph 9.2 Below Provided That Respondents Provide Context And Rationale As To How That Contract Reference Effort(s) Demonstrate Possession Of The Applicable Minimum Qualifications / Experience Requirements Of Bullets A Through Z Identified In Paragraph 7.0 – Or Have Capability Of Obtaining By Contract Award. 9.2 Relevant & Recent Experience / Supporting Narratives in Addition To Demonstrating Possession Of The Requisite Minimum Qualifications / Experience Requirements Identified In Paragraph 7.0 Above (or Have Capability Of Obtaining By Contract Award), Interested Firms Shall Demonstrate Relevant And Recent Experience Performing The Same Or Similar Efforts And Or Completion Tasks (as Applicable) To The Requirements In Paragraph 8.0. Relevant Experience Is Defined As Performing Efforts/tasks Similar In Scope, Size, And Complexity As The Ssn Clin Structure With An Annual Incurred Cost/expense Of At Least $10m. Recent Experience Is Defined As Work Performed Within 5 Years Of The Ssn Posting Date. To Substantiate The Performance Of Relevant And Recent Efforts/tasks To The Ssn Clin Requirements, White Paper Capability Statements Shall Provide A List Of Current Or Previous Contract References And The Efforts/tasks Performed Thereunder Detailing And Evidencing A Direct Correlation Of The Contract Reference Efforts/tasks To The Ssn Clin Structure Using The Specific Outline Provided In Table A Below. Submitter’s Responses To The Table A Ssn Clin Outline Shall Include The Following Information Per Individual Contract Reference: summary Of Relevant Work Performed And How That Specific Work Demonstrates Capability To Perform The Specific Requirements Identified In The Ssn Clins; current / Prior Contract Number(s) And Customer/agency Supported; identification Of Your Role As The Prime Or Subcontractor; contract Type: Cost Plus Fixed Fee Loe period Of Performance Of The Specific Contract Reference Effort Performed; quantity Of Fte Personnel Utilized On The Specific Contract Reference Effort, Per Annum, With Distinction And Fte Quantities Identified Between The Respondents Fte Employees And Any Subcontractor Fte Employees; net Dollar Value (base And Options) For Each Contract Reference And The Annual Incurred Costs For Each Contract Reference Provided Which Demonstrates The Magnitude Of Those Contract References In Comparison To The Annual Estimated Value Cited In Paragraph 9.2 Above. Note: Solely Citing An Idiq Ceiling Amount Or Base And All Options Aggregate Value Without The Annual Incurred Costs For The Submitted Contract Reference(s) Is Not Acceptable – Amounts Must Be Specific To The Actual Incurred Costs For A Contract Clin(s) Or Individual Task Order(s), For The Contract Reference(s) Cited In Table A Below; And customer Point Of Contact (poc) With Valid Phone Number And Email. table A – Summary Of Relevant & Recent Work Experience ssn Clin Requirement Contract Reference(s) Summary – Document The Specific Correlation Of The Contract Reference Efforts/tasks To The Ssn Clin Efforts/tasks 0001 0001- System Assessment And Vulnerability 0002 0002- Reentry Systems Mk4b Development 0003 0003- W93/mk7 Reentry System Development Support 0004 0004- Sp20124 Weapon System Safety 0005 0005- United Kingdom (uk) Mk4a Support 0006 0006- United Kingdom (uk) Trident Program Support 0007 0007- United Kingdom (uk) A21/mk7 Programmatic And Testing Support 0008 0008- Weapons Systems Refurbishment / Modification Programs 0081 0081- Weapons Systems Refurbishment/modification Programs 0009 0009- Future Flexibility 0010 0010- Future Sea-based Strategic Weapon (fssw) Program 0011 0011- Missile Assessment And Survivability Support 0012 0012- Le2 Missile Development Survivability Support 0013 0013- Slcm-n Development Program 0131 0131- Slcm-n Esn Area Construction 0014 0014 - Missile Life Extension Programs (d5le2) 0015 0015- Sp202 Systems Analysis And Effectiveness 0016 0016- Sp28 Intrinsic Radiation (inrad) Survey 10.0 Company Information And Deadline For Submittal white Paper Capability Statements Shall Be Submitted In Pdf Format And Are Due No Later Than January 10, 2025 1700 Eastern. The White Papers Shall Not Exceed 20 Pages In Total, Using 12-point Times New Roman And 1” Margin And Shall Be Submitted Via E-mail To Kurt.geisinger@ssp.navy.mil. all White Paper Capability Submittals Shall Include The Following Information “not” Included In The Aforementioned Maximum 20-page Limit: company Administrative Information company Name: company Point Of Contact (email And Phone) And Title: company Address: unique Entity Identifier (uei) No: cage Code: size Of Business, Including; Total Annual Revenue, By Year, For The Past Five Years And Number Of Employees; ownership, Including Whether: Small Business, Veteran-owned Small Business, Service-disabled Veteran-owned Small Business, Hubzone Small Business, Small Disadvantaged Business, And Women-owned Small Business Concerns; number Of Years In Business; identification Of The Current Security Clearance Held At Your Facility That Will Provide Support To The Clin Structure. Note: Work To Be Performed Under This Contract Shall Require The Contractor To Have A Facility Clearance Of Top Secret And A Computing Facility That Is Cleared To Process Top Secret Data. respondents To This Ssn Shall Indicate Which Portions Of Their Response Are Proprietary/business Sensitive And Should Mark Them Accordingly. It Is The Responsibility Of The Ssn Respondent To Monitor The Sam.gov Website For Additional Information Pertaining To Any Potential Acquisition. 11.0 Government Assessment the White Paper Capability Statement Responses To This Ssn Must Meet The Requirements Stated In The Ssn And Will Be Reviewed To Determine Whether Each Respondent Is Capable Of Performing The Requirements. This Review Will Be Based Solely On The Specific Data And Supporting Content Provided By The Respondents In Their White Paper Capability Statement Submissions And Responses To Any Follow On Clarification Inquires Submitted By The Government. Incomplete Or Generalized White Paper Capability Statements, Without Specificity As It Relates To The Ssn Content Requirements, Omitted Content, Or Content Which Fails To Address All Of The Requirements Of This Ssn, Will Have A Direct Affect Upon The Government’s Assessment Of The White Paper Submittal. The Government’s Assessment Will Include, But Is Not Limited To, The Following: (1) The Respondent’s Specific And Evidenced / Demonstrated Possession Of The Minimum Qualifications / Experience Requirements Identified In Paragraph 7.0; (2) The Respondent’s Demonstrated Ability To Manage, As A Prime Or Subcontractor, The Types And Magnitude Of Requirements Identified In The Ssn Clin Structure Based On Their Relevant And Recent Performance Of Same/similar Efforts/tasks In Terms Of Scope, Size, And Complexity; (3) The Respondent’s Demonstrated Technical Ability, As A Prime Or Subcontractor, To Execute The Ssn Clin Structure Based On Their Relevant And Recent Performance Of Same/similar Efforts/tasks In Terms Of Scope, Size, And Complexity; And (4) The Respondent’s Demonstrated Capacity To Execute The Clin Structure Based On Their Relevant And Recent Performance Of Same/similar Efforts In Terms Of Scope, Size, And Complexity, The Quantity Of Personnel Required, And The Contract Award Date. 12.0 Ssn Disclaimer this Ssn Is Issued Solely For Market Research Purposes. It Does Not Constitute A Request For Proposal (rfp) Nor A Promise To Issue An Rfp In The Future. This Ssn Does Not Commit The Government To Solicit Or Award A Contract. The Information Provided In The Ssn Is Subject To Change And Is Not Binding On The Government. Respondents Are Advised That All Costs Associated With Responding To This Ssn, Including Any Requests For Follow-up Information, Will Be Solely At The Interested Parties’ Expense And The Government Will Not Pay For Any Information Or Costs Incurred Or Associated With Submitting A Ssn White Paper Capability Statement Or Follow-on Responses. the Government Reserves The Right To Consider A Set-aside For Small Businesses Or One Of The Small Business Preference Groups. (e.g., Small Business, Service-disabled Veteran-owned Small Business, 8(a), Hubzone Small Business, And Women-owned Small Business Programs).

Details: The California Institute Of Technology’s (caltech’s) Jet Propulsion Laboratory (jpl), Located At 4800 Oak Grove Drive, Pasadena, Ca 91109, Is Issuing The Subject Rfi To Obtain Information To Assess Current Industry Manufacturing And Technical Capabilities And Receive Rom Cost And Schedule Estimates Supporting The Development Of Various Sosa S3c & Hpsc Based Turn-key Products. glossary pic = Plug-in Card cfe/cfs = Core Flight Executive / Core Flight Software sosa = Sensor Open System Architecture s3c = Sosa Space Sub Committee f’ = F Prime Jpl Open-source Flight Software Framework sbc = Single Board Computer psc = Power Supply Card purpose nasa Is Seeking To Spur The Development Of An Industry Wide Ecosystem Of Standardized Interoperable Cards That Can Be Used To Implement Complete Spacecraft Avionics Systems Based On The Sosa™ S3c Profiles. To Guarantee Interoperability The Sosa™ Space Subcommittee, Comprising Members From Nasa, Ussf And Industry, Have Been Working On A Spacecraft Avionics Standard Derived From The Vita 78 (space Vpx) Specification. Initial Elements Of The Standard Are Documented In The Recently Released Sosa Standard Snapshot 3(see Sosa Space Appendix), Which Has Garnered Broad Industry Support. The Purpose Of This Rfi Is To Gather Information Which Could Eventually Lead To A Jpl Rfp Soliciting The Development Of One Or More S3c Spacevpx Compliant Development Kit(s) For Both Commercial Industry And Government Organizations. To This End, Information Is Requested Related To Integrated Development Kits, As Well As Constituent Products That Can Be Included In A Development Kit (i.e. Pics, Pscs, Software). Nasa Is Proposing Sbcs In This Development Kit Be Based On The High-performance Spaceflight Computing (hpsc) Processor, Currently In Development With Microchip Technology Inc. In A Partnership With Nasa And Jpl, Using The Sosatm S3c Sbc Slot Profile. overview the Development Kit Is Part Of A Broader Nasa Effort To Advance Space-based Computing Through The Sensor Open System Architecture (sosa™) And Its Space Subcommittee (s3c). The Sosa™ S3c Aims To Create A Standardized And Interoperable Framework For Space Systems, Encouraging Collaboration Among Government Agencies, Industry, And Academia To Develop Interoperable Hardware And Software Solutions. This Effort Will Support The Creation Of Turn-key Systems For Testing, Development, And Flight, Enabling More Efficient And Cost-effective Space Mission Planning And Execution​​. background nasa’s High Performance Spaceflight Computing (hpsc) Project Is Delivering Purpose-built Space Computingtechnologyfor High Performance Computing. The High-performance Spaceflight Computing (hpsc) Project, A Collaboration Between Nasa And Microchip Technology Inc., Is Finalizing A Cutting-edge, Radiation-hardened Flight Processor That Offers 100 Times The Computational Power Of Current Spaceflight Computers. It Will Provide High Performance Ai Dataflow Processing With Scalable Vector Computing Capabilities That Are Critical For The Science And Autonomy Needs Of Future Advanced Space Systems. hpsc Is Fault-tolerant: Specially Designed To Survive In Space And Contains Features That Ensure It Can Operate Correctly And Provide Reliable Results In The Harshest Of Natural Space Environments. This Ensures The Most Critical Operations Such As: robotically Landing On Or Flying On Another Planet supporting Astronauts Far From The Earth operating Near Small Bodies In The Outer Solar System hpsc Builds On Industry-standards. The Core Of The Hpsc Design Is An Industry Standard Risc-v Based Cpu Bundled With Significant Fault And Radiation Tolerance, And A Full Security Suite As Well As All The Software Required To Run It. The Hpsc Also Includes A Suite Of Features And Industry-standard Interfaces And Protocols Not Previously Available For Space Applications. hpsc Offers A Variety Of Advanced Capabilities: space-grade 64-bit Processor Architecture: Includes Eight Sifive Risc-v X280 64-bit Cpu Cores Supporting Virtualization And Real-time Operation, With Vector Extensions That Deliver Up To 2 Tops (int8) Or 1 Tflops (bfloat16) Of Vector Performance For Implementing Ai/ml Processing For Autonomous Missions. high-speed Network Connectivity: Includes A 240 Gbps Time-sensitive Networking (tsn) Ethernet Switch For 10gbe Connectivity. Also Supports Scalable And Extensible Pcie® Gen 3 And Compute Express Link™ (cxl™) 2.0 With X4 Or X8 Configurations And Includes Rmap-compatible Spacewire Ports With Internal Routers. low-latency Data Transfers: Includes Remote Direct Memory Access (rdma) Over Converged Ethernet (rocev2) Hardware Accelerators To Facilitate Low-latency Data Transfers From Remote Sensors Without Burdening Compute Performance – Maximizing Compute Capabilities By Bringing Data Close To The Cpu. platform-level Defense Grade Security: Implements Defense-in-depth Security With Support For Post-quantum Cryptography And Anti-tamper Features. high Fault-tolerance Capabilities: Supports Dual-core Lockstep (dcls) Operation, Worldguard Hardware Architecture For End-to-end Partitioning And Isolation, And An Onboard System Controller For Fault Monitoring And Mitigation. flexible Power Tuning: Includes Dynamic Controls To Balance The Computational Demands Required By The Multiple Phases Of Space Missions With Tailored Activation Of Functions And Interfaces. for More Information On The Hpsc Capabilities Please Contact Microchip Technology Inc. (tao.lang@microchip.com) sosa™ S3c/hpsc Development System Overview the Sosa™ S3c/hpsc Development System Comprises A Lab-grade Hardware Suite And Accompanying Software That, Together, Offer A Versatile Platform For Developing And Testing Hardware And Software For Space Applications. These Systems Should Have A Viable Path To And Should Be Form, Fit, And Function Equivalent To An Eventual Flight Model. Below Are Some Examples Use Cases That Highlight The Potential Applications And Benefits Of The Development System: development Of Flight Software: use Case: Engineers Can Use The Development System To Develop And Validate Flight Software Such As Nasa’s Core Flight Executive/core Flight Software (cfe/cfs) And The F Prime (f’) Framework Developed By Jpl. benefits: This Allows For Thorough Testing In A Controlled Environment, Ensuring That The Software Performs Reliably Under Different Conditions. hardware Integration And Testing: use Case: The Development System Can Be Used To Integrate Various Pics And Other Infrastructural Hardware Elements Into A Multi-slot S3c Chassis. This Includes Components Like Pscs, Sbc, Data Storage Cards, Io Expanders, And More. benefits: This Facilitates Comprehensive Hardware Testing, Ensuring Compatibility And Functionality Of Different Components Within The System. prototype And Engineering Model Development: use Case: The System Can Support The Development Of Prototypes And Engineering Models Of Flat Sats And Similar Flight Systems. These Prototypes Can Be Tested For Various Parameters, Including Performance, Reliability, And Resilience To Environmental Factors. benefits: Early Identification And Resolution Of Potential Issues, Leading To More Robust And Reliable Flight Systems. educational And Training Purposes: use Case: Academic Institutions And Training Centers Can Use The Development System To Educate Students And Professionals About Space System Design And Testing. benefits: Provides Hands-on Experience With Real-world Hardware And Software Used In Space Missions, Enhancing The Skills And Knowledge Of The Next Generation Of Aerospace Engineers. collaborative Development And Standardization: use Case: The System Can Be Used By Different Organizations (e.g., Nasa, Jpl, Afrl, Aerospace Primes) To Collaboratively Develop And Refine Standards For Space Systems, Such As Those Defined By The Sosa™ S3c. benefits: Promotes Interoperability And Standardization Across Different Space Missions And Organizations, Leading To More Efficient And Cost-effective Development Processes. performance Benchmarking And Validation: use Case: The Development System Can Be Used To Benchmark The Performance Of Various Hardware And Software Configurations, Ensuring That They Meet The Required Specifications For Space Missions. benefits: Provides Validated Performance Data, Helping Stakeholders Make Informed Decisions About Hardware And Software Choices Before Making Large Investments In Hardware, Software, And Systems Development. custom Configuration And Flexibility Based On Industry Standards: use Case: Users Can Configure The System With Different Pics And Software Elements To Suit Specific Mission Requirements. The Development System Supports Various Operating Systems, Including Linux Variants And Real-time Operating Systems Like Vxworks. benefits: Offers Flexibility To Tailor The System To Specific Needs, Ensuring That It Can Be Adapted To A Wide Range Of Applications Based On An Industry Standard Platform Which Reduces Time-to-market And Time-to-flight, Reduces Project Cost And Reduces Project Risk. these Examples Demonstrate The Versatility And Utility Of The Sosa™ S3c/hpsc Development System, Highlighting Its Potential To Significantly Advance The Development And Testing Of Space Systems. for More Detailed Information On The Hpsc Project And Its Applications, Refer To The Following Sources: high Performance Spaceflight Computing (hpsc) - Nasa (link Below) sosa™ S3c/hpsc Development Kit Specifications turn-key Lab Development System/testbed (not For Environmental Or Flight Testing) Comprising: a. Multi-slot S3c Chassis With Cards (examples: Psc, Hpsc Sbc, Data Storage, Ssd, External I/o), Operating System With Appropriate Test And Debug Capability For Basic Software Development And Hardware Testing (of The Delivered Unit), And Chassis Management Software. b. The Initial Product Could Feature A 3u 8-slot Backplane/chassis And A Single Psc And Sbc With Appropriate Software. c. The Initial Product May Consist Of Non-flight Parts But Will Include A Pathway To Upgrade To Flight-certified Components. d. The Initial Product Should Incorporate Either A Linux Variant Or One Of The Standard High-end Real-time Operating Systems Like Vxworks, Along With Compilers, Standard Debuggers, And Other Development System Elements For The Hpsc Sbc. The Delivered Chassis Should Include Interfaces For Integrating Other Pics And Software Elements, Ipmc Functions, And Chassis Managers. e. A User’s Guide Should Be Provided. 2. Elements (building Blocks) Of A Sosa S3c System That Allow Users To Configure Their Own Hardware And Software Solutions, Including The Turn-key System Above And Potentially Other Pics As Defined In The Standard. 3. Turn-key Testbed Support Equipment To Complement The Sosa S3c System. This May Include Rack Hardware, Development Computers And Monitors, Network Support Equipment, Additional Capacity For Analysis Equipment, Cooling Solutions, And Power Management. summary Of Sosa™ S3c/hpsc Development Kit nasa Seeks Information Leading To The Potential Development, In A Public-private Partnership, Of A Sosa S3c/hpsc Development System And Testbed. Both Input From Potential Developers And Potential Users Is Requested. The Development Kit Should Encompass: hardware, E.g., Psc/pics And Ancillary Infrastructural Hardware Elements. software, E.g., Full Package To Support Sosa S3c Chassis And Cards As Well As Configuration Software And Any Software Needed For The Testbed Support Equipment. to Identify Potential Industries And Partners Nasa Seeks The Below Information: technical Specifications And Costing: turnkey System: Provide Concept Specifications, Rom (rough Order Of Magnitude) Costing, And Deployment Schedule Estimates For A Complete Sosa S3c/hpsc Development System And Testbed. constituent Elements: Technical Concept Specifications, Rom Costing, And Integration Schedules Estimates For Individual Pics, Software And Components Needed For Assembly. 2. Alternative Approaches: propose Possible Alternative Configurations Or Technologies That Can Reduce Costs And Improve Utility While Meeting The Primary Objectives Outlined. 3. Provider Capabilities identify Your Ability To Provide Pics Or Fully Integrated Development Systems. 4. Funding specify Schedule Estimates, Estimated Resource Requirements, And Potential For Cost Sharing Versus The Need For Nasa Non-recurring Engineering (nre) Support. 5. Market Size And Marketing Approach: provide An Analysis Of The Market Size And Growth Potential Within The Space Sector For The Sosa S3c/hpsc System And Testbed. outline Your Marketing Approach, Including Strategies To Penetrate Non-space Markets Such As Defense, Broader Aerospace, And Industrial Automation. 6. Storefront/customer Support Approach: describe Your Storefront Or Online Platform Where Customers Can Access Information, Place Orders, And Receive Support For Aerospace Systems. detail Your Customer Support Strategy, Including Technical Assistance, Training Programs, And Maintenance Services. 7. Manufacturing Capability: detail Any Manufacturing Capabilities Relevant To Producing Components Or Systems For Aerospace Applications, Including The Following: quality Assurance: Explain Your Quality Control Measures And Certifications (e.g., As9100) Ensuring The Reliability And Performance Of Aerospace Components. electronic Testing: Outline Your Capabilities In Electronic Testing And Verification To Meet Stringent Aerospace Requirements. mechanical/electronic Packaging Design: Describe Your Expertise In Designing Robust And Space-efficient Mechanical And Electronic Packaging Solutions Suitable For Aerospace Environments. additional Information the Requested Information Is For Preliminary Planning Purposes Only And Does Not Constitute A Commitment, Implied Or Otherwise, That Jpl Will Solicit You For Such Procurement In The Future. Neither Jpl Nor The Government Will Be Responsible For Any Costs Incurred By You In Furnishing This Information. the North American Industry Classification System (naics) Code And Description For This Acquisition Is 334511 Search, Detection, Navigation, Guidance, Aeronautical, And Nautical System And Instrument Manufacturing. The Size Standard For This Naics Code Is 1,350 Employees. Additional Information Can Be Found Here: Https://www.sba.gov/document/support-table-size-standards. perspective Subcontractors Are Advised That Any Information Provided Shall Be Deemed To Be Furnished With Unlimited Rights To Jpl, With Jpl Assuming No Liability For The Disclosure, Use Or Reproduction Of Such Data. please Provide The Requested Information By January 31, 2025 Via Email To: jpl Subcontracts Manager, Gabriel.obregon@jpl.nasa.gov. if You Have Any Questions About This Rfi, Please Contact The Undersigned.

Details: Description The City Government Of Davao Now Invites Bidders For The Projects Under Batch 15-2024 As Listed Below. The Prospective Bidder Must Have Completed A Single Largest Contract Cost (slcc) That Is Similar To The Contract To Be Bid, And Whose Value, Adjusted To Current Prices Using The Psa Consumer Price Indices, Must Be At Least Fifty Percent (50%) Of The Abc To Be Bid: Provided, However, That Contractors Under Small A And B Categories Without Similar Experience On The Contract To Bid May Be Allowed To Bid If The Cost Of Such Contract Is Not More Than The Allowable Range Of Contract Cost (arcc) Of Their Registration Based On The Guidelines As Prescribed By The Pcab And Section 23.4.2.4 Of The 2016 Revised Irr Of Ra 9184 Updated As Of July 19, 2024. Moreover, A Contract Shall Be Considered "similar" To The Contract To The Bid If It Has The Same Major Categories Of Work. A. Regular Procurement (with Approved Budget) B15-2024-01 Project Title: Construction Of Cdrrmo Emergency Operations Center - Phase 1 Source Of Fund: Ldrrmfip Cy 2014 (9940) Approved Budget For The Contract: Total 173,840,000.00 Php 158,332,857.49, Php 8,974,056.32 - Building Medium B Php 4,044,855.01, Php 2,488,231.18 - Road / Flood Control Small B Project Duration: 360 Calendar Days Cost Of Tender Documents: Php 50,000.00 Minimum Equipment Requirements: 2 Units Backhoe Pc-60 36 Units H-frame With Cross Bracing & Joint Pin 2 Units Dump Truck 5 Cu.m. Cap. 1 Unit Boom Truck With Lattice (3-5 Tons Cap) 2 Units Handroller, 2t Vibratory 20 Units 1-set One-tank Oxygen/ 2-tank Acetylene 2 Units Vibratory Road Roller 4 Units Electric Grinder 4 Units Concrete Vibrator 4 Units Electric Handrill 2 Units Concrete Mixer (1-bagger) 4 Units Tile Cutter 3 Units Cut-off Machine 1 Unit Bar/shear Cutter 2 Units Steel Bar Bender 1 Unit Pipe Cutter 12 Units Welding Machine 1 Unit Pipe Threader 2 Units Electric Edger 1 Unit Payloader 1 Unit Jackhammer With Air Compressor 1 Unit Concrete Saw 2 Units 10w Dumptruck 86 Units Steel Forms 1 Unit Water Truck 1 Unit Chainsaw 1 Unit Road Grader 1 Unit Road Roller B15-2024-02 Project Title: Construction Of 3-storey, 9-classroom Building At Binowang Elementary School, Brgy. Fatima, Paquibato District Source Of Fund: Df, Sb No. 1, Cy 2023 (23226) Approved Budget For The Contract: Php 31,798,000.00 Project Duration: 400 Calendar Days Pcab License: Building Medium A Cost Of Tender Documents: Php 25,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-60 1 Unit Welding Machine 1 Unit Plate Compactor 1 Unit Cut-off Machine 1 Unit Hand Roller 1 Unit H-frame With Cross Bracing & Joint Pin 2 Units One-bagger Concrete Mixer 1 Unit Chainsaw 2 Units Concrete Vibrator 1 Unit Mini Dumptruck 2 Units Bar/shear Cutter 1 Unit Steel Bar Bender 2 Units Electric Grinder 1 Unit Ppr Fusion Welder 2 Units Electric Handrill 1 Unit Oxy-actylene Cutting Outfit 2 Units Tile Cutter B15-2024-03 Project Title: Construction Of 2-storey, 4-classroom Building At T. Palma Gil Elementary School, School Id: 129560, Quirino Ave. Brgy. 4-a Davao City Source Of Fund: Sef, Sb2 Cy 2024 (3321-a) Approved Budget For The Contract: Php 20,000,000.00 Project Duration: 260 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 25,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-60 3 Units Electric Handrill 1 Unit Plate Compactor 2 Units Concrete Vibrator 2 Units Oxy-acetylene Cutting Outfit 2 Units Tile Cutter 2 Units One-bagger Concrete Mixer 2 Units Cut-off Machine 1 Unit Hand Roller 2 Units Welding Machine 3 Units Bar/shear Cutter 1 Unit Dumptruck 2 Units Electric Grinder B15-2024-04 Project Titles: A. Construction Of 2-storey, 4-classroom Building At Mt. Apo National High School, Barangay Sibulan, Toril District B. Construction Of Retaining Wall And Installation Of Solar Power System At Mt. Apo National High School, Barangay Sibulan, Toril District, Davao City Source Of Fund: A. Sef, Cy 2021 (3322) B. Sef, Cy 2024 (3322) Approved Budget For The Contract: A. Php 13,190,000.00 B. Php 4,500,000.00 --------------------- Total 17,690,000.00 Project Duration: 240 Calendar Days Pcab License: Building / Electrical Small B Cost Of Tender Documents: Php 25,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-35 1 Unit Concrete Vibrator 1 Unit Cargo Stake Truck / Hydraulic 2 Units Tile Cutter 1 Unit Dumptruck 2 Units Bar/shear Cutter 1 Unit Chainsaw 2 Units Welding Machine 1 Unit Plate Compactor 1 Unit Cut-off Machine 1 Unit Hand Roller 2 Units Electric Handrill 2 Units One-bagger Concrete Mixer B15-2024-05 Project Title: Rehabilitation Of Multipurpose Building At Bolton Elementary School, Brgy. 1-a Bolton St., Poblacion District, Davao City Source Of Fund: Sef, Sb No. 2, Cy 2024 (3321-a) Approved Budget For The Contract: Php 6,000,000.00 Project Duration: 180 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 10,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-30 3 Units Bar/shear Cutter 1 Unit Jackhammer With Compressor 4 Units Electric Handrill 1 Unit Mini Dumptruck 4 Units Welding Machine 1 Unit Plate Compactor 2 Units Cut-off Machine 1 Unit One-bagger Concrete Mixer 4 Units Electric Grinder 1 Unit Chainblock With Pulley & A-frame 40 Units H-frame With Cross Bracing & Joint Pin B15-2024-06 Project Title: Construction Of Home Economics Building At Ipil National High School, Brgy. Sumimao, Paquibato District, Davao City Source Of Fund: Sef, Sb No. 3,cy 2023 (3322) Approved Budget For The Contract: Php 4,900,000.00 Project Duration: 150 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 5,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-30 2 Units Welding Machine 1 Unit Mini Dumptruck 2 Units Cut-off Machine 2 Units Plate Compactor 2 Units Electric Grinder 1 Unit Hand Roller 2 Units Electric Handrill 2 Units One-bagger Concrete Mixer 2 Units Riveter 2 Units Concrete Vibrator 2 Units Tile Cutter 2 Units Bar/shear Cutter B. Early Procurement Activity (epa) These Projects Are Included In The List Of Proposed Projects Under The Annual Development Fund Cy 2025. However, The Budget Is Still For Approval Of The Local Chief Executive. The Award Of The Contract For These Projects Undertaken Thru Epa May Be Made Only Upon Approval And Effectivity Of Adf Cy 2025. B15-2024-07 Project Title: Completion Of Two-storey Academic Building At Usep Malabog Extension Campus, Brgy. Malabog, Paquibato District Source Of Fund: Adf, Cy 2025 (25033) Approved Budget For The Contract: Php 22,201,000.00 Project Duration: 200 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 25,000.00 Minimum Equipment Requirements 7 Units Welding Machine 1 Unit Plate Compactor 3 Units Electric Grinder 1 Unit Bar/shear Cutter 60 Units H-frame With Cross Bracing And Joint Pin 1 Unit Pipe Cutter 1 Unit One-bagger Concrete Mixer 1 Unit Pipe Threader 2 Units Riveter 6 Units Tile Cutter B15-2024-08 Project Title: Improvement Of Multipurpose Hall At Ma-a National High School Premises, Purok 28, Brgy. Ma-a, Talomo District Source Of Fund: Adf, Cy 2025 Approved Budget For The Contract: Php 9,600,000.00 Project Duration: 240 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 10,000.00 Minimum Equipment Requirements: 2 Units Jackhammer With Air Compressor 2 Units Bar/shear Cutter 5 Units Welding Machine 1 Unit Cut-off Machine 1 Unit Backhoe Pc-30 2 Units Electric Grinder 1 Unit Dumptruck (5cu.m. Capacity) 4 Units Electric Handrill 3 Units Plate Compactor 1 Unit Tile Cutter 1 Unit One-bagger Concrete Mixer 24 Units H-frame With Cross Bracing & Joint Pin B15-2024-09 Project Title: Road Concreting At Panacan Subdivision, Purok 2, Brgy. Bago Oshiro, Tugbok District Source Of Fund: Adf, Cy 2025 (25095) Approved Budget For The Contract: Php 6,100,000.00 Project Duration: 60 Calendar Days Pcab License: Road Small B Cost Of Tender Documents: Php 10,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-30 1 Unit Concrete Vibrator 1 Unit Road Roller 1 Unit Concrete Saw 1 Unit Road Grader 1 Unit Bar/shear Cutter 1 Unit Water Truck 84 Units Steel Forms B15-2024-10 Project Title: Construction Of Two(2) Storey Multipurpose Building At Purok 2, Brgy. Camansi, Toril District Source Of Fund: Adf, Cy 2025 (25039) Approved Budget For The Contract: Php 4,300,000.00 Project Duration: 240 Calendar Days Pcab License: Building Small B Cost Of Tender Documents: Php 5,000.00 Minimum Equipment Requirements: 1 Unit Backhoe Pc-35 1 Unit Electric Grinder 1 Unit Jackhammer W/ Air Compressor 1 Unit Welding Machine 1 Unit Mini Dumptruck 1 Unit Tank Oxygen/ 2 Tank Acethylene, Cutting Outfit & Accessories 1 Unit Concrete Saw 1 Unit Pulley W/ Chainblock 4 Units Bar/shear Cutter 32 Units H-frame With Cross Bracing & Joint Pin 2 Units One-bagger Concrete Mixer 2 Units Electric Handrill 1 Unit Concrete Vibrator 1 Unit Tile Cutter B15-2024-11 Project Title: Road Concreting And Drainage System At Pioneer St., Ddf Village, Brgy. Mandug, Buhangin District Source Of Fund: Adf, Cy 2025 (25060) Approved Budget For The Contract: Php 2,178,000.00 - Flood Control Small B Php 2,158,000.00 - Road/ Small B --------------------- Total Php 4,336,000.00 Project Duration: 100 Calendar Days Cost Of Tender Documents: Php 5,000.00 Minimum Equipment Requirements: 2 Units Chainsaw 1 Unit Water Truck 1 Unit Concrete Vibrator 1 Unit Concrete Saw 1 Unit Road Grader 1 Unit Backhoe 1 Unit Road Roller 74 Units Steel Forms 2 Units Mini Dumptruck 1 Unit One-bagger Concrete Mixer 2 Units Jackhammer With Compressor 3 Units Bar Cutter Procurement Activity Schedule A. Issuance Of Bidding Documents December 23, 2024 To January 22, 2025 8:00 Am To 5:00 Pm Bac Secretariat For Civil Works (excluding Saturdays, Sundays & Holidays) B. Pre-bid Conference January 8, 2025, 10:30 Am Virtual Meeting Through Zoom C. Deadline Of Submission And Receipt Of Bids January 22, 2025, 9:00 Am Bac Conference Room, Ground Floor, City Hall, Davao City D. Opening Of Bids January 22, 2025, 10:30 Am Virtual Meeting Through Zoom (sgd) Atty. Joseph Dominic S. Felizarta, Ce Bac Chairman

Details: The National Aeronautics And Space Administration (nasa) Langley Research Center (larc) Is In The Early Stages Of Developing A Mission Design, Project Implementation Plan, And Procurement Strategy That Could Potentially Lead To An Earth Aerocapture Technology Demonstration Mission. Nasa Larc Is Hereby Soliciting Information From Potential Sources With The Capabilities To Provide Spacecraft Systems And Mission Operations For The Mission. the Mission Would Demonstrate Aerocapture At Earth As A Precursor To Using The Technology For Future Planetary Science Missions. Aerocapture Technology Reduces The Required Capability And Mass Of A Spacecraft Propulsion System, Lowering The Launch Vehicle Payload Mass Or Enabling More Capacity For Science Instruments, And Is Particularly Beneficial For Missions To The Solar System's Ice Giant Planets [1]. The Demonstration Mission Is Intended To Focus On Key Objectives Necessary To Mature The Technological Readiness Of Aerocapture Including Vehicle Aerodynamics, Flight Dynamics, Guidance, Navigation And Control, And Mission Operations. Flight Data Will Be Acquired During The Demonstration And Used To Improve And Validate Tools To Design And Plan Future Missions. nasa Is Considering Two Concepts For The Mission, Both Of Which Use A Small Entry Capsule (referred To As The Aerocapture Flight System, Or Afs) To Execute The Aerocapture Maneuver. The Afs Is Comprised Of An Aeroshell, Reaction Control System, Other Ancillary Systems, And A Smallsat That Is Released Into Earth Orbit. The First Mission Concept Utilizes A Geostationary Transfer Orbit (gto) As An Initial State For The Afs, Which Is Deployed Into Gto From An Evolved Expendable Launch Vehicle (eelv) Secondary Payload Adapter (espa). In The Second Concept, The Afs Is Released On An Earth Intercept Trajectory From A Spacecraft Returning From A Lunar Mission. A Preliminary Concept Of Operations (conops) For A Gto-based Aerocapture Demonstration Is Illustrated In Figure 1 (attached). Details Shown Regarding Orbit Altitudes Are For Reference Only, And Will Continue To Be Resolved (tbr) In Upcoming Design Trades. referring To Figure 1, The Preliminary High-level Mission Conops And Sequence Of Events Is As Follows. The Sequence Of Events Is For Reference And Context Only To Support The Vendors' Responses To This Request For Information, And Will Continue To Be Updated As Nasa Larc Progresses Through The Early Stages Of Mission Design. the Afs, Attached To The Port Of An Espa Grande With A Separation Mechanism, Is Delivered And Released Into Gto By The Launch Vehicle. The Afs Continues In Gto While Using Its Reaction Control System To Maintain Attitude During Preparations For The Aerocapture Maneuver. Nasa's Intention Is For The Afs To Complete Less Than Two Full Orbits Before Beginning The Aerocapture Maneuver. near Gto Apogee, The Afs Reaction Control System Delivers The Delta-v Required To Divert The Capsule Along The Flight Path Necessary To Intercept The Earth's Atmosphere And Initialize The Aerocapture Maneuver. the Afs Reaction Control System Continually Adjusts The Capsule's Attitude, Utilizing The Vehicle's Aerodynamic Lift To Maintain Its Flight Path Inside A Pre-planned Corridor Through The Earth's Atmosphere With A Periapsis Of Approximately 65 Km (tbr). after Completing The Atmospheric Flight, The Afs Exits The Earth's Atmosphere In An Elliptical Orbit With An Apoapsis Of Approximately 500 Km (tbr). within 15 Minutes (tbr) After Exiting The Earth's Atmosphere, The Forward Heatshield Of The Afs Aeroshell Is Jettisoned And A Smallsat Is Released Into The New Elliptical Orbit. The Smallsat Utilizes Its Attitude Control System To Attain A Stable Attitude And Prepares For An Apogee Burn To Circularize The Orbit. when The Smallsat Reaches Apogee For The First Time, Its Propulsion System Delivers The Delta-v Necessary To Circularize The Orbit At An Altitude Of 500 Km (tbr). the Smallsat Continues In Its Circular Orbit Until The Flight Data Acquired Throughout The Demonstration Has Been Transmitted To Ground Stations. Successful Transmission Of The Flight Data Signifies The End Of The Demonstration, Subject To Any Spacecraft Disposal Operations Necessary In Accordance With Nasa Orbital Debris Requirements [2, 3]. the Salient Features And High-level Functional Requirements Of The Afs That Are Envisioned To Support The Mission’s Preliminary Concept Of Operations Are As Follows. Since Nasa Is In The Early Stages Of Mission And System Design, These Features And Requirements Are Subject To Change As The Design Matures. The Information Is Provided Herein As A Reference For Vendors To Consider When Evaluating The Mission Concept And Assessing The Capabilities That Vendors May Contribute To The Demonstration Mission In Response To This Request For Information. afs Mass And Volume: The Afs Shall Be A Blunt-body Capsule With A 60° (tbr) Sphere-cone Forebody Geometry. The Aeroshell Backshell Geometry Has Not Been Determined, But Must Provide The Volume To Accommodate The Smallsat, The Afs Reaction Control System, Wiring Harnesses, And Ancillary Systems Required To Perform The Mission. The Afs Shall Possess The Mass And Volume To Be Accommodated On A Single Port Of An Espa Grande [4]. afs Aeroshell: The Aeroshell Shall Be Comprised Of A Forebody Heatshield Structure And A Backshell Structure With Mechanical Provisions To Separate The Two Structures After Completion Of The Aerocapture Maneuver. The Backshell Structure Shall Accommodate A Separation Ring To Attach And Release The Afs From The Espa Grande Port. Either Structure Shall Incorporate The Mechanical Interface To Attach And Release The Smallsat After The Aeroshell Structures Are Separated. The Backshell Shall Incorporate External Mechanical Interfaces For Ground Support Equipment (gse) And Electrical Connections For Battery Charging And Functional Tests Prior To Launch. Devices To Sever Wiring Harnesses Between The Smallsat And Afs Systems Will Be Required, And Depending On The Smallsat's Telecommunications Configuration, An Antenna(s) Mounted To The Backshell Structure May Also Be Needed. aerodynamic Lift Provisions: The Afs Will Control Its Flight Path During The Aerocapture Maneuver By Modulating The Magnitude And/or Direction Of The Entry Capsule's Aerodynamic Lift Vector (e.g., Bank Angle Modulation). The Vehicle's Aerodynamic Lift Is Envisioned To Be Produced By The Capsule Flying At An Angle-of-attack Induced By Either A Center-of-gravity (cg) Offset Or An Asymmetric Aerodynamic Device Such As A Trim Tab. Nasa's Near-term Trade Studies Will Evaluate The Different Methods Of Producing Aerodynamic Lift Considering System Mass, Technological Readiness, Complexity, And Risk. thermal Protection Systems: The Aeroshell Forebody Heatshield And Backshell Shall Include Government-furnished Thermal Protection Systems (tps) To Protect The Afs From The Aerothermal Environments Produced During The Aerocapture Maneuver. The Tps Will Be Designed To Accommodate The Entry System Instrumentation (esi) Described Below And Other Ancillary Systems And Interfaces That Require Tps Penetrations For Installation And/or Operation. entry System Instrumentation: The Government Will Furnish Esi To Be Incorporated Into The Aeroshell Heatshield And Backshell. The Esi Will Be Comprised Of Thermocouples And Pressure Transducers, The Quantities And Locations Of Which Have Not Been Determined, To Measure The Afs Entry Environments During The Aerocapture Maneuver. A Flight Data System Residing On The Smallsat Shall Provide Power To The Esi And Record And Store The Esi Data That Will Be Transmitted To Ground Stations Near The Conclusion Of The Demonstration. afs Reaction Control System: The Afs Shall Incorporate A Reaction Control System With The Capability To Correct For Launch Vehicle Orbit Insertion Dispersions, Deliver The Delta-v To Divert The Afs Into The Intended Earth Atmosphere Interface Conditions For Aerocapture, And Maintain Afs Attitude As Required From Gto Insertion Through The Aerocapture Maneuver To The Point When The Aeroshell Separates And The Smallsat Is Released. afs Smallsat: The Preliminary Demonstration Mission Concept Of Operations Requires The Afs Smallsat To Be Operational For The Full Duration Of The Technology Demonstration Timeline. The Smallsat Shall Provide Power, Avionics And Flight Instrumentation Including An Inertial Measurement Unit (imu), Command And Data Handling (c&dh), Attitude Determination And Control, And Communications For All Mission Phases From Gto Insertion To Data Download And Orbital Debris Mitigation (as Required). The Smallsat Is Required To Interface With External Systems, Such As The Afs Reaction Control System And Esi, To Support The Mission Through The Aerocapture Maneuver, And Then Operate In A Stand-alone Configuration After Being Released From The Aeroshell. to Aid In Continuing The Formulation Of A Mission Design And Developing A Procurement Strategy To Implement The Mission, Nasa Larc Is Conducting Market Research Seeking Sources With Demonstrated Experience To Provide The Following Capabilities To Support The Demonstration Mission. design And Delivery Of The Afs: Design, Fabricate, Integrate, And Test The Afs Including The Aeroshell, Reaction Control System, Smallsat, Separation Systems, And Government-furnished Tps And Esi. Deliver The Afs To The Launch Provider And Support Assembly, Test, And Launch Operations (atlo). mission Design And Navigation: Design Of The Orbital Mechanics And Navigation From The Point The Afs Is Released Into Gto To End-of-mission. Mission Design Will Be Supplemented By Government-furnished Guidance, Navigation And Control (gnc) Software To Control The Afs During The Aerocapture Maneuver. Capabilities Shall Include Experience With Mission Design And Navigation For High-energy Earth Orbits And Missions Returning From Lunar Environs. mission Operations: Establish A Ground Operating System And Conduct Mission Operations For All Phases Of The Demonstration From Launch To Mission Termination. nasa Larc Is Seeking Capability Statements From All Interested Parties, Including All Socioeconomic Categories Of Small Businesses And Historically Black Colleges And Universities (hbcu)/minority Institutions (mi), And Members Of The Underserved Communities As Defined By Executive Order 13985, Advancing Racial Equity And Support For Underserved Communities Through The Federal Government, For The Purposes Of Determining The Appropriate Level Of Competition And/or Small Business Subcontracting Goals For The Earth Aerocapture Technology Demonstration Mission. The Government Reserves The Right To Consider A Small, 8(a), Women-owned (wosb), Service Disabled Veteran (sd-vosb), Economically Disadvantaged Women-owned Small Business (edwosb) Or Hubzone Business Set-aside Based On Responses Received. no Solicitation Exists; Therefore, Do Not Request A Copy Of The Solicitation. If A Solicitation Is Released, It Will Be Synopsized On Sam.gov. Interested Firms Are Responsible For Monitoring This Website For The Release Of Any Solicitation Or Synopsis. interested Firms Possessing One Or More Of The Capabilities Described Above Should Submit A Capability Statement Of No More Than 20 Pages(excluding Cover Page And Table Of Contents) Indicating The Ability To Perform These Aspects Of The Demonstration Mission. Please Include The Following Elements In The Capability Statement. mission Conops Assessment: The Preliminary Mission Conops Described Herein Was Formulated To Advance The Technology Readiness Level (trl) Of Aerocapture And Enable Its Infusion Into Future Planetary Missions. The Conops Includes Multiple Events Requiring Mechanical Separations And Severing Of Wiring Harnesses, And Relies On A Smallsat Capable Of Controlling A Flight System In Two Different Configurations (afs And Stand-alone Smallsat). Provide An Assessment Of The Preliminary Conops Identifying Design Drivers And Risks Relative To Existing State-of-the-art Systems And Your Capabilities And Experience. Please Include An Evaluation Of The Potential Mass And Volume Of The Afs Relative To The Espa Grande Accommodation Requirements. Suggest Changes In The Conops Or The Afs Configuration That Would Substantially Reduce Risk And Cost Without Significantly Compromising The Demonstration Objectives. describe Your Organization's Capability And Experience To Provide A Smallsat Spacecraft And Flight Software That Meets The Mission Requirements. Due To The Anticipated Fast-paced Implementation Of The Mission, Smallsats That Are Nearly "off-the-shelf" Are Considered To Be Advantageous To Mission Success. Include Information On The Smallsat Form Factor, Mass, Accommodation Requirements, And Operational Heritage. Describe The Smallsat Capability To Interface And Manage External Systems Such As The Afs Reaction Control System, And Explain How The Smallsat Would Accommodate The Changes In The Flight System Configuration That Occur During The Mission. describe Your Organization's Capability And Experience To Design And Provide The Afs Aeroshell. Provide Examples Of Aeroshells Of Similar Scale And Mass Utilized For Earth Atmospheric Entry In Previous Missions. Describe The Basic Aeroshell Structural Architecture And Any Unique Features Required By The Mission That Introduce Substantial Risk And Cost. Discuss The Provisions Necessary To Implement The Three Separation Events Required For The Mission Conops: 1) Separation Of The Afs From The Espa Grande, 2) Separation Of The Afs Forebody Heatshield, And 3) Separation Of The Smallsat From The Aeroshell. describe Your Organization's Capability And Experience To Plan And Conduct The Afs Integration And Testing. Include A Description Of Facilities, Ground Support Equipment, And Capabilities For Afs Environmental Testing. Include A Description Of Previous Experience Integrating Thermal Protection Systems Onto Blunt-body Aeroshells And The Installation Of Thermocouple And Pressure Transducer Instrumentation. describe Your Organization's Capability And Experience To Design Missions And Navigation Strategies For Spacecraft In High-energy Earth Orbits Or Returning From The Moon. Include Information On Analysis Tools And Methods And Highlight Any Previous Missions With A Concept Of Operations Similar To The Aerocapture Demonstration Mission. describe Your Organization's Capability To Establish A Ground Operating System And Conduct Mission Operations. Include Information On Existing Infrastructure That Would Be Leveraged For The Mission Including Telecommunications Ground Stations, Mission Operating Centers, And Ancillary Hardware And Software. describe Your Plans For Partnering With Other Organizations To Provide Any Of The Aforementioned Capabilities For The Mission. all Responses Shall Be Submitted Electronically Via Nasa’s Enterprise File Sharing And Sync Box (efss Box), Fedramp Moderate Certified Platform, No Later Than January 15, 2025. Electronic Submissions Shall Not Contain Hidden Formulas, Tables, Be Locked, Be Password Protected, Or Contain Links To Data Not Included In The Electronic Copy. Please Reference The Synopsis Number And “earth Aerocapture Demonstration Rfi” In Any Response. All Responses Shall Be Submitted To: Https://nasagov.app.box.com/f/7cf6c2fec43e4f7b8d1dff31208c6be9. If You Have Any Trouble Submitting Your Response Via Efss Box, Please Contact Stacy Hollis At Stacy.m.hollis@nasa.gov. this Synopsis Is For Information And Planning Purposes Only And Is Not To Be Construed As A Commitment By The Government Nor Will The Government Pay For Information Solicited. Respondents Will Not Be Notified Of The Results Of The Evaluation. references: [1] "uranus Flagship-class Orbiter And Probe Using Aerocapture," Aiaa 2024-0714, Aiaa Scitech Forum, Orlando, Florida, January 2024. [2] "process For Limiting Orbital Debris," Nasa-std-8719.14c , November 5, 2021. [3] "orbital Debris Mitigation," Nasa-npr-8715.6e, April 18, 2024. [4] "espa User's Guide, The Eelv Secondary Payload Adapter," Moog, Incorporated.

Details: Nulldenne Qualifying Regulation Pipes and Constructions For Egedal Heating And Udbydes I Henhold For the Supply Company Directive (Directive 2014/25/eu) Article 77. For Purpose To Establish a List of Qualified Companies, Som Egedal Remote Heating Can Invite For Specif Not Appointment In connection Execution of Miscellaneous Building – And Construction Works. Egedal Remove Warm Expects Anable Remote Heating For Ca. 6,000 Customers Forward Imod 2029 For the establishment of More End 200 Km Head and Connectors. Working, Egedal Remote Heat Expects At Udbyde Via the Qualifying scheme, Includes Determinement of Preisolated Remote Heating cords In Earth Outbound as the main price. Work Will Reconstitution of Sovel Headings As Connectors And Will Also Will Also Will Notify Powers Related For A Remote Heating Building, As A Establishing Buildings, Pump Stations Mv.31/12/2030 23:59:0045251250-8 district heating Plant Construction Work 45232152-2 Pumping Station Construction Work 09323000-9 district heating 4510-80000 site Preparation Workspace 4510-80000 Site Preparations 4530 Solar System

Details: B01-08 Interior doors, toilet partitions, sliding door, movable partition Short description of the property: The construction project involves a free-standing 2-storey new building of a sports changing room with a club restaurant. The new building is to be an efficiency building and achieve level 40 (beg). The construction project is in drinking water zone IIIB. Various requirements must be observed. Due to the approved BBSR funding (Federal Institute for Building, Urban and Spatial Research), extensive requirements must be met in terms of the quality of the materials, particularly in reinforced concrete and timber construction. The building is planned as a mixed construction. The ground floor will be built predominantly solid and the upper floor primarily in timber construction and with only a few reinforced concrete walls. The roof is divided into two parts, a pent roof with solar panels is planned to the north and the building will have a flat green roof to the south. An elevator will be integrated to ensure accessibility. Rainwater drainage is carried out via rainwater troughs. The heating is operated via surface collectors, and the hot water supply is decentralized. A bicycle shelter will also be built on the construction site, as well as car parking spaces.

Details: B01-40 Outdoor facilities Laying of underground sewage pipes, construction of a lifting station and a grease trap, paving work, planting work, fence construction and metalwork Brief description of the object: The construction project is a free-standing 2-storey new building of a sports changing room with a club restaurant. The new building is to be an efficiency building and achieve level 40 (beg). The construction project is in drinking water zone IIIB. Various requirements must be observed. Due to the approved BBSR funding (Federal Institute for Building, Urban and Spatial Research), extensive requirements must be met in terms of the quality of the materials, particularly in reinforced concrete and timber construction. The building is planned to be a mixed construction method. The ground floor will be built predominantly solid and the upper floor primarily in timber construction and with only a few reinforced concrete walls. The roof is divided into two parts: a pent roof with solar panels is planned to the north and a flat green roof to the south. An elevator will be integrated to ensure accessibility. Rainwater drainage will be via rain gutters. Heating will be operated via surface collectors and hot water will be provided decentrally. A bicycle shelter will also be built in the construction area and car parking spaces will be planned.